https://www.agrospectrumasia.com/rssfeed/agri-business/product%20launch product launch https://www.agrospectrumasia.com/news/137/4758/wingsure-launches-coffee-intelligence.html https://www.agrospectrumasia.com/news/137/4758/wingsure-launches-coffee-intelligence.html Tue, 29 Sep 2026 15:50:59 +0530 Wingsure, a deep-tech agricultural intelligence company and SRI spinout built on foundational technology developed with SRI, announced on September 28, 2026 the launch of Wingsure COFFEA, which captures and verifies farm evidence and turns it into decision-grade intelligence for coffee. Coffee connects millions of smallholder farms with a market facing climate and sustainability challenges. Farms are assessed separately for sustainability, sourcing, production, finance and risk, creating duplication for farmers and fragmentation for enterprises. Wingsure COFFEA helps growers capture evidence on-farm, verifies it at-source, builds the record over time and makes intelligence reusable across programs and decisions. "We have the opportunity to bring years of deep-tech work to one of the world's key agricultural ecosystems—and create value on both sides of the farm gate," said Avi Basu, Founder and CEO, Wingsure. "A farm cannot be understood through a periodic form or satellite image alone. It is a living system." Using smartphones, Wingsure combines augmented-reality capture, multilingual voice, computer vision, geospatial analytics and AI. Observations are geotagged, timestamped and captured offline, with satellite/drone context. "Every insight stays connected to what was captured, where and when," said Dr. Bikram Sengupta, Co-founder and CTO. Institutions working with Wingsure highlight the value of trusted farm intelligence across agriculture. Álvaro Gaitán, Technical Manager of the Colombian Coffee Growers Federation (FNC), said: "As a grower-led institution, FNC is focused on building the next generation of capabilities Colombian coffee producers will need to compete globally. Better, more timely farm intelligence is central to that vision. We are engaging with Wingsure to explore how its technology can complement FNC's existing capabilities and help strengthen the coffee ecosystem for Colombian growers." Madhukar Sinha, President – Govt & Rural Business, Tata AIG General Insurance Company Ltd., said: "Wingsure's approach is compelling because it connects verified field evidence with the intelligence needed for risk assessment and decision-making. The ability to create a trusted, continuously developing record of the farm can be valuable not only for insurance, but across the broader agricultural ecosystem. We believe Wingsure is addressing an important challenge with technology that has the potential to operate at a meaningful scale." The launch coincides with the Global Coffee Platform's 10th Anniversary in Geneva and the Swiss Coffee Trade Association Forum in Montreux. ]]> https://www.agrospectrumasia.com/news/137/4756/agris-opens-singapore-innovation-centre-to-accelerate-global-commercialization-of-agricultural-technology.html https://www.agrospectrumasia.com/news/137/4756/agris-opens-singapore-innovation-centre-to-accelerate-global-commercialization-of-agricultural-technology.html Tue, 29 Sep 2026 11:13:20 +0530 Vietnamese agribusiness company Thanh Thanh Cong – Bien Hoa JSC (AgriS) has opened a Global Innovation Center in Singapore, creating a regional platform designed to move agricultural technologies from research and development into commercial applications and international markets. The centre was inaugurated during AgriS Global NEXUS 2026 – Converge to Elevate, which brought together government representatives, diplomatic missions, research institutions, universities, financial institutions, investment funds and businesses from Vietnam, Singapore and across the region. AgriS said the Singapore centre will connect scientific research, technology, data and market intelligence with its production capabilities and agricultural value chains. The objective is to shorten the path from developing and validating an idea to deploying it commercially at scale. Tran Phuoc Anh, Ambassador Extraordinary and Plenipotentiary of Vietnam to Singapore, said AgriS’s decision to establish the centre reflects the growing international ambitions of Vietnam’s private sector. He said Singapore can serve as a strategic hub connecting AgriS’s agricultural base in Vietnam and the wider region with universities, research institutes, technology companies, investors and international customers. The centre will operate as AgriS’s permanent innovation hub in Singapore, with four broad strategic roles: accelerating agricultural innovation and commercialisation; connecting research and development with businesses and international markets; strengthening supply-chain integration and value creation; and supporting AgriS’s regional and global expansion. For AgriS, the emphasis is on closing the gap between laboratory innovation and agricultural deployment. The company plans to work with domestic and international experts and technology partners to test and co-develop high-tech agricultural solutions while assessing their fit with real production conditions, technology requirements, financing needs and market demand. Dang Huynh Uc My, Chairwoman of the Board of Directors of AgriS, said innovation creates value when scientific research moves into practical applications, becomes part of an integrated value chain and reaches markets at sufficient scale. She described the Singapore centre as a convergence point for strategic partners, scientific and technological capabilities, agricultural and production platforms, capital and international markets. The centre is also expected to give AgriS a stronger base from which to identify technologies and partnerships beyond Vietnam, while providing international investors and technology companies with a gateway into the company’s agricultural production platforms and regional value chains. By bringing R&D, production, finance and market considerations into the innovation process earlier, AgriS aims to improve the commercial viability and scalability of technologies before they are deployed more widely. The move reflects a broader shift in agricultural innovation, where the challenge is increasingly not just developing new technologies but translating them into solutions that can operate within real-world farm, supply-chain and market conditions. With Singapore serving as its regional innovation hub, AgriS is seeking to position agricultural technology commercialisation as a bridge between Vietnam’s production capabilities and global capital, expertise and markets. ]]> https://www.agrospectrumasia.com/news/137/4717/koppert-launches-bacillus-based-fungicide-for-soybean-corn-and-sugarcane-in-brazil.html https://www.agrospectrumasia.com/news/137/4717/koppert-launches-bacillus-based-fungicide-for-soybean-corn-and-sugarcane-in-brazil.html Tue, 22 Sep 2026 17:50:51 +0530 Koppert is expanding its biological crop protection portfolio in Brazil with the commercial launch of Macan, a biological foliar fungicide designed to suppress rusts, leaf spot, target spot and other foliar diseases across soybean, corn and sugarcane. The launch comes as growers face increasing disease pressure alongside the need to manage fungicide resistance and integrate biological products more effectively into conventional crop protection programmes. Koppert is positioning Macan not as a standalone alternative to conventional chemistry, but as a biological tool designed to fit into commercial disease-management programmes. The product is the result of more than 15 years of research and international collaboration. It is based on an exclusive strain of Bacillus velezensis, CECT 8237, originally identified by the University of Málaga in Spain and subsequently developed with Koppert through a strategic partnership. Since 2018, the product has undergone extensive field evaluation across crops and growing environments. Following its registration in Brazil at the end of 2025, Macan is now being introduced commercially for the country's upcoming growing season. The product's commercial proposition rests heavily on what happens after spraying. According to Koppert, the formulation enables the bacterium to establish biological activity rapidly on the leaf surface. The microorganism subsequently forms a stable biofilm, allowing continued colonisation of the leaf and creating a biological barrier against foliar pathogens. That persistence is particularly important for biological crop protection, where maintaining microbial activity under field conditions can be as important as initial efficacy. During product development, Macan remained biologically active on the leaf surface for at least 14 days after application, according to Thiago Castro, R&D Manager, Brazil. The bacteria remained viable during this period and continued colonising the leaf surface, supporting sustained disease-control activity. The company also reported consistent performance under practical field conditions, including situations where rainfall occurred soon after application. Rainfastness is a critical consideration for commercial biological products because weather conditions can determine whether a treatment remains effective after spraying. Operational compatibility is another part of Macan's positioning. The formulation has been designed to remain stable across a range of spray pressures and water pH conditions and has demonstrated compatibility with a number of commonly used crop protection products. That could make adoption easier for growers already operating complex spray programmes. Rather than requiring a separate biological production or application system, a product that can be incorporated into existing programmes potentially reduces the operational barriers associated with adding biological inputs. Martin Koppert, Chief Product Officer at Koppert, said Macan combines scientific development, field performance and operational flexibility in a biological disease-control product designed around growers' existing crop protection practices. The Brazilian launch also gives Koppert access to one of the world's largest commercial markets for soybean, corn and sugarcane, where disease management is a major component of crop production economics. Macan is currently registered in Brazil for 13 disease targets, giving the product a relatively broad positioning within disease-management programmes. Koppert said additional label expansions are under development. The breadth of the registration is commercially relevant because biological products have increasingly moved from niche applications towards integrated crop protection systems. Products capable of addressing multiple disease targets can potentially become more valuable components of a grower's broader programme. For Koppert, Macan also represents the commercialisation of a long-term biological research programme rather than a single-product launch. The company's strategy increasingly centres on combining microbial technologies, formulation science and field performance to expand the role of biological crop protection. Guido Roozemond, Global Category Lead Bio-fungicides at Koppert, said the launch reflects the company's focus on biological solutions that combine performance, reliability and ease of use. The bigger commercial question will be how effectively Macan can establish itself within Brazil's highly competitive crop protection market. Biological fungicides must demonstrate not only biological activity but also consistency, compatibility with existing programmes, economic value and ease of adoption at commercial scale. With Macan now entering the Brazilian market, Koppert is effectively putting more than a decade of biological research into a large-scale field test—one where sustained performance and integration with farmers' existing spray programmes will determine how far the technology can travel. ]]> https://www.agrospectrumasia.com/news/137/4715/ashland-launches-nature-based-dispersant-for-next-generation-agrochemical-formulations.html https://www.agrospectrumasia.com/news/137/4715/ashland-launches-nature-based-dispersant-for-next-generation-agrochemical-formulations.html Tue, 22 Sep 2026 17:34:20 +0530 Ashland is expanding its sustainable formulation technology platform in crop protection with the global launch of agrimer eco-disperse OD, a polymeric dispersant derived from transformed vegetable oils and designed for non-aqueous agricultural formulations. The Wilmington, Delaware-based specialty materials company said the new dispersant is part of its Transformed Vegetable Oils (TVO) technology platform, which it is scaling as a source of formulation technologies designed to combine performance with sustainability attributes. The launch addresses a growing challenge for agrochemical formulators: improving formulation performance while responding to tighter regulatory expectations and increasing demand for alternatives to conventional formulation ingredients. Agrimer eco-disperse OD is designed to stabilise and uniformly disperse water-insoluble active ingredients, helping formulators improve formulation stability and application performance. Ashland said the technology can enhance dispersion stability as well as leaf adhesion, spray coverage and rain fastness. The formulation technology is also intended to tackle practical problems encountered during product manufacture and application, including active-ingredient settling and nozzle clogging. These characteristics could be particularly relevant for formulators seeking greater consistency across storage, spraying and field application. Ashland said the dispersant is nature-based, inherently biodegradable and microplastic-free, positioning it for formulators seeking to reduce the environmental footprint of crop protection products without compromising formulation functionality. The company is targeting applications including suspension concentrates and other non-aqueous formulations, where dispersant performance can directly influence the stability, uniformity and usability of finished products. Another part of the commercial proposition is formulation flexibility. Ashland said agrimer eco-disperse OD offers broad formulation compatibility, ease of use and a competitive cost-in-use profile, potentially allowing manufacturers to incorporate the technology without significantly increasing formulation complexity. “Ashland is again converting sustainable science into differentiated commercial solutions that create value for our customers,” said Alessandra Faccin, senior vice president and general manager, Life Sciences, Ashland. According to Faccin, the new product expands the company's TVO platform while helping formulators address both sustainability and performance requirements. Jean J. Gulka, global business director, Life Sciences, Ashland, said the launch demonstrates the scalability and versatility of the TVO technology platform and supports the company's strategy of investing in differentiated technologies aligned with global sustainability trends. The approach reflects a wider shift in agrochemical formulation, where the sustainability profile of formulation ingredients is increasingly becoming part of product development alongside efficacy, stability, regulatory compliance and cost. That creates an opportunity for specialty chemical companies to compete not only on individual active ingredients but also on the formulation technologies that determine how those actives are delivered to crops. Ashland said samples and commercial quantities of agrimer eco-disperse OD are now available globally. The commercialisation adds another product to the company's TVO platform while creating a pathway for further applications of transformed vegetable-oil chemistry in crop protection. The immediate commercial opportunity lies in helping formulators improve the performance and sustainability profile of non-aqueous crop protection products. The longer-term proposition is broader: turning a vegetable-oil-derived technology platform into a scalable pipeline of formulation innovations for an agrochemical industry under growing pressure to deliver more effective products with lower environmental impact. ]]> https://www.agrospectrumasia.com/news/137/4702/robigo-raises-series-a-to-scale-engineered-biologicals-for-crop-protection.html https://www.agrospectrumasia.com/news/137/4702/robigo-raises-series-a-to-scale-engineered-biologicals-for-crop-protection.html Mon, 21 Sep 2026 18:15:06 +0530 Agricultural biotechnology company Robigo has raised a Series A round led by Leaps by Bayer, with participation from Illumina Ventures, SVG Thrive, Congruent Ventures and Endeavor8, as it moves to commercialise engineered microbial solutions for crop protection. The financing will support the development and commercial launch of biological products targeting fungal diseases in soybeans and specialty crops in the United States. Robigo also plans to expand its pipeline to additional soil-borne pathogens affecting broadacre crops, addressing an estimated $10 billion market opportunity. The company’s lead programme targets Sudden Death Syndrome (SDS) in soybeans, a disease that Robigo estimates causes $200 million to $500 million in annual losses for US soybean farmers. The company said its engineered microbial solution has matched the performance of commercially available chemical treatments at half the cost, with a targeted commercial launch in 2028. A second product under development targets fusarium wilt, identified by the company as a leading disease challenge for lettuce and berry growers. In trials, the solution increased yields by three times compared with untreated controls, with a commercial launch targeted for 2029. Robigo’s technology is based on synthetic biology, using engineered microbes designed to produce active ingredients that target pathogens. Its ARGO platform uses computationally designed active ingredients and enables the company to move from computational design and microbial engineering through lead validation and field testing in less than 20 months, compared with an industry development cycle of three to five years. The company said its engineered microbes are designed as a one-time treatment that continuously produces and delivers the active ingredients at the plant, providing season-long protection without requiring growers to change existing application practices. “At Robigo, we believe in building on nature’s foundation to engineer biological products that match or exceed the performance of today's chemistries. Growers shouldn't have to choose between a product that works and one that's affordable or sustainable,” said Dr. Andee Wallace, Founder & CEO, Robigo. The Series A will also help Robigo expand beyond its initial crop protection programmes and develop solutions for additional soil-borne pathogens across broadacre agriculture. “The scalability of the ARGO platform is what sets Robigo apart,” said Dr. Juergen Eckhardt, EVP and Head of Leaps by Bayer. “They are not just developing a single product but rather building an engine that can rapidly address diverse soil-borne pathogens across broadacre crops.” Robigo said its approach is designed to combine the performance expectations of conventional crop protection products with the potential sustainability benefits of biological solutions, as growers face increasing pressure to manage crop diseases while controlling input costs and environmental impact. ]]> https://www.agrospectrumasia.com/news/137/4681/kingagroot-unveils-4-patented-herbicides-at-agrilink-philippines.html https://www.agrospectrumasia.com/news/137/4681/kingagroot-unveils-4-patented-herbicides-at-agrilink-philippines.html Thu, 17 Sep 2026 17:39:21 +0530 Chinese crop protection company KingAgroot CropScience will showcase four patented herbicide molecules at Agrilink Philippines in Manila next month, using the regional trade platform to expand the commercial visibility of its proprietary discovery pipeline across Southeast Asia. The company will present Flusulfinam (FSM), Fluchloraminopyr (FCA), Flufenoximacil (FFO) and Isoflualanam (IFA) at Booth A269 during Agrilink Philippines, which will take place from October 8–10 at the World Trade Center Metro Manila. The four molecules were developed through KingAgroot’s in-house research and discovery programme. The Philippine market forms part of the company’s broader effort to introduce its patented chemistry portfolio to Southeast Asian agriculture, with the molecules being positioned for weed-management applications in rice, soybean and corn production systems. KingAgroot’s pipeline is already moving into international commercial development. Flufenoximacil has been licensed to Nufarm for development and commercialisation in Australia, providing an early example of the company’s strategy of taking internally discovered molecules into overseas markets through partnerships. At Agrilink Philippines, distributors, agronomists and growers will have access to application information on all four compounds, giving the company an opportunity to engage directly with stakeholders in one of Southeast Asia’s important agricultural markets. The exhibition also highlights the growing role of proprietary crop protection chemistry in KingAgroot’s international expansion strategy. By taking molecules from its own discovery platform into multiple geographies and partnering with established crop protection companies where appropriate, the company is seeking to build a broader commercial footprint beyond its domestic market. With weed pressure remaining a major constraint across rice, soybean and corn production, the company is positioning its patented molecules around crop-specific weed-control requirements while expanding its engagement with distributors and agricultural professionals across the region. ]]> https://www.agrospectrumasia.com/news/137/4676/hgs-bioscience-launches-humik-one-slingshot-to-combine-humic-and-microbial-technologies.html https://www.agrospectrumasia.com/news/137/4676/hgs-bioscience-launches-humik-one-slingshot-to-combine-humic-and-microbial-technologies.html Thu, 17 Sep 2026 16:48:32 +0530 HGS Bioscience has launched HumiK ONE Slingshot, a granular biological crop solution that combines humic substances with beneficial microbes to improve nutrient efficiency, strengthen soil health and support crop resilience under environmental stress. The launch is the company’s first integrated biological product following its acquisition of Pharmgrade earlier this year. The product brings together HGS Bioscience’s humic technology and Pharmgrade’s microbial inoculant capabilities in a single formulation designed to fit into existing dry-fertilizer programmes. HumiK ONE Slingshot is designed for use with dry fertilizer applications and can be applied before planting, at planting, during the growing season or after harvest. The product is targeted at crops including potatoes, corn, soybeans, wheat and cotton. Its granular format is designed to integrate directly with existing fertilizer programmes without requiring liquid application systems or additional equipment. “HumiK ONE Slingshot combines two proven technologies that work together to improve nutrient availability and soil productivity,” said Kelly Tanaka, Chief Science Officer, HGS Bioscience. “By combining humic substances and microbial technologies in a granular formulation, it provides growers with a practical way to increase yield and improve long-term soil health without adding complexity to existing fertility programs.” The product uses HGS Bioscience’s proprietary Extracted Granule Technology to distribute active humic substances and beneficial microorganisms alongside dry fertilizer. According to the company, the formulation can unlock 15–20 per cent more phosphorus and potassium in the soil, improving the availability of these nutrients to crops. Humic substances can improve soil structure and water-holding capacity while helping retain nutrients in the root zone. They can also support root development and microbial activity and improve crop tolerance to environmental stress. As a component of soil organic matter, humic substances are also associated with longer-term improvements in soil productivity and nutrient retention. The microbial consortium in HumiK ONE Slingshot includes bacteria and fungi designed to support plant growth by making bound phosphorus and potassium more available, fixing atmospheric nitrogen and establishing beneficial microbial communities around plant roots. The combination is intended to provide multiple biological mechanisms for improving nutrient uptake and crop resilience while allowing growers to retain their existing dry-fertilizer application practices. “Together, these stacked technologies provide multiple modes of action that help growers improve nutrient uptake, reduce crop stress and build more resilient fertility programs,” Tanaka said. “We are excited to bring this to market ahead of the 2027 growing season to help farmers successfully mitigate environmental challenges in the field as they navigate uncertainty with fertilizer prices.” HumiK ONE Slingshot is available through HGS Bioscience’s authorized distribution network. The launch also represents an early commercial integration of the capabilities brought together through the Pharmgrade acquisition, as biological inputs increasingly become part of broader nutrient-management strategies. ]]> https://www.agrospectrumasia.com/news/137/4669/mafra-and-kotra-launch-2026-k-smart-farm-roadshow-to-expand-korean-agtech-exports-across-asia.html https://www.agrospectrumasia.com/news/137/4669/mafra-and-kotra-launch-2026-k-smart-farm-roadshow-to-expand-korean-agtech-exports-across-asia.html Wed, 16 Sep 2026 15:58:35 +0530 South Korea’s Ministry of Agriculture, Food and Rural Affairs (MAFRA) and the Korea Trade-Investment Promotion Agency (KOTRA) have launched the 2026 K-Smart Farm Roadshow, taking Korean agricultural technology companies to Vietnam, Indonesia and China as Seoul looks to deepen commercial links in Asia’s expanding smart-farming markets. The roadshow began in Ho Chi Minh City on September 14 and 15, followed by Jakarta on September 17 and Qingdao and Wuhan in China from September 20 to 22. The annual programme is designed to connect Korean smart-farm companies with overseas buyers and create opportunities for technology exports and business partnerships. This year’s delegation includes companies working across smart-farm equipment, environmental control systems and crop-growth management technologies. Participating companies are demonstrating their solutions to prospective buyers while holding business meetings aimed at identifying commercial opportunities in each market. The programme also goes beyond buyer meetings. In China, participating companies will visit smart-agriculture facilities to gain first-hand insight into local farming conditions, technology adoption and market requirements. The visits are intended to help Korean companies align their technologies more closely with the operational needs of overseas markets. For MAFRA and KOTRA, the focus is on converting overseas market engagement into commercial outcomes. The agencies said they will provide continued support to participating companies after the roadshow, including close follow-up on export consultations and efforts to translate business discussions into actual contracts. The geographic spread of this year’s roadshow reflects the diversity of Asia’s smart-farming opportunity, spanning Southeast Asian markets such as Vietnam and Indonesia and major Chinese agricultural centres. By combining buyer engagement, technology demonstrations and on-ground market intelligence, the programme aims to give Korean companies a more direct route into regional agricultural technology markets. The 2026 roadshow also underscores a broader shift in agricultural technology trade, with smart-farming solutions increasingly moving from demonstration projects towards commercial deployment. For Korean companies, the challenge is not simply to showcase technology overseas, but to adapt equipment, environmental controls and crop-management systems to the production economics and farming conditions of individual markets. ]]> https://www.agrospectrumasia.com/news/137/4664/agt-launches-two-new-aph-wheat-varieties-to-give-northern-growers-more-planting-and-rotational-flexibility.html https://www.agrospectrumasia.com/news/137/4664/agt-launches-two-new-aph-wheat-varieties-to-give-northern-growers-more-planting-and-rotational-flexibility.html Tue, 15 Sep 2026 19:36:58 +0530 Australian Grain Technologies (AGT) has launched two new Australian Premium Hard (APH) wheat varieties, AGT-Agile and AGT-Glamour CL Plus, giving growers across northern New South Wales and Queensland additional tools to manage increasingly complex decisions around planting windows, disease pressure and crop rotation. The varieties were officially launched at the University of Sydney Plant Breeding Institute Field Day in Narrabri, with AGT positioning the two releases as complementary additions to its northern wheat portfolio. Both varieties have been developed around practical agronomic gaps rather than simply yield potential, reflecting the growing importance of flexibility in variety selection as growers manage tighter planting windows, disease risks and herbicide-residue constraints. AGT Variety Support Manager for northern NSW and Queensland, Douglas Lush, said the two varieties address distinct requirements while maintaining the grain quality characteristics demanded by end users. “Growers are seeking varieties that combine reliable yield performance with practical agronomic advantages,” Lush said. “AGT-Agile and AGT-Glamour CL Plus have each been developed to address specific grower needs, whether that's capturing the benefits of earlier sowing opportunities or providing greater flexibility where herbicide residues may limit rotational options.” AGT-Agile targets the early planting window AGT-Agile has been developed as a very slow-maturing APH wheat suited to mid- to late-April planting, providing growers with an alternative to Sunmax while occupying a maturity position between Sunmax and LRPB Raider. That positioning is important in northern farming systems, where the choice of maturity can determine how effectively growers use available planting opportunities while managing seasonal conditions. AGT says AGT-Agile combines a broader planting window with improved grain size, stronger disease resistance and strong physical grain quality characteristics. Wheat breeder Dr Meiqin Lu said the breeding programme was focused on overcoming some of the limitations associated with existing varieties while maintaining performance and grain quality. “Our breeding objective was to provide growers with a high-performing variety that offers greater flexibility and consistency across the early planting window,” Lu said. “AGT-Agile delivers a strong package of yield potential, APH grain quality and very strong resistance to stem rust, stripe rust and leaf rust, giving growers confidence in a range of production environments.” The disease-resistance package is a significant part of the variety's proposition as growers contend with disease pressure alongside the need to optimise sowing dates. AGT says trials have demonstrated the variety's fit within northern farming systems, particularly for growers targeting mid-April sowing opportunities. According to Lush, AGT-Agile also brings improvements in grain size, disease resistance and overall performance compared with current alternatives. Its shorter and more conservative plant type, combined with good lodging tolerance, is designed to add another layer of agronomic reliability. “It combines dependable yield, excellent grain quality and a shorter, more conservative plant type with good lodging tolerance, making it a valuable addition to the northern wheat portfolio,” Lush said. AGT-Glamour CL Plus brings slower maturity to Clearfield wheat AGT's second release, AGT-Glamour CL Plus, addresses a different constraint: the need for a slower-maturing herbicide-tolerant wheat that can be incorporated into earlier planting programmes across NSW and Queensland. The variety is described by AGT as the only APH-quality Clearfield-tolerant wheat available in a slow maturity suited to earlier planting in these regions. Derived from Coolah, AGT-Glamour CL Plus combines tolerance to Clearfield Intervix herbicide with high and stable grain yield, low screenings and high test weights. Its agronomic package also includes very good resistance and tolerance to root lesion nematode, or Pratylenchus thornei, a soil-borne constraint relevant to wheat production across parts of the northern cropping belt. The variety's development reflects a long-standing demand from growers and advisers for a higher-performing Clearfield wheat that could be planted earlier without sacrificing APH-quality grain. “For many years growers and advisers have been looking for a high-performing Clearfield wheat that could be planted earlier while still delivering APH-quality grain,” Lu said. “AGT-Glamour CL Plus answers that demand, providing the performance growers expect together with the flexibility of Clearfield tolerance in a slow-maturing background.” The herbicide-tolerance characteristic could become particularly valuable where winter crop decisions follow summer cropping programmes involving imidazolinone herbicides. Residual herbicides can narrow subsequent planting choices, making crop selection a strategic part of managing the entire rotation rather than simply the next crop. Lush said AGT-Glamour CL Plus gives growers an additional plant-back option where residues could otherwise complicate the transition into winter cropping. “Growers can sometimes face difficult rotational decisions where herbicide residues remain in the soil,” he said. “AGT-Glamour CL Plus provides an excellent plant-back option in these situations, allowing growers to move confidently into their winter cropping program while maintaining strong yield and grain quality potential.” AGT is also positioning the variety as more than a specialist herbicide-tolerant release. According to Lush, its yield performance has consistently matched leading non-herbicide-tolerant competitors, while the added tolerance provides greater flexibility in crop planning. “This is not simply a niche herbicide-tolerant variety,” Lush said. “AGT-Glamour CL Plus has consistently matched the leading non-herbicide tolerant competitors for yield performance while offering the added benefit of Clearfield tolerance, making it a compelling option for a broad range of growers.” The launch highlights a broader shift in wheat breeding towards varieties that deliver multiple forms of value at farm level. Yield remains fundamental, but the commercial value of a variety increasingly depends on how well it fits into a grower's entire production system, including sowing dates, disease management, herbicide programmes, grain quality requirements and rotation planning.   ]]> https://www.agrospectrumasia.com/news/137/4659/topgrain-targets-up-to-5-per-cent-yield-gains-in-brazilian-soybean-and-corn.html https://www.agrospectrumasia.com/news/137/4659/topgrain-targets-up-to-5-per-cent-yield-gains-in-brazilian-soybean-and-corn.html Tue, 15 Sep 2026 18:55:07 +0530 Sumitomo Chemical has launched TopGrain, a new biological crop input in Brazil designed to help soybean and corn crops better withstand adverse weather conditions while improving grain filling and yield performance. Based on abscisic acid, TopGrain is positioned as an additional tool in crop management at a time when Brazilian farmers are confronting increasingly variable weather conditions and greater pressure to extract more productivity from each hectare. The product is designed to support the plant during critical stages of development, helping crops maintain performance when environmental conditions threaten yield potential. Sumitomo Chemical said TopGrain can deliver yield gains of up to 161 pounds per acre in soybeans and up to 375 pounds per acre in corn. Based on average Brazilian yields during the 2025/26 season, the company estimates that these gains represent an improvement of close to 5 per cent in both crops. The economics are central to the product’s positioning. For soybean growers, the additional cost of using TopGrain is equivalent to less than one bag of soybeans per hectare, while the cost for corn is slightly higher. Sumitomo Chemical argues that the potential yield improvement can therefore offset the additional input cost while providing farmers with another mechanism to protect yield potential under stressful growing conditions. The product is not being positioned as a replacement for conventional crop protection products or fertilisers. Instead, Sumitomo Chemical sees it as a complementary input that can work alongside existing crop-management programmes. Luciano Jaloto, Marketing Director at Sumitomo Chemical in Brazil, described TopGrain as being similar to a “vitamin” for crops, helping plants make more effective use of the other inputs applied during the production cycle. The underlying proposition reflects a broader shift in agricultural inputs towards technologies that seek to improve the efficiency of existing farm programmes rather than simply add another layer of crop protection. By supporting plant processes associated with grain filling and stress response, biological inputs such as TopGrain are increasingly being evaluated for their ability to help crops maintain productivity when temperature, water availability or other environmental factors become limiting. For Brazil’s soybean and corn producers, the timing is particularly significant. Both crops operate at enormous commercial scale, meaning even relatively modest improvements in yield can have a material impact on farm economics. At the same time, weather volatility can quickly erode yield potential, making crop resilience an increasingly important consideration alongside disease, insect and weed management. Sumitomo Chemical initially introduced TopGrain in the United States, India and Brazil, establishing the product across three major agricultural markets. The company plans to expand its application across additional crops, including sugarcane, cotton and fruit, as it develops the technology for different production systems and crop requirements. The broader rollout is part of Sumitomo Chemical’s ambition to expand its agricultural business in Brazil. The company aims to double the size of its Brazilian operation by 2030, with biological and complementary crop inputs forming part of a wider strategy to provide growers with technologies that combine productivity, crop resilience and more efficient use of farm inputs. The launch also reflects a changing competitive landscape in agricultural inputs. Traditional crop protection and fertiliser products remain central to commercial farming, but growers are increasingly looking for technologies that can help crops manage stresses that cannot be addressed through conventional pest and nutrient management alone. TopGrain’s commercial test, therefore, will be whether the promised yield gains consistently translate into stronger returns for farmers across different regions, seasons and growing conditions. If the technology can deliver reliable improvements in grain filling and yield while remaining economically viable, Sumitomo Chemical could use its Brazilian launch as a platform for a broader expansion of biological crop inputs across major agricultural markets. ]]> https://www.agrospectrumasia.com/news/137/4658/basf-launches-new-nitrification-inhibitor-in-china-to-improve-nitrogen-efficiency.html https://www.agrospectrumasia.com/news/137/4658/basf-launches-new-nitrification-inhibitor-in-china-to-improve-nitrogen-efficiency.html Tue, 15 Sep 2026 18:43:29 +0530 BASF Agricultural Solutions has launched a new nitrification inhibitor in China, targeting one of agriculture’s most persistent challenges: improving the amount of applied nitrogen that crops can actually use while reducing losses to the environment. The new product, Ampliqan, is being introduced to China’s fertiliser industry in 2026 as BASF seeks to strengthen its nitrogen-management portfolio and support the development of climate-smart agricultural practices. The technology is designed to protect fertiliser nitrogen against nitrate leaching and nitrous oxide emissions, while giving fertiliser manufacturers another tool to differentiate their products in an increasingly efficiency-focused market. Nitrogen remains fundamental to crop productivity and quality, but a significant share of the nutrient applied to fields never reaches the crop. BASF estimates that, on average, only about 50 per cent of applied nitrogen is taken up by plants. The remainder can be lost to the atmosphere as ammonia or nitrous oxide, a potent greenhouse gas, or move into water systems through nitrate leaching. These losses reduce the economic return on fertiliser investments while contributing to climate warming, acidification, eutrophication and smog. Ampliqan is designed to address this gap by slowing the conversion of ammonium into nitrate. Based on the active ingredient DMPSA-K2, the nitrification inhibitor suppresses the activity of nitrifying bacteria, allowing ammonium to remain stable for longer in the soil. The objective is to retain more nitrogen within the root zone and improve its availability to crops when demand is highest. The technology could also create value beyond nitrogen retention. According to BASF, ammonium-based plant nutrition can improve the availability of certain micronutrients and phosphate in soil, factors that can influence crop development and quality. For farmers, the combination of improved nitrogen availability and greater flexibility in fertiliser application could potentially translate into higher yields, better crop quality and more efficient use of inputs. Markus Schmid, Director and Head of Key Account Management, Nitrogen Management, BASF Agricultural Solutions, said the launch reflects the company’s focus on connecting nitrogen efficiency with both farm economics and environmental performance. Ampliqan, he said, provides a ready-to-use solution that can help fertiliser manufacturers and farmers pursue higher yields while reducing greenhouse gas emissions, supported by BASF’s long-standing expertise in fertiliser and nitrogen management. The China launch also underlines BASF’s strategy of working more closely with fertiliser manufacturers rather than positioning nitrogen-management technology solely as a farm-level input. By incorporating the inhibitor into fertiliser products, manufacturers can offer differentiated formulations designed around nutrient efficiency and environmental performance, while farmers gain access to the technology through existing fertiliser supply chains. Jackson Wang, Vice President, BASF Agricultural Solutions Greater China, said the launch strengthens BASF’s nitrogen-management portfolio and its role as an innovation partner for fertiliser manufacturers in China. He highlighted the opportunity to help customers improve product performance, create differentiated value and support the industry’s broader transition towards greener production and agricultural practices. A key feature of the formulation is its compatibility with a broad range of nitrogen fertilisers. Ampliqan can be used with urea, ammonium nitrate formulations, diammonium phosphate, monoammonium phosphate, NPK fertilisers and liquid fertilisers. This broad compatibility is intended to make adoption easier for manufacturers that operate across multiple fertiliser categories. The product can be incorporated at fertiliser production facilities or further along the supply chain using standard batch and continuous blending equipment. BASF said the formulation also offers strong storage stability across a broad temperature range, while treated fertilisers can retain a long shelf life. That gives manufacturers and distributors greater flexibility in production, storage and movement through the supply chain. The commercial logic behind the launch is increasingly important as fertiliser markets face pressure to deliver more output with lower nutrient losses. Improving nitrogen use efficiency has become a central component of efforts to reduce the environmental footprint of crop production without compromising yields. For fertiliser companies, technologies that can improve nutrient performance also offer an avenue to move beyond commodity fertiliser and develop higher-value, differentiated products. China provides a significant market for this transition, given the scale of its fertiliser industry and the continuing need to improve nutrient-use efficiency. BASF’s launch therefore places nitrification inhibition at the intersection of farm productivity, fertiliser innovation and emissions reduction.   ]]> https://www.agrospectrumasia.com/news/137/4652/dewulf-unveils-certa-40-integral-potato-planter-for-demanding-soils.html https://www.agrospectrumasia.com/news/137/4652/dewulf-unveils-certa-40-integral-potato-planter-for-demanding-soils.html Fri, 11 Sep 2026 17:56:11 +0530 Potato planting is increasingly becoming a question of how precisely machinery can manage soil conditions, planting depth and input rates in a single pass. Dewulf is addressing that challenge with the Certa 40 Integral, a four-row mounted cup planter that integrates soil preparation into the planting operation. The new system can be combined with the Lemken Zirkon 12 power harrow fitted with 38 cm tines, creating a configuration designed particularly for heavy clay soils and stony fields. The combination produces a fine seedbed while aiming to preserve the soil’s natural structure — a balance that becomes more difficult as field conditions become heavier and less uniform. Precision Starts with Depth Control The Certa 40 Integral uses nine large depth wheels positioned ahead of the cultivator to provide automatic depth control. Their configuration is designed to maintain consistent working depth while providing sufficient carrying capacity, including in light or loose soils. Planting precision is further built into each individual planting element. Every element has its own hydraulic drive, allowing planting distance to be adjusted continuously and independently for each row. The planting tube can also be adapted to different seed-potato sizes. A lever positioned at the top of the planting element allows operators to adjust the tube width between 89 mm and 114 mm, an option particularly useful when planting longer tubers. Data Moves Into the Bunker The Certa 40 Integral's focus on precision extends beyond soil preparation and planting. Its bunker can hold up to 3.5 tonnes and can be fitted with optional load cells. This allows potatoes to be planted according to a predefined target rate measured in kilograms per hectare, giving operators greater control over seed use across varying field conditions. The system can also calculate the average tuber weight and estimate how many hectares can still be planted with the remaining bunker contents. That shifts the planter from being simply a mechanical planting tool towards a more data-driven system, where operators can monitor both seed consumption and remaining field capacity while the machine is working. For potato growers operating in difficult soils, the combination of integrated soil preparation, independent row control and bunker weighing is aimed at solving a fundamental productivity challenge: maintaining planting accuracy without adding complexity to the field operation. With the Certa 40 Integral, Dewulf is positioning precision not as a standalone feature, but as part of the entire planting process — from preparing the soil to controlling tuber placement and managing seed rates. ]]> https://www.agrospectrumasia.com/news/137/4651/jacto-scales-up-its-agricultural-drone-strategy-with-t55-and-t100.html https://www.agrospectrumasia.com/news/137/4651/jacto-scales-up-its-agricultural-drone-strategy-with-t55-and-t100.html Fri, 11 Sep 2026 17:51:45 +0530 Jacto is expanding its agricultural drone business as demand for faster, more precise and increasingly automated field operations reshapes the machinery market. The Brazilian company, which has partnered with DJI since 2024, is adding the T55 agricultural drone and the dual-battery T100 agricultural drone to its portfolio. The new models are designed to extend operating time and improve productivity, particularly in applications covering large agricultural areas. The additions complement Jacto’s existing range, which includes the T70, T25P and Mavic 3M, giving farmers and agricultural operators a broader set of options across spraying, solid-material distribution, imaging and cargo transport. “The new equipment will join the models Jacto already distributes, including the agricultural drones T70 and T25P and the imaging drone Mavic 3M, expanding the range of solutions for different operational profiles in the field,” said Rodrigo Madeira, Product Planning Manager at Jacto. “Featuring technologies geared toward spraying, solid-material distribution, and cargo transport, these models reinforce Jacto’s strategy of making equipment that combines operational efficiency, precision, and versatility available,” he added. T55 Targets Flexible, Single-Operator Applications The T55 is positioned as a lightweight agricultural drone designed for individual operators handling multiple field applications. It has a 50-litre spraying capacity, can carry up to 55 kg for solid-material spreading, and supports a lifting-system payload of up to 40 kg. Its design allows a single operator to transport, assemble and operate the drone, reducing the logistical burden associated with deploying aerial equipment in the field. The T55 has a maximum speed of 72 km/h, a spraying flow rate of up to 50 litres per minute and a solids discharge rate of up to 400 kg per minute. Its technology package includes millimetre-wave radar, a quad-vision system and enhanced algorithms aimed at improving operational safety and enabling intelligent obstacle avoidance. The system is also designed to support reliable operation in challenging conditions, including rain, fog and low-light environments. For Jacto, the model broadens the role of agricultural drones beyond specialised spraying applications towards a more versatile platform capable of handling several routine field operations. Dual-Battery T100 Takes Aim at Large-Area Operations The T100 with dual batteries takes a different approach, focusing on productivity and endurance in large agricultural operations. With two intelligent batteries, the configuration increases flight time by 50 per cent for the same cargo, allowing operators to keep drones in the field for longer periods and reduce interruptions during extended operations. The drone's solid-material distribution system supports a payload of up to 100 kg, with a discharge rate of up to 400 kg per minute. Its cargo lifting and transport system can handle loads of up to 80 kg. In its dual-battery configuration, the spraying system has a 90-litre tank and a flow rate of up to 40 litres per minute. The platform can also be configured with two different spraying-system models, allowing operators to adapt the equipment to different agricultural applications. The distinction between the two new models reflects a broader shift in agricultural drone deployment: while smaller platforms can address flexibility and ease of operation, larger systems are increasingly being evaluated on the basis of payload, flight endurance and field productivity. Jacto Broadens Its Precision-Agriculture Play The expanded portfolio gives Jacto coverage across a wider range of aerial applications, from imaging and precision spraying to solid-material distribution and cargo transport. The move also strengthens the company's positioning in a segment where the economics of drone operations are increasingly determined not simply by aircraft specifications, but by how much work can be completed per flight cycle and how easily the technology can be integrated into routine farm operations. With the T55 and dual-battery T100 joining the T70, T25P and Mavic 3M, Jacto is effectively building a portfolio around different operational requirements rather than a single drone category. The strategy points to a larger opportunity for agricultural machinery companies: as drones become more embedded in farm workflows, their value is likely to be measured less by their novelty and more by their ability to reduce downtime, improve application precision and cover more hectares with fewer operational constraints. ]]> https://www.agrospectrumasia.com/news/137/4644/bayer-and-neste-build-winter-canola-supply-chain-for-biofuels-boom.html https://www.agrospectrumasia.com/news/137/4644/bayer-and-neste-build-winter-canola-supply-chain-for-biofuels-boom.html Thu, 10 Sep 2026 21:36:45 +0530 Bayer and Neste have finalised a commercial agreement to jointly scale Bayer’s newgold winter canola, opening a new agricultural feedstock pathway for the rapidly expanding renewable fuels market. The partnership will focus on increasing winter canola acreage across the Southern Great Plains of the US, where Bayer sees significant untapped potential for the crop. The objective is to build a larger supply of lower-carbon-intensity oilseed feedstocks for renewable diesel and sustainable aviation fuel (SAF), while creating an additional rotational crop and revenue opportunity for farmers. Global demand for renewable fuels such as renewable diesel and SAF is estimated to nearly triple to approximately 40 billion gallons by 2040. As conventional feedstock supply comes under increasing pressure, the ability to bring new crops and production regions into the biofuel value chain is becoming strategically important. From rotational crop to energy feedstock For Bayer, winter canola is positioned as more than another seed launch. The company sees it as an intermediate biofuel crop that can add value to existing agricultural systems while creating a new source of renewable oil. Winter canola can be integrated into rotations with wheat, potentially improving land utilisation and giving growers an alternative income stream between wheat crops. The high-protein meal generated after oil extraction will also enter the animal-feed market, supplying additional feed ingredients for dairy and beef cattle, poultry and swine. “In times of geopolitical tensions, the need for more energy security and resilience while decarbonizing the transportation sector leads to growing demand for renewable fuel. This agreement further underscores Bayer’s commitment to help scale biofuels production,” said Frank Terhorst, Head of Strategy and Sustainability for Bayer’s Crop Science division. “We see the Southern Great Plains as an untapped opportunity for winter canola. The launch of newgold winter canola will provide farmers with a profitable rotational crop with wheat and improve land utilization, while offering the opportunity to participate in a growing biofuels market.” Bayer and Neste are also establishing a newgold network with additional value-chain partners to support acreage expansion and provide farmers with an additional market for their crop. Neste bets on a broader agricultural feedstock base The agreement reflects a broader push to diversify and scale renewable feedstock supply. The company sees agricultural innovation as an important part of building the supply chains required to support renewable fuel growth. “Maximizing the contribution of novel types of raw materials to support growth in renewables requires open supply chain collaboration. By building robust value chains, we can turn agricultural innovations into scalable realities for growers and energy markets,” said Artturi Mikkola, Senior Vice President, Renewable Products Feedstock Sourcing and Trading at Neste. “Through the Bayer newgold winter canola collaboration, we are establishing a value chain in one of Neste’s key markets and developing opportunities to increase farm yields and grower income. This renewable raw material can be scaled rapidly in the coming years, which can help meet increasing biofuels demand.” The agreement effectively links three markets — crop production, animal feed and renewable fuels — around a single oilseed crop. 2027 launch puts the crop on a commercial clock Bayer plans to launch its newgold winter canola hybrids in autumn 2027. The hybrids are being developed with several traits intended to address the agronomic requirements of growers in the Southern Great Plains. These include winter hardiness, Bayer’s second-generation TruFlex weed-management trait technology and pod-shatter resistance. Together, the company says these characteristics can support yield potential while enabling higher oil content. The crop will be marketed as a flexible rotational option, allowing growers to determine how winter canola fits into their individual farm operations. The commercial challenge, however, extends beyond seed performance. Scaling a new biofuel crop requires coordinated investment across growers, seed suppliers, processors, aggregators and fuel producers. Bayer and Neste’s decision to establish a broader value-chain network signals that both companies see supply-chain development as critical to moving winter canola beyond a niche crop. Biofuels widen the opportunity for intermediate crops The push into winter canola is part of Bayer’s emerging biofuels platform, which includes a portfolio of intermediate crops such as camelina, winter canola and CoverCress. The strategic rationale is tied to the limits of electrification across parts of the transport sector. Aviation, rail, heavy-duty equipment and marine transport are among the areas where liquid renewable fuels are expected to remain important during the energy transition. Biofuels can be produced from renewable organic materials including corn, soy and canola, alongside newer intermediate oilseed crops. Expanding that feedstock base could give renewable fuel producers greater flexibility while creating new markets for farmers. Bayer recently showcased its biofuels platform at its investor day in Huxley, Iowa, highlighting the company’s growing focus on crops that can connect agricultural production with the expanding low-carbon fuels economy. The Bayer-Neste agreement now takes that strategy a step closer to the field. The real test will be whether winter canola can move from a promising rotational crop into a scalable commercial feedstock — without compromising farm economics along the way. ]]> https://www.agrospectrumasia.com/news/137/4643/adamas-ferrabait-wins-first-eu-registration-as-slug-pressure-intensifies.html https://www.agrospectrumasia.com/news/137/4643/adamas-ferrabait-wins-first-eu-registration-as-slug-pressure-intensifies.html Thu, 10 Sep 2026 21:31:15 +0530 ADAMA has secured the first European Union registration for Ferrabait, its new molluscicide built around Feralla, a novel active ingredient approved by the EU as a low-risk active substance in 2025. The registration in Latvia marks the first regulatory breakthrough for the product and sets the stage for additional approvals and commercial launches across Europe from 2027, beginning with France, Sweden and Lithuania. The timing is significant. Slugs and snails are becoming a more persistent crop-protection challenge across Europe, with milder winters creating conditions that can increase pest survival and pressure in the field. For growers, the problem is not simply pest incidence but the potential for damage to crop establishment, yield and quality. A faster response to a growing pest problem Ferrabait is designed to deliver rapid stop-feeding activity, with ADAMA reporting fast control of slugs and snails within the first three days after application. The product is approved for use across a broad crop portfolio, including cereals, rapeseed, potatoes and high-value vegetable crops. That speed matters in crops where slug feeding can quickly translate into establishment losses and reduced stand quality. The product is positioned as an additional tool for growers facing increasingly difficult pest-management decisions. The formulation is as important as the active ingredient A key part of ADAMA’s proposition is its proprietary Desidro Technology, which uses a multi-stage drying process under controlled humidity conditions to produce a highly palatable pellet designed to retain its integrity in the field. According to comparative testing, Ferrabait has demonstrated greater longevity under wet conditions and stronger resistance to mould than leading ferric phosphate-based competitors. The objective is straightforward: keep the bait attractive and intact for longer, extending its field performance when weather conditions can otherwise undermine molluscicide effectiveness. The product combines Feralla with a proprietary formulation containing 12 components intended to improve bait attractiveness to slugs and snails while supporting growers’ sustainability objectives. Feralla opens a new regulatory and product pathway The technology behind Ferrabait starts with Feralla, which received EU approval as a low-risk active substance in 2025. That regulatory status gives ADAMA a platform from which to build a broader European product rollout. The Latvian registration is therefore more than a single-market approval. It provides the first commercial foothold for a product that ADAMA intends to take into additional European markets, with France, Sweden and Lithuania expected to follow from 2027. For a crop-protection industry navigating tighter regulatory scrutiny, resistance concerns and increasing pressure to reduce environmental impact, the emergence of new active ingredients and formulations is becoming strategically important. “European growers are facing increasing pressure to protect crops effectively while meeting evolving regulatory and sustainability expectations,” said Germain Boulay, Global Head of Herbicides and Molluscicides at ADAMA. “Ferrabait provides growers with an additional tool for managing slug and snail pressure, combining strong performance in the field with the practical benefits needed for modern crop production.” The European rollout will put that proposition to the test. If Ferrabait can combine consistent efficacy with longer bait persistence and a favourable regulatory profile, ADAMA could carve out a stronger position in a molluscicide market facing both rising pest pressure and changing expectations around crop protection. ]]> https://www.agrospectrumasia.com/news/137/4642/syngenta-amoba-forge-european-cereal-biocontrol-alliance-as-fungicide-options-shrink.html https://www.agrospectrumasia.com/news/137/4642/syngenta-amoba-forge-european-cereal-biocontrol-alliance-as-fungicide-options-shrink.html Thu, 10 Sep 2026 21:26:47 +0530 Syngenta Crop Protection AG and French biocontrol company Amoéba are moving to commercialise a next-generation biological fungicide for European cereal growers, as tightening regulation and rising resistance threaten to narrow the conventional crop protection toolbox. The companies have signed an exclusive supply and distribution agreement covering a new biofungicide formulation, AXP20, derived from the lysate of the amoeba Willaertia magna C2c Maky. The agreement converts the companies’ November 2025 memorandum of understanding into a binding, long-term commercial and development partnership. Once registered, the product will be marketed under a Syngenta trademark. Under the agreement, Syngenta will hold exclusive distribution rights for cereals, excluding corn, across the EU-27, the UK, Ukraine and Switzerland. First market registrations are targeted for the third quarter of 2028, with sales expected to begin in core EU markets by the end of 2028 for use during the 2029 season. Targeting two of Europe’s biggest cereal disease threats The partnership is aimed initially at two major fungal diseases affecting European wheat: septoria tritici blotch and yellow rust. Together, the diseases are estimated to affect 9 million to 12 million hectares of cereals annually. Septoria can cause wheat yield losses of 5 per cent to 50 per cent in Germany, with annual economic losses estimated at up to €1.5 billion. Yellow rust can reduce yields by 10 per cent to 70 per cent and, in susceptible varieties, can result in complete crop failure. The commercial opportunity comes against a backdrop of diminishing conventional treatment options, driven by regulatory restrictions and growing pathogen resistance. For Syngenta, the agreement adds another potential product to its biologicals portfolio while giving Amoéba access to the commercial scale and cereal-market expertise of one of Europe's leading crop protection companies. “With conventional crop protection facing mounting regulatory and resistance headwinds, this next-generation biofungicide arrives at exactly the right moment,” said Matthew Pickard, Syngenta's Head of Seedcare and Biologicals for Europe. An unconventional biological route AXP20 is differentiated by its biological origin. The technology is based on the lysate of Willaertia magna C2c Maky, a single-celled amoeba. The product primarily works by inhibiting fungal spore germination. Field trials have demonstrated efficacy against septoria and yellow rust, while also activating the plant's natural defence mechanisms. That combination could make the technology particularly relevant to integrated crop management and resistance-management programmes. The Fungicide Resistance Action Committee classifies the lysate under FRAC Group BM02, covering biologicals with multiple modes of action. The companies say the technology has no known resistance and carries a low to very low resistance risk. The active substance received EU approval in 2025 following an assessment by the European Food Safety Authority. In June 2026, Amoéba received French marketing authorisation for AXPERA, a biofungicide based on the same technology. The French approval is expected to support national authorisation processes in other European markets. From laboratory technology to commercial platform The agreement also represents a test of whether a biological technology can move beyond niche applications and compete at scale in one of Europe's most important crop segments. Amoéba has positioned AXP20 as a key technology in its biosolutions portfolio, while Syngenta's distribution network could provide access to a large established cereal market. Jean-Marc Petat, Managing Director of Green for Agro, Amoéba's biosolutions subsidiary, said the agreement marks a defining milestone for the company and described Syngenta as a strategic partner for launching and marketing biocontrol products to European cereal growers. The companies are already investing in the next stage of development. In 2026, Syngenta and Amoéba are conducting more than 70 field trials jointly, making the programme one of the larger validation efforts currently under way in the biocontrol segment. A long runway to commercialisation Despite the strategic significance of the agreement, the commercial payoff remains several years away. First registrations in core EU markets are targeted for Q3 2028, with first sales expected towards the end of that year and farmer use beginning in spring 2029. Registrations in the UK and Switzerland are expected around 2029. The partners also see potential beyond the initial cereal applications. The agreement envisages expansion into additional crops and geographies as the product's efficacy profile develops. That could turn AXP20 from a single-product opportunity into a broader biological crop-protection platform.   ]]> https://www.agrospectrumasia.com/news/137/4621/china-unveils-jingfan-chip-1-0-to-cut-tomato-breedings-dependence-on-imported-gene-chips.html https://www.agrospectrumasia.com/news/137/4621/china-unveils-jingfan-chip-1-0-to-cut-tomato-breedings-dependence-on-imported-gene-chips.html Mon, 07 Sep 2026 16:50:34 +0530 China has unveiled its first high-precision solid-phase gene chip developed specifically for tomato breeding with fully independent intellectual property rights, marking a significant step toward reducing the seed industry’s reliance on imported core breeding technologies. Named “Jingfan Chip 1.0,” the technology was officially released in Beijing and is designed to support genetic analysis and molecular breeding across the tomato breeding pipeline. Its developers say the chip brings key hardware, reagents, software algorithms and related intellectual property under domestic control, creating what they describe as a new “China Chip” era for tomato breeding. The development comes as seed companies increasingly turn to molecular tools to accelerate breeding, identify valuable genetic traits and improve the precision of variety development. By bringing these capabilities into a domestically controlled platform, Jingfan Chip 1.0 could give Chinese breeders greater control over costs, supply chains and technology upgrades. The chip was jointly developed by Beijing Tongzhou International Seed Industry Technology Co., Ltd., the Vegetable Research Institute of the Beijing Academy of Agriculture and Forestry Sciences, the College of Life Sciences of Shandong Agricultural University, Suzhou Laso Biochip Technology Co., Ltd., and other institutions. Jingfan Chip 1.0 contains nearly 5,000 core genetic loci covering traits that are commercially important to tomato breeding, including yield, quality, pest and disease resistance, and tolerance to environmental stresses. The loci were selected from more than 1,100 tomato inbred lines, giving the platform a broad genetic base for breeding applications. The chip achieves a reported 99.12 per cent detection rate and 99.85 per cent detection repeatability, with both metrics described as reaching internationally advanced levels. Beyond the genetic markers themselves, the technology's strategic significance lies in its attempt to establish an end-to-end domestic ecosystem. The developers say Jingfan Chip 1.0 has secured independent intellectual property rights across the full technology chain, including scanners, chips, reagents and software algorithms. A single experimental run can be completed within 72 hours, according to the developers, while the platform is designed to offer cost advantages and allow more flexible technology upgrades. That combination could matter as breeding moves toward increasingly data-driven models. Traditional breeding depends heavily on repeated field selection over multiple generations. Molecular marker technologies allow breeders to identify genetic characteristics earlier, potentially narrowing the number of plants that need to be carried forward and making breeding programs more targeted. Jingfan Chip 1.0 is designed to operate across eight major application areas, positioning it as a platform rather than a single-purpose testing tool. These include precise identification of germplasm resources, genetic diversity analysis, molecular marker-assisted breeding, genomic selection breeding, variety identification and protection, detection of genetically modified components, identification of essentially derived varieties (EDV), and genome-wide association analysis and QTL mapping. The breadth of these applications means the technology can potentially connect activities that have traditionally been handled through separate stages of a breeding program—from understanding genetic resources and identifying useful traits to selecting breeding materials and protecting commercial varieties. Imported breeding technologies have played an important role in enabling molecular analysis, but dependence on overseas platforms can expose breeders to constraints involving supply, cost, technology access and future upgrades. A domestically developed system gives breeding organizations greater scope to adapt the platform to local germplasm, crop-specific requirements and evolving breeding strategies. The launch also reflects a broader push across China's agricultural technology sector to build domestic capabilities in technologies that sit further upstream in the innovation chain. For the seed industry, that increasingly means controlling not only varieties and germplasm, but also the genomic tools used to discover and develop them. If Jingfan Chip 1.0 achieves wider adoption, its impact could extend beyond faster genetic testing. A common domestic platform could help standardize molecular breeding workflows, generate larger datasets and strengthen the integration of genomic information into commercial breeding programs. The immediate focus is tomatoes, but the underlying business model points to a larger opportunity: building indigenous technology platforms around the genetic infrastructure of crop improvement.   ]]> https://www.agrospectrumasia.com/news/137/4607/adama-launches-ravari-insecticide-as-latin-american-exporters-face-tighter-crop-protection-demands.html https://www.agrospectrumasia.com/news/137/4607/adama-launches-ravari-insecticide-as-latin-american-exporters-face-tighter-crop-protection-demands.html Thu, 03 Sep 2026 19:03:58 +0530 For fruit and vegetable growers in Latin America, crop protection is increasingly tied to more than what happens in the field. Produce destined for the US market must meet demanding quality and residue requirements, while growers also have to manage rising resistance to insecticides and protect yields through the final stages of production. ADAMA Ltd. is positioning its latest insecticide, Ravari, for that market. The company has launched the product for fruit and vegetable growers in Latin America exporting produce to the United States, combining two modes of action in an effort to provide broader pest control while supporting resistance management. Ravari combines novaluron and CTPR in a water-based suspension concentrate formulation built around ADAMA’s Ayalon Formulation Technology. The two active ingredients are intended to complement each other, giving growers another option for integrated pest management programmes where resistance management is becoming increasingly important. The product is designed to act across multiple stages of the pest lifecycle, with particular emphasis on eggs and larvae. By targeting pests before populations build, ADAMA says Ravari can help growers intervene earlier and maintain crop protection before pest pressure begins to affect yield and quality. That early intervention is particularly relevant in high-value fruit and vegetable production, where pest damage can affect not only output but also the marketability of harvested produce. ADAMA’s Ayalon technology is another part of the product’s positioning. Developed for water-based formulations, the formulation technology is intended to improve spreading, rainfastness and penetration. It is also designed to reduce dependence on organic solvents while maintaining biological performance. Ravari is intended for use across a range of fruit and vegetable crops and provides broad-spectrum control of chewing pests and other key threats. The product can be applied from flowering through pre-harvest and offers tank-mix flexibility. For crops including tomato, cucumber, pepper and avocado, ADAMA says the product has a one-day pre-harvest interval. Field trials across multiple crops and pest scenarios have shown consistent efficacy, according to the company, including performance against competing products. ADAMA is positioning that consistency as important for growers balancing pest control with yield protection and the economics of export production. The launch also reflects a wider shift in crop protection toward products that have to solve several problems at once. Growers need effective pest control, but they also need tools that can fit into resistance-management programmes and production systems serving increasingly demanding export markets. “Fruit and vegetable growers today require highly efficient solutions that not only protect crop quality but also support resistance management and meet the stringent demands of export markets,” said Sandeep Sandhu, Head of Global Insecticides at ADAMA. He added that Ravari® was developed to interrupt pest lifecycles early while delivering consistent control and supporting crop performance and grower profitability. Commercial sales of Ravari are scheduled to begin in September 2026, giving ADAMA an opportunity to build the product into the crop protection programmes of Latin American growers supplying the US market. For the company, the launch is less about adding another insecticide to an already crowded market and more about competing on a combination of efficacy, formulation performance and resistance management—areas that are becoming increasingly important as export-oriented fruit and vegetable production faces tighter production and market requirements. ]]> https://www.agrospectrumasia.com/news/137/4594/cortevas-vylor-unveils-corn-pipeline-with-new-yield-and-insect-control-technologies.html https://www.agrospectrumasia.com/news/137/4594/cortevas-vylor-unveils-corn-pipeline-with-new-yield-and-insect-control-technologies.html Wed, 02 Sep 2026 16:42:27 +0530 Corteva has unveiled the corn innovation pipeline of Vylor, its planned advanced seed and genetics business, ahead of the company’s scheduled separation . The portfolio is designed to reinforce Vylor’s position in the global corn seed market while giving farmers access to new technologies aimed at improving yields, protecting crops and increasing production returns. At the centre of the pipeline is what the company describes as the industry’s first trait specifically developed to improve both yield and yield stability. Field trials across the Americas showed corn carrying the trait delivering an average gain of three bushels per acre, with increases reaching as much as 10 bushels per acre. Vylor expects the technology to become a key component of its next generation of corn products. The company estimates that its corn portfolio could generate more than $2 billion in additional revenue by 2035, including licensing income. Seven new corn technology platforms are planned through 2035, and together they are expected to cover about 90 per cent of Vylor’s corn business. The first major launches are scheduled for Latin America in 2028. Vylor plans to introduce Abranvo technology, combining fall armyworm protection through two new modes of action with the yield and yield-stability trait and several herbicide-tolerance options. A subsequent insect-control platform will add two further proprietary modes of action to strengthen protection against fall armyworm. The innovation programme is expected to reach North America in 2029, when Vylor plans to introduce its next-generation above-ground insect-control technology alongside the yield and yield-stability trait. Disease management is another major part of the pipeline. Vylor plans to commercialise its multi-disease-resistant corn technology, which the company says is an industry first and was developed using gene-editing technology. The platform is designed to address four major diseases: Northern Corn Leaf Blight, Grey Leafspot, Southern Rust and Anthracnose Stalk Rot. The company also plans to introduce reduced-stature corn using its next-generation technology platforms, with products targeted at segments where shorter plants can provide the greatest value to growers. Below-ground insect protection is set for another technology shift in 2031. Vylor expects to launch a corn rootworm product in North America featuring two new non-Bt modes of action, including a plant-based technology. The company sees the platform as a potential new approach to managing one of the most persistent insect threats to corn production. The pipeline reflects a broader strategy built around three priorities: developing technologies that deliver measurable value to farmers, using elite germplasm to strengthen brands and expand licensing opportunities, and building proprietary biotechnology and gene-editing platforms that can shift Vylor from a technology licensee to a licensor. The company’s planned portfolio builds on more than a century of corn breeding and genetics expertise. By combining that breeding base with new biotech, gene-editing and crop-protection technologies, Vylor aims to offer farmers a broader set of options across major corn-growing regions while creating additional revenue through direct product sales and licensing. ]]> https://www.agrospectrumasia.com/news/137/4576/lesotho-launches-national-farmers-portal-to-put-countrys-farmers-on-one-digital-registry.html https://www.agrospectrumasia.com/news/137/4576/lesotho-launches-national-farmers-portal-to-put-countrys-farmers-on-one-digital-registry.html Mon, 31 Aug 2026 13:37:50 +0530 Lesotho has launched a national digital registry for farmers, bringing together information on farmers, land parcels, households, livestock and agricultural activities across all 10 districts in what the government says is a major step towards improving how agricultural services are planned and delivered. The Lesotho Farmers Portal was officially launched by the Ministry of Agriculture, Food Security and Nutrition (MAFSN), under Minister Selibe Mochoboroane, in partnership with Vodacom Lesotho. The platform will be used by field officers across the country to register farmers and record details ranging from national identity numbers and household information to farming activities, livestock, assets and land parcels. The importance of the system lies in replacing a fragmented record-keeping process. Before the portal was introduced, farmer information was spread across paper files, spreadsheets and separate district-level records. Those records were not connected, making it difficult for the Ministry to develop a complete picture of the country's farming population. The new registry is designed to bring that information into one place. Field officers can register farmers against their national identity numbers and record information about their households, farms, livestock and assets. Land parcels can also be recorded using GPS boundaries. Ministry officials can then search and review the information centrally, giving the government a national view of farmers and agricultural activity that was previously difficult to obtain. For a country where agricultural programmes can depend heavily on knowing who is farming, where they are farming and what they produce, the shift has practical implications. A reliable farmer registry can make it easier to identify eligible beneficiaries, plan programmes and determine where agricultural inputs and other forms of assistance are needed. The system also creates the basis for moving away from broad, one-size-fits-all support towards programmes that can be directed at specific farmers or groups based on verified information. For farmers, registration creates a formal record of their involvement in agriculture and their land and production activities. That could eventually support services such as targeted subsidies and input distribution as the platform develops beyond its initial registration function. For the Ministry, the value is equally direct: a single source of information can provide a stronger basis for policy decisions, programme design and budget planning. The portal was developed by FiscalAdmin Ltd using the Joget DX Enterprise platform. MAFSN retains ownership of the registry, data and processes, while the International Telecommunication Union provided the programme framework and digital-government methodology. GovStack contributed the Registration Building Block specification and reference architecture, while the World Food Programme supported implementation, including the Joget DX Enterprise licence. Vodacom Lesotho partnered on the launch and efforts to reach field officers. The project has been designed around the practical constraints of a small government technology team. Instead of requiring developers to make every routine change, Ministry staff can manage many elements of the system through configuration. Information such as districts, villages, crops, livestock categories and document types can be maintained within the platform itself. That matters because agricultural programmes rarely remain static. Eligibility rules change, new crops or livestock categories may need to be added, administrative structures can evolve and new government schemes may be introduced. A system that allows ministry staff to make routine adjustments themselves can reduce the dependence on outside developers for every modification. Aare Lapõnin, Founder and CEO of FiscalAdmin Ltd, the technical delivery partner, said the objective was to create a national service that remained practical for the people using it every day. He said the Farmers Portal brings together processes that would otherwise remain separate while giving the Ministry greater control over its own data. According to Lapõnin, the system was built as a live implementation of the GovStack Registration Building Block and had to work under actual field conditions rather than simply satisfy a technical specification. The project was delivered over a two-year period, with Joget's enterprise application platform allowing a small team to develop the prototype into a national service that the Ministry can operate and maintain itself. The development process also incorporated LLM-assisted, specification-led development, according to FiscalAdmin. The approach involved having an LLM assistant work from a written specification rather than directly modifying the live system. Outputs were then passed through the platform's API and tested automatically before being released. When problems were identified, the correction was incorporated into the written specification rather than being made directly to the live system. The technology is ultimately a means to an administrative end. The more important question for Lesotho will be what the government does with the information once the registry reaches meaningful coverage. The portal already has capabilities for programme applications, eligibility assessment, decision management and entitlement issuance. These functions can be introduced as the system moves beyond farmer registration. That could allow the registry to become a common entry point for agricultural assistance, rather than simply serving as a database. Raveesh Dewan, President and CEO of Joget Inc., said the project's importance lies in addressing a practical problem faced by the Ministry: obtaining reliable information about farmers and using it to support agricultural services across the country. He said the portal was designed to remain adaptable as the Ministry's requirements change, allowing additional services to be built on the same foundation. The national rollout also comes at a time when governments are increasingly looking to digital registries to improve the delivery of public services. In agriculture, the quality of such systems depends heavily on the quality of the information collected at farm level. That makes the work of field officers particularly important. The registry can only provide an accurate picture of Lesotho's farming population if registrations are complete, land information is correctly captured and farmer records are kept up to date. The use of national identity numbers and GPS-based land boundaries gives the system a more structured basis for identifying farmers and connecting them with their production areas. Over time, maintaining accurate records will be just as important as establishing the database itself. The immediate goal is to achieve national coverage across all 10 districts. Once that foundation is established, the Ministry expects to build additional services around the registry, including programme applications and input distribution. That could change the role of the Farmers Portal from a registration exercise into a core piece of agricultural administration. For farmers, the potential benefit is easier access to government support. For policymakers, it is better information about the people and land underpinning the country's agricultural sector. And for the Ministry, the long-term value will depend on whether a single, continuously maintained registry can replace the fragmented records that previously made it difficult to see the country's agricultural sector as one connected system. Lesotho has now built the database. The next test will be whether it can turn that information into better-targeted programmes, more efficient distribution of support and a clearer understanding of the country's farmers. ]]> https://www.agrospectrumasia.com/news/137/4569/china-launches-cottonmind-1-0-dedicated-ai-platform-for-cotton-research-and-farmers.html https://www.agrospectrumasia.com/news/137/4569/china-launches-cottonmind-1-0-dedicated-ai-platform-for-cotton-research-and-farmers.html Mon, 31 Aug 2026 11:33:38 +0530 The Institute of Cotton Research of the Chinese Academy of Agricultural Sciences, working with the academy’s Western Agricultural Research Center, has released CottonMind 1.0, a specialised digital platform built for the cotton sector. The launch marks an effort to connect cotton research, breeding, field management and farmer advisory services through one knowledge system. The platform is designed to help researchers find and interpret scientific information faster while giving growers access to crop advice and expert support through their phones. CottonMind 1.0 was developed by a team led by Yang Zuoren, a researcher at the Institute of Cotton Research, CAAS. The platform has two interfaces: a web-based research platform for scientists and a mini-programme designed for cotton growers. For researchers, the web version acts as a searchable cotton knowledge library. It offers scientific search, faster reading of research papers and visual tools that connect information on genes, traits, crop varieties, cultivation practices and plant-health issues. For growers, the mini-programme is intended to function as a portable farm advisory service. Users can ask crop-management questions, upload photographs for preliminary diagnosis and seek online consultation from specialists. The goal is to reduce the distance between agricultural expertise and the field, particularly in regions where farmers may not have immediate access to extension workers. The platform draws on a large cotton-specific information base: 41,680 Chinese and international research papers, more than 2,000 patents and national standards, 559 specialised books and 1,806 approved cotton-variety records. The knowledge base covers gene function, trait development, variety breeding, cultivation management and pest and disease control. That breadth matters because cotton production is shaped by decisions that often cannot be treated in isolation. A farmer dealing with low yield may need to consider seed choice, irrigation, nutrient management, pest pressure, weather and planting density. A breeder working on a fibre-quality trait may need to assess genetic information alongside field performance and breeding records. CottonMind 1.0 is meant to make those connections easier to access. Rather than relying on a general online search, users can draw from a cotton-focused information base built around the sector’s own research and production needs. The system uses a retrieval-based approach that brings relevant documents and technical records into the response process, rather than relying only on a general model’s stored information. It also uses multiple specialised digital agents to address different types of questions. The practical aim is to reduce a familiar problem with general-purpose AI tools: they can produce fluent answers even when the underlying information is incomplete, outdated or incorrect. A crop-specific platform can narrow the field of reference, draw on recognised agricultural sources and make it easier for users to trace answers back to technical material. Still, CottonMind 1.0 should be seen as an aid to decision-making rather than a replacement for field inspection, laboratory testing or professional agronomic judgement. Farmers will still need local advice where a diagnosis carries financial or crop-health consequences. The platform supports Chinese, English, Uyghur and Uzbek across its interfaces. This multilingual design is particularly relevant for cotton-growing areas such as Xinjiang, where language can affect farmers’ access to technical guidance. The inclusion of Uyghur and Uzbek could also help build links between Chinese cotton researchers and cotton-producing regions across Central Asia. Cotton is a major agricultural and industrial crop in several countries in the region, and common digital tools may make it easier to exchange research, cultivation practices and varietal knowledge. For government departments, the platform could provide another function: bringing together industry data that may support planting plans, disease-control strategies and sectoral policies. If the data are regularly updated and handled carefully, such a system could help authorities identify emerging pest risks, compare varietal performance and understand changes in production conditions. The next challenge is adoption. A digital platform can contain extensive data, but its real value depends on whether researchers use it in their work and whether farmers find it reliable, easy to access and useful during time-sensitive field decisions. For researchers, CottonMind 1.0 will need to demonstrate that it saves time without oversimplifying scientific evidence. For farmers, it will need to provide practical and locally relevant answers in a form that can be understood and acted upon. For agricultural extension agencies, it will need to complement—not duplicate or displace—existing farmer-support systems. The developers say they will continue refining the model, expanding its applications and improving its deeper analytical capabilities for researchers and precision services for producers. The launch comes as China’s cotton sector increasingly turns to digital crop management, biological breeding and data-led farm services. Earlier initiatives have included cotton digital-management systems that combine farm data, crop models and agronomic standards to support cultivation  CottonMind 1.0 takes that work a step further by attempting to bring the knowledge side of cotton production into the same system: research literature, patents, standards, variety records and production advice. Its promise lies in making specialised knowledge easier to use. A cotton researcher should not have to search through thousands of papers to find a relevant disease-management study. A grower should not have to wait days to obtain basic guidance on a visible crop problem. A policymaker should not have to rely only on fragmented reports to assess changing production conditions. Whether CottonMind 1.0 can meet those expectations will depend on the quality of its answers, the frequency with which its knowledge base is updated, the transparency of its sources and its ability to work in the practical conditions of cotton farms. For now, the launch is a notable milestone for China’s cotton industry. It represents an attempt to turn decades of cotton research and field experience into a tool that can serve both laboratories and farms—and to make the path from scientific discovery to crop management a little shorter. ]]> https://www.agrospectrumasia.com/news/137/4538/agtrinsic-launches-ai-engine-to-predict-crop-disease-risks-before-they-escalate.html https://www.agrospectrumasia.com/news/137/4538/agtrinsic-launches-ai-engine-to-predict-crop-disease-risks-before-they-escalate.html Tue, 25 Aug 2026 17:26:49 +0530 Agtrinsic is betting that the next frontier in crop protection will be defined not simply by better forecasting, but by agricultural systems capable of continuously learning and responding as disease risks evolve. The US-based agricultural technology company has launched its Disease Intelligence Engine, an artificial intelligence platform designed to improve how growers, agronomists and agricultural organisations identify, predict and manage crop disease risks. The technology has been tested under commercial field conditions across Central Illinois during the 2026 growing season. According to Agtrinsic, the working models have demonstrated a high level of predictive accuracy while providing earlier visibility into changing disease conditions than traditional forecasting approaches. For decades, disease prediction in agriculture has largely been built around established models such as the disease triangle, historical weather information, fixed environmental thresholds and visual symptoms observed in the field. While these tools remain important, they can provide only a partial picture of a disease environment that changes continuously. Agtrinsic's new platform is designed around a different premise: disease risk is dynamic, and the intelligence used to manage it must evolve at the same pace. The Disease Intelligence Engine creates a continuously updated assessment of crop disease risk as conditions change in the field. Rather than relying solely on periodic forecasts or visible symptoms, the platform is intended to provide an ongoing view of emerging threats, helping agricultural professionals identify where attention may be needed before disease pressure becomes more apparent. That could have important implications for how scouting and crop protection resources are deployed. Earlier and more targeted intelligence could allow growers and agronomists to prioritise field inspections, evaluate emerging risks and make better-timed decisions around crop protection interventions. “We did not set out to make a minor improvement to our currently patented disease modeling,” said Scott Plato, Director of Agronomy Innovation and Technology at Agtrinsic. “We set out to rethink how crop disease should be predicted.” Plato said the technology was designed around the understanding that disease conditions are constantly changing and that agricultural decision-making systems need to become more adaptive. The company's broader ambition is to move crop disease management away from a largely periodic and reactive model towards one that is more predictive and continuously informed. Agtrinsic believes the technology could eventually support increasingly autonomous decision-making systems capable of assessing risk and determining appropriate actions over time. “Our goal is to give agriculture more time to act and greater confidence in what action to take,” said Matt Free, Vice President of Agronomy. “This technology has the potential to influence how the industry identifies risk, deploys scouting resources and executes crop protection decisions.” The Disease Intelligence Engine has been designed as a scalable platform rather than a single-crop or single-market application. According to Agtrinsic, the technology can support multiple crops, diseases, geographies and production systems. The company expects the platform to form the technological foundation for future grower-facing applications, enterprise-level tools, industry integrations and strategic partnerships. The underlying technology is also the subject of pending patent applications in the United States and internationally. The launch comes as artificial intelligence increasingly moves deeper into production agriculture, with technology companies seeking to use data and predictive models to help growers respond to increasingly complex and variable production environments. For crop disease management, the value of such technology may lie less in replacing agronomists or existing forecasting tools and more in expanding the industry's ability to process changing conditions and identify risks earlier. Agtrinsic plans to continue field evaluations across the US Midwest for the remainder of the 2026 growing season while expanding testing into additional international regions. If those trials continue to validate the technology's performance across different crops and production environments, Agtrinsic's Disease Intelligence Engine could represent a shift in how the agriculture industry approaches one of its most persistent challenges—from responding to disease after the threat becomes visible to continuously anticipating where the next risk may emerge. ]]> https://www.agrospectrumasia.com/news/137/4524/anhui-agricultural-university-and-caas-launch-fengshu-2-0-to-bring-ai-driven-decision-making-to-soybean-breeding.html https://www.agrospectrumasia.com/news/137/4524/anhui-agricultural-university-and-caas-launch-fengshu-2-0-to-bring-ai-driven-decision-making-to-soybean-breeding.html Mon, 24 Aug 2026 16:46:26 +0530 A research team led by Anhui Agricultural University has unveiled “Fengshu” 2.0, a vertical large AI model designed specifically for the soybean sector, marking a step towards using artificial intelligence to support breeding, disease diagnosis and precision decision-making in one of the world's most important crop value chains. The model was officially released at the 32nd National Soybean Scientific Research and Production Symposium in Nanning, Guangxi Zhuang Autonomous Region. Professor Wang Xiaobo of Anhui Agricultural University represented the research and development team at the launch. “Fengshu” 2.0 was jointly developed by the Soybean Intelligent Design Breeding Innovation Team of Anhui Agricultural University and the Institute of Crop Sciences under the Chinese Academy of Agricultural Sciences. The platform brings together six major functional modules covering a soybean encyclopedia, soybean molecules, scientific literature, diseases, phenotyping and breeding. Its underlying knowledge system aggregates more than 10 million characters of specialised text, over 10,000 scientific papers and patents, approximately 40,000 germplasm resource records, 8,000 genome resequencing datasets and more than 3,000 varietal phenotypic datasets. The scale of the database is only part of the upgrade. The defining feature of version 2.0 is a newly introduced multi-model collaborative analysis mechanism. Multiple general-purpose large models independently analyse the same question before the “Fengshu” summarisation module conducts a comprehensive assessment, an approach designed to reduce the risk of bias associated with relying on a single model. According to the development team, data cleaning and annotation accuracy has reached 98 per cent, while prediction accuracy for key soybean traits—including lodging resistance, disease resistance and protein content—has exceeded 90 per cent. The platform is intended to support a range of practical applications across the soybean research and breeding cycle. These include disease diagnosis, parental selection, virtual cross design, phenotypic analysis, molecular marker-assisted breeding and candidate gene analysis. A mobile version of the platform also features a “snap-and-diagnose” function, enabling users to access diagnostic capabilities through images while synchronising data across mobile and PC platforms. Compared with version 1.0, “Fengshu” 2.0 represents a shift from a system primarily focused on knowledge retrieval towards what its developers describe as intelligent decision-making. The change reflects a broader ambition to move soybean breeding away from predominantly experience-driven approaches and towards more data-assisted precision decisions. The next phase of development will focus on integrating climate, soil and planting-pattern data from major soybean production regions. The research team plans to use these additional datasets to strengthen field validation and refine the model's algorithms. The launch comes as agricultural research increasingly explores how large AI models can organise complex biological, genomic and field-level data into tools that researchers and breeders can use more directly. For the “Fengshu” team, the immediate challenge will be translating a vast structured knowledge base and high prediction accuracy into decisions that perform consistently under real-world field conditions. ]]> https://www.agrospectrumasia.com/news/137/4522/huannong-weiye-launches-huannong-658d-as-chinas-corn-seed-market-pushes-for-greater-climate-resilience.html https://www.agrospectrumasia.com/news/137/4522/huannong-weiye-launches-huannong-658d-as-chinas-corn-seed-market-pushes-for-greater-climate-resilience.html Mon, 24 Aug 2026 16:32:24 +0530 Beijing Huannong Weiye Seed Technology Co., Ltd. has formally launched Huannong 658D, a new-generation corn variety designed to combine insect resistance and herbicide tolerance with the stress resilience of its established predecessor, as China’s seed industry increasingly focuses on varieties capable of performing under more volatile growing conditions. The launch took place from August 18 to 19, 2026, in Tai'an City, Shandong Province, where more than 500 core dealers gathered for Huannong Weiye’s Huannong 658D new variety launch and the Huang-Huai-Hai core dealers' win-win summit. The event marked the variety's formal entry into commercial promotion. Huannong 658D enters a market where climate resilience is becoming an increasingly important part of seed development. The Huang-Huai-Hai summer corn region has faced recurring periods of high temperatures, drought, waterlogging and pest and disease pressure, increasing the demand for varieties that can maintain stable performance across highly variable conditions. The new variety builds on Huannong 658, which has been promoted across a cumulative area exceeding 666,667 hectares, according to the company. Retailers in Dezhou City, Shandong Province, have reported that the original variety has maintained stable performance under high temperatures, drought, waterlogging and strong winds, while recording an annual farmer repurchase rate of more than 80 per cent. Huannong 658D is designed to retain these characteristics while adding transgenic dual-resistance traits—providing insect resistance and tolerance to four times the application level of glyphosate herbicide, according to the launch information. The variety also retains traits associated with high-temperature tolerance, rust resistance, high yield and flexibility across planting densities, while offering a longer stay-green period, stronger stress resistance and broader adaptability. The development of the variety draws on Syngenta’s global seed and germplasm resources, alongside modern breeding technologies including genome-wide selection and molecular markers. Syngenta Group has continued to invest in its seed business and innovation pipeline, with its Seeds business reporting $1.5 billion in first-quarter 2026 sales and China seed sales increasing 8 per cent during the period. For Huannong Weiye, the launch represents the next stage in the commercial development of a variety that was first unveiled at the company's core retailer empowerment conference in April. The company now plans to expand promotion of Huannong 658D across the Huang-Huai-Hai market by leveraging Syngenta’s technology resources, seed industry capabilities and commercial network. The broader significance of the launch lies in what it says about the direction of China’s corn seed market. Seed companies are increasingly competing not only on headline yield but also on the ability of varieties to withstand climate and production risks. Traits such as drought tolerance, heat resilience, pest resistance and herbicide tolerance are becoming part of a broader package designed to give farmers greater flexibility in increasingly unpredictable growing environments. Huannong Weiye is also part of a wider pipeline of genetically modified corn variety development in China. Publicly available registration information has previously listed several GM corn varieties associated with Beijing Huannong Weiye Seed Technology, reflecting the company's involvement in the country's expanding biotech seed landscape. With Huannong 658D now moving into commercial promotion, the company is positioning the variety as more than an upgrade of an established corn seed. Its strategy is to combine proven field performance with biotechnology and modern breeding tools, targeting a market where resilience may increasingly be as important as yield. The launch also comes as Syngenta Group continues to report growth in its Seeds business and identifies China as an important market for new seed technologies. ]]> https://www.agrospectrumasia.com/news/137/4511/bioma-launches-metabolic-protection-biofungicide-1-based-entirely-on-microbial-metabolites.html https://www.agrospectrumasia.com/news/137/4511/bioma-launches-metabolic-protection-biofungicide-1-based-entirely-on-microbial-metabolites.html Thu, 20 Aug 2026 17:55:00 +0530 Brazilian biological inputs company Bioma has registered what it describes as the country’s first fungicide based entirely on microbial metabolites, opening a new segment in Brazil’s rapidly expanding biological crop protection market. The product, Metabolic Protection, was registered for the management of anthracnose, caused by Colletotrichum truncatum, and target spot, caused by Corynespora cassiicola, two important soybean diseases. The technology was developed over five years within Cogny, described by the company as the world’s largest biological inputs ecosystem. Scientific and technological development was led by Orygen, the group’s research and development company, under Research Director Artur Soares, while Bioma was responsible for product development, registration and commercialization. The product is expected to become commercially available shortly. Metabolite-based technology Unlike conventional microbial bioproducts formulated with living fungi or bacteria, Metabolic Protection is based exclusively on compounds produced by microorganisms. According to Bioma, its proprietary technology stimulates the expression of specific genes involved in the production of compounds with agronomic activity. The resulting formulation contains approximately 40 metabolites, more than 20 of which have direct activity against fungi, while another 17 are intended to activate plants' natural defense mechanisms. “The combination of different molecules and mechanisms of action addresses one of the main challenges in soybean disease management: the gradual loss of efficacy of some chemical fungicides due to pathogen resistance following repeated applications with similar modes of action,” Soares said. The company estimates that anthracnose and target spot can cause yield losses of up to 40 percent in susceptible soybean cultivars under favorable disease conditions. According to Bioma, incorporating biological molecules into conventional disease-management programs can diversify the mechanisms used against pathogens and potentially reduce selection pressure for resistance. Expanding biological fungicide market The technology enters a Brazilian fungicide market estimated at US$6.5 billion in 2025, accounting for 32 percent of the country's US$20.2 billion crop protection market, according to Kynetec data cited by the National Union of Plant Protection Products Industry (Sindiveg). Within biological inputs, biofungicides were the fastest-growing category by value in 2025. Sales increased 41 percent to R$1.4 billion (approximately US$253 million), while treated area reached 26 million hectares, up 37 percent year on year, according to CropLife Brasil. The publicly available market data do not yet separately quantify fungicides formulated exclusively with metabolites, leaving the segment at an early stage of commercial development in Brazil. The launch also comes as Brazil remains heavily dependent on imported crop protection products. Chemical pesticide imports totaled US$4.28 billion between January and May 2026, highlighting the strategic importance of domestic technologies amid geopolitical uncertainty, currency volatility and supply-chain disruptions. Five years of field development Bioma said the biofungicide was evaluated across more than 50 production regions in Brazil, covering different climatic conditions, management systems and disease-pressure levels. Trials assessed both pathogen-control performance and integration into crop protection programs already used by farmers. The product expands a technology portfolio that includes Bioma Phos, a biological phosphorus solubilizer being expanded into the European market, and Hydratus, developed from a bacterium originating in Brazil's Caatinga biome to improve plant tolerance to water stress. According to the company, the new fungicide represents a further step in its development strategy, moving from products based on living microorganisms toward the molecules produced by those microorganisms. “Access to technology developed and produced in Brazil offers greater supply security, more predictability for crop planning and greater freedom to build long-term management strategies,” Soares said. For Brazil's biological inputs industry, the registration marks a shift toward increasingly sophisticated microbial technologies in which the microorganism itself is no longer necessarily the active agricultural component, but rather the biological factory used to generate compounds with targeted agronomic functions. ]]> https://www.agrospectrumasia.com/news/137/4505/markem-imaje-launches-colos-2d-activate-and-colos-2d-engage-to-boost-food-traceability-and-product-transparency.html https://www.agrospectrumasia.com/news/137/4505/markem-imaje-launches-colos-2d-activate-and-colos-2d-engage-to-boost-food-traceability-and-product-transparency.html Thu, 20 Aug 2026 09:28:17 +0530 Markem-Imaje today announced the launch of CoLOS 2D Activate and CoLOS 2D Engage, supported by Markem-Imaje’s expert consulting services, providing manufacturers with a complete solution to prepare for GS1 Sunrise 2027, meet evolving regulatory and retailer requirements and unlock the full value of connected packaging. CoLOS 2D Activate and CoLOS 2D Engage are Software-as-a-Service (SaaS) enterprise solutions that enable global CPG and FMCG brands to create, organise, activate and manage static and dynamic GS1 Digital Link QR codes. The platform allows manufacturers to deploy compliant 2D codes while delivering personalised consumer experiences, collecting valuable first-party insights and supporting future digital product initiatives. Complementing the software platform, Markem-Imaje’s implementation experts provide manufacturers with a structured assessment of their production environment, coding processes and operational readiness. The service includes a full-day on-site review followed by practical recommendations to help manufacturers identify gaps, prioritise investments and develop a clear roadmap for implementing GS1 Digital Link QR codes. "Our new CoLOS 2D Activate and CoLOS 2D Engage solutions enable brands to transform QR codes from a compliance requirement into powerful digital experiences that deliver real value to consumers," said Viktor Hermansson, Global Marketing Director at Markem-Imaje. "With GS1 Digital Link, a single QR code can support retail checkout, supply chain visibility, regulatory transparency and personalised consumer engagement. Combined with Markem-Imaje’s expert consulting services, manufacturers now have a complete pathway to assess their readiness, implement compliant 2D codes and unlock the full potential of connected packaging."  Assessing readiness before implementation With retailers around the world preparing for the transition to GS1 Digital Link QR codes, manufacturers need a practical implementation strategy that minimises disruption while protecting production performance. Markem-Imaje's implementation experts work with manufacturers to evaluate existing operations, identify potential challenges and build a phased roadmap for successful deployment. The assessment provides independent recommendations covering production equipment, software infrastructure, data management and coding processes, helping manufacturers confidently prepare for the transition to connected packaging.  From production line to consumer engagement Unlike traditional static QR codes, dynamic GS1 Digital Link QR codes transform packaging into an intelligent communication channel between brands and consumers. Page content can adapt based on location, language, time or stage of the customer journey. For example, a consumer scanning a product in a retail store may receive promotional offers, while scanning the same product at home can provide recipes, usage instructions, complementary product recommendations or sustainability information. At the same time, manufacturers can capture valuable scan analytics to better understand consumer engagement. By integrating production and product data from CoLOS, ERP systems, CRM platforms and loyalty or coupon programmes through APIs, brands can deliver contextual and personalised digital experiences while maintaining a single source of truth for product information. Turning every product into a connected digital experience CoLOS 2D Activate gives manufacturers full control of GS1 Digital Link QR codes after printing through digital content management, URL destination management, scan data analytics and enterprise data integration. CoLOS 2D Engage enables marketing teams to design, publish and manage personalised consumer experiences through an intuitive drag-and-drop interface. Brands can quickly build mobile landing pages, web forms, contests, gamification campaigns and multilingual experiences that evolve throughout a product's lifecycle. The platform also provides detailed analytics showing how consumers interact with products across locations and over time. These insights help companies better understand product interactions before and after purchase, deliver relevant content at the right moment and strengthen consumer relationships. Connected packaging initiatives can often achieve engagement rates significantly higher than many traditional digital marketing channels. Managing the complete lifecycle of GS1 Digital Link QR codes Markem-Imaje's CoLOS software enables manufacturers to manage the complete lifecycle of GS1 Digital Link QR codes before, during and after production.  Key capabilities include: Automated generation of compliant static or dynamic GS1 Digital Link QR codes aligned with SKU and GTIN data. Management of Digital Link QR codes, associated digital content and reporting for products active throughout the supply chain. Integration with production systems to embed dynamic product and manufacturing data, including GTIN, lot number, best-before date, serial number and manufacturing facility information, enabling point-of-sale scanning as well as a broad range of consumer engagement applications. Packaging integrity controls and vision inspection to ensure barcode quality and error-free coding operations. Automated synchronisation with ERP and other business systems to eliminate manual data entry and maintain a single source of truth for product data. Centralised management of QR code inventory, URL destination settings and digital product experiences. Together, these capabilities help manufacturers ensure barcode quality for point-of-sale and supply chain scanning while supporting traceability, regulatory transparency and connected product experiences. Supporting evolving regulatory and transparency requirements Beyond consumer engagement, the platform supports a wide range of business-critical applications, including regulatory compliance, supply chain visibility, traceability and brand protection. By linking production data to a product's digital identity, brands can provide access to detailed product information, including lot status, recall notifications, nutrition information and sustainability data. This capability is becoming increasingly important as manufacturers prepare for evolving requirements including the European Digital Product Passport (DPP), the U.S. Food Safety Modernization Act (FSMA), the EU Packaging and Packaging Waste Regulation (PPWR), local regulations in Southeast Asia and other initiatives that require improved product data accessibility, such as GS1 Sunrise 2027. Supporting both pre-print and inline printing environments, CoLOS 2D Activate and CoLOS  2D Engage enable manufacturers to launch pilot projects or scale to enterprise-wide deployment of GS1 Digital Link QR codes. Combined with Markem-Imaje’s expert consulting services, the platform provides a practical, end-to-end solution that supports manufacturers from readiness assessment through implementation and ongoing optimisation. A single platform for connected packaging The CoLOS platform serves as a single source of truth for production, product and packaging data, helping manufacturers streamline operations, reduce complexity and manage connected packaging from production through consumer engagement. By combining software, hardware, services and industry expertise, Markem-Imaje enables manufacturers to confidently navigate the industry's transition to connected products.   ]]> https://www.agrospectrumasia.com/news/137/4501/netafim-launches-smart-irrigation-controller-for-small-and-mid-sized-farms.html https://www.agrospectrumasia.com/news/137/4501/netafim-launches-smart-irrigation-controller-for-small-and-mid-sized-farms.html Wed, 19 Aug 2026 17:33:39 +0530 Orbia’s Precision Agriculture business has launched GrowSphere FLEX, a smart irrigation and fertigation controller designed to make connected farm automation more accessible to smallholder and mid-sized growers. The new system expands the company’s digital agriculture portfolio and provides a lower-complexity entry point into connected irrigation management. It complements GrowSphere MAX, which is designed for larger commercial agricultural operations. The launch targets a significant segment of the global farming community. According to Netafim, farms covering less than two hectares account for approximately 84 per cent of farms worldwide and produce around one-third of global food supplies. For these growers, improving the efficiency and precision of irrigation and fertigation can be critical to managing water, nutrients, labour and crop performance. Bringing connected irrigation to smaller farms GrowSphere FLEX is designed to reduce the amount of manual intervention required for irrigation while enabling farmers to manage water and nutrient applications more precisely. The controller features built-in cellular connectivity and can be configured according to different crops, field layouts and farm sizes. Through GrowSphere Workspace, farmers can remotely manage irrigation and fertigation operations and monitor field and system performance. The platform provides access to sensors, reports and alerts, enabling growers to track irrigation conditions and receive information on system performance. Cloud-based insights are also intended to help farmers make more informed decisions about irrigation and nutrient management. A Crop Advisor function provides recommendations based on crop growth stages, adding an agronomic decision-support layer to the connected irrigation system. Designed for diverse farming systems The system is designed for a broad range of agricultural environments, including open fields, orchards, vineyards, citrus farms, greenhouses and nurseries. Netafim said GrowSphere FLEX underwent a year-long beta phase across multiple regions and irrigation conditions before its phased global rollout. The testing programme was intended to assess the system under different farming environments and support the development of a solution capable of adapting to varied crop, field and irrigation requirements. “FLEX is bringing Agriculture 4.0 within reach for farms of different sizes, needs and stages of digital adoption,” said Gaby Miodownik, president of Orbia’s Precision Agriculture business. The company said the launch reflects its broader objective of expanding access to digital irrigation technology beyond large-scale commercial farms. Digital agriculture expands its reach GrowSphere FLEX builds on the wider adoption of Netafim’s connected irrigation platform. The company said GrowSphere already has thousands of users managing more than 100,000 hectares across dozens of countries. The introduction of FLEX adds a solution specifically positioned for smaller and mid-sized farms, potentially lowering the complexity associated with adopting connected irrigation automation. For growers, the system combines remote irrigation management, fertigation control, monitoring, alerts and agronomic recommendations in a connected platform. This approach is designed to help farmers move from manually managed irrigation towards more data-driven water and nutrient application. The phased global rollout will introduce GrowSphere FLEX progressively across markets, with the technology aimed at supporting farmers at different stages of digital adoption. The launch comes as agriculture faces increasing pressure to improve water-use efficiency while maintaining productivity. By extending connected irrigation and fertigation capabilities to a broader range of farm sizes, GrowSphere FLEX seeks to make digital water management a more accessible component of modern farming. ]]> https://www.agrospectrumasia.com/news/137/4493/chinese-researchers-develop-spore-free-bt-chassis-and-structure-guided-insecticidal-protein-discovery-platform.html https://www.agrospectrumasia.com/news/137/4493/chinese-researchers-develop-spore-free-bt-chassis-and-structure-guided-insecticidal-protein-discovery-platform.html Wed, 19 Aug 2026 13:52:55 +0530 Researchers at the Institute of Plant Protection, Chinese Academy of Agricultural Sciences, have developed a novel Bacillus thuringiensis (Bt) expression chassis that could help advance the next generation of protein-based biopesticides while opening a new pathway for discovering insecticidal proteins from non-traditional biological sources. The research, published in Trends in Biotechnology under the title “A Bacillus thuringiensis AcdsR-based expression system for insecticidal proteins identified using AlphaFold3,” combines Bt chassis engineering with AlphaFold3-enabled protein structure prediction to address two longstanding challenges in microbial insecticide development: reducing the presence of live bacterial cells and spores in Bt products, and expanding the search for novel insecticidal proteins beyond conventional strain and sequence-based approaches. Bt is among the world's most widely used microbial insecticides. Its insecticidal activity is primarily associated with Cry and other insecticidal proteins. Conventional Bt formulations typically contain mixtures of spores and insecticidal crystal proteins. While this approach has established Bt as an important biological pest-control technology, the environmental release of live bacteria and spores can add complexity to product safety assessment and application management. The research team addressed this challenge by constructing a Bt expression chassis based on an AcdsR mutant. The engineered chassis separates insecticidal protein production from the bacterial sporulation process. It also incorporates a controllable cell-death mechanism that enables bacterial cells to be inactivated after production. As a result, the system can generate a chassis free of live bacteria and spores while maintaining high-level accumulation of insecticidal proteins. By screening strong promoters to drive insecticidal protein expression, the researchers enabled the cells to continuously produce and accumulate target proteins while remaining in a non-sporulating state. The resulting spore-free chassis could provide a platform for developing efficient, protein-based Bt biopesticides. Beyond improving the production architecture of microbial insecticides, the approach could potentially contribute to the development of new green crop-protection products with greater control over the biological components present in the final product. The study also tackles a second challenge: how to discover insecticidal proteins that are substantially different from known Bt proteins. Traditional insecticidal protein discovery has relied heavily on strain-resource screening, genome sequencing and sequence homology analysis. Although these approaches have successfully identified numerous insecticidal genes, they can be less effective when candidate proteins have substantial sequence divergence or originate from organisms outside conventional Bt resource pools. The Chinese research team instead used protein three-dimensional structure as the starting point. Using AlphaFold3, the researchers predicted protein structures and screened protein resources from diverse biological origins for candidates with structural characteristics resembling known insecticidal proteins. Candidate proteins were then subjected to heterologous expression and insecticidal activity testing using the AcdsR mutant Bt chassis. The results indicated that potential insecticidal proteins are distributed across a broad range of organisms, including plants, animals, fungi and bacteria. Several candidate proteins originating outside Bt were efficiently expressed in the AcdsR chassis and demonstrated insecticidal activity against agricultural pests. The findings establish a structure-driven discovery pathway that links structure prediction, candidate screening, heterologous expression and functional verification. In doing so, the research expands insecticidal protein mining from approaches primarily dependent on strain collections and sequence similarity toward a broader exploration of protein structural space. This could significantly widen the pool of genes available for agricultural biotechnology. Novel insecticidal proteins identified through such approaches could ultimately support the development of new biological crop-protection products as well as provide additional genetic resources for insect-resistant crop breeding. The Institute of Plant Protection, Chinese Academy of Agricultural Sciences, is the first affiliation on the study. Li Shiqing, a joint-training master's student at Northeast Agricultural University; Zhang Xin, a lecturer at Northeast Agricultural University; and Yan Tinglu, a doctoral student at the Institute of Plant Protection, Chinese Academy of Agricultural Sciences, are the co-first authors. Professor Fan Dong of Northeast Agricultural University and Researcher Song Fuping of the Institute of Plant Protection, Chinese Academy of Agricultural Sciences, are the co-corresponding authors. The research was supported by the National Key Research and Development Program, the Chinese Academy of Agricultural Sciences Innovation Project, the National Natural Science Foundation of China and the Northeast Agricultural University Talent Introduction Research Start-up Fund, among other programmes. The study highlights how advances in protein structure prediction and microbial chassis engineering are beginning to converge with agricultural biotechnology. By combining a spore-free Bt production platform with structure-guided discovery, the research could provide a new foundation for identifying and developing insecticidal proteins with applications in sustainable crop protection and insect-resistant crop breeding. ]]> https://www.agrospectrumasia.com/news/137/4489/mosaic-biosciences-launches-enzara-to-speed-crop-residue-breakdown-and-improve-field-readiness.html https://www.agrospectrumasia.com/news/137/4489/mosaic-biosciences-launches-enzara-to-speed-crop-residue-breakdown-and-improve-field-readiness.html Tue, 18 Aug 2026 20:26:32 +0530 Mosaic Biosciences has introduced Renuvis Enzara, a new residue-management product designed to accelerate the breakdown of crop residues and help growers prepare fields more efficiently for the next planting season. The launch comes as higher-yielding hybrids, continuous corn and the expansion of no-till and reduced-tillage systems leave growers dealing with increasingly heavy residue loads. Excess residue can complicate field operations, restrict planting windows and contribute to uneven seed placement and emergence. Enzara is designed to address that challenge by accelerating the biological breakdown of structural components in crop residue, potentially helping growers achieve more consistent, plant-ready soil conditions ahead of planting. Turning residue into a field-management opportunity Heavy crop residue can create a chain of operational problems. Large quantities of plant material may interfere with planting equipment, limit seed-to-soil contact and make achieving consistent planting depth more difficult. For growers operating within increasingly narrow spring windows, those challenges can translate into additional tillage, slower field operations and higher fuel and machinery costs. Renuvis Enzara uses targeted enzyme technology to accelerate residue decomposition. By breaking down the structural fibres that hold plant material together, the product is designed to make residue more accessible to naturally occurring soil microorganisms, which can then continue the decomposition process. The result is intended to be a cleaner and more manageable seedbed, helping improve conditions for seed placement, emergence and early crop development. Enzyme technology targets residue at low temperatures A key feature of Enzara is its endoglucanase enzyme technology, which is designed to begin breaking down residue without waiting for microbial populations to establish. The technology can function in cold conditions, with activity reported at temperatures as low as 32°F. This could be particularly relevant for spring applications, when low soil temperatures can slow biological activity and naturally occurring residue decomposition. By initiating the breakdown of tough structural fibres earlier, Enzara is intended to create additional access points through which native soil microbes can continue the decomposition process. Potential to reduce field-operation pressure Faster residue decomposition could also influence how growers approach tillage. When residue levels are reduced, planting and tillage equipment can move more efficiently through fields, potentially lowering equipment wear and reducing the need for aggressive mechanical residue management. Over time, improved residue breakdown may allow growers to reduce tillage intensity, which could help lower fuel consumption while supporting soil conservation and erosion-management objectives. For growers using no-till, reduced-till or conventional systems, the product is positioned as a complementary tool rather than a replacement for existing residue-management practices. Field trials support product development Mosaic Biosciences says Enzara has been evaluated through laboratory research and on-farm trials. Field trials conducted in 2025 examined the product in corn-after-corn and soybean-after-corn production systems. Spring applications were associated with improvements in residue decomposition as well as emergence, plant population and stand uniformity in the tested crops. The results point to the potential for residue management to influence not only field preparation but also the conditions crops encounter during establishment. Designed for existing farm programmes Enzara is intended to fit into established crop-production systems without requiring major changes to farm operations. The product can be applied in either autumn or spring and is compatible with tank-mix applications involving commonly used fertilizer and herbicide programmes. This allows growers to incorporate residue management into existing application passes rather than adding a separate field operation. The technology is aimed particularly at corn-on-corn fields, no-till and reduced-tillage systems, areas with heavy residue accumulation and fields following high-yielding crops. Residue management moves beyond mechanical control The launch reflects a broader shift towards biological and biochemical approaches to crop-residue management. Mechanical residue handling can require additional passes, consume fuel and increase equipment wear. Microbial-based approaches, meanwhile, may depend on environmental conditions and the establishment of microbial populations before significant decomposition occurs. By using enzymes to initiate the breakdown of structural residue components, Enzara is designed to complement natural microbial activity while accelerating the process earlier in the production cycle. For growers, the commercial proposition is ultimately linked to field readiness: less persistent residue, more manageable planting conditions and greater flexibility during critical spring field operations. ]]> https://www.agrospectrumasia.com/news/137/4486/anhui-jiuyi-expands-china-herbicide-portfolio-with-pyroxasulfone-based-lannongle.html https://www.agrospectrumasia.com/news/137/4486/anhui-jiuyi-expands-china-herbicide-portfolio-with-pyroxasulfone-based-lannongle.html Tue, 18 Aug 2026 20:02:19 +0530 Anhui Jiuyi Agriculture Co., Ltd. has expanded its herbicide portfolio with the launch of LanNongLe , a pyroxasulfone 40 per cent SC pre-emergence herbicide designed to support weed management in some of China’s most important grain-producing regions. The company introduced the product at launch meetings in Jinan, Shandong, and Zhengzhou, Henan, marking its entry into the North China market. Registered for use in winter wheat, maize and soybean, LanNongLe is being positioned as a new mode-of-action option for growers seeking to diversify weed-control programmes and address declining sensitivity to established herbicides. The launch comes as herbicide resistance becomes an increasingly important challenge across the Huang-Huai-Hai region and North China Plain. Intensive wheat-maize and wheat-soybean rotations, combined with repeated use of similar herbicide chemistries, have contributed to growing control difficulties involving both grass and broadleaf weeds. Among the weeds creating management challenges are Lolium multiflorum, Alopecurus aequalis, Galium aparine, Descurainia sophia, Veronica persica and Amaranthus retroflexus. Reduced performance of conventional pre-emergence herbicides, including acetochlor and metolachlor, has increased the need for corrective post-emergence applications, adding to farmers’ chemical, labour and application costs. New mode of action for resistance management LanNongLe contains pyroxasulfone, an active ingredient belonging to the isoxazoline chemical class. It works by inhibiting very-long-chain fatty acid elongase (VLCFA), an enzyme required for the development of germinating weeds. The herbicide is absorbed primarily through the shoots and roots of emerging weeds. By disrupting growth in the coleoptile and apical meristem, it prevents susceptible weeds from successfully emerging and establishing in the crop. Its distinct mode of action provides growers with an additional chemistry for integrated resistance-management programmes, particularly where repeated reliance on conventional chloroacetamide herbicides has reduced control consistency. Designed for major crop rotations LanNongLe is registered for pre-emergence soil application following sowing and before crop emergence in winter wheat, maize and soybean. The registration profile allows the product to fit into major crop rotations across the Huang-Huai-Hai agricultural belt and North China Plain. The formulation is supplied as a suspension concentrate, with fine particle characteristics intended to support dispersibility and application convenience. At recommended rates, the product is designed to deliver broad-spectrum control of registered grass and broadleaf weeds while reducing the pressure for additional post-emergence treatments. For growers, the potential benefits extend beyond weed suppression. More reliable early-season control can help reduce the number of corrective applications and associated expenditure on products, machinery operation and labour. Field demonstrations highlight early-season control During the launch programme, distributors from Henan, Shandong and Hebei presented comparative field results from treated and untreated plots. Demonstration fields receiving LanNongLe showed markedly lower weed emergence, while untreated areas recorded substantial germination. The demonstrations also focused on populations considered difficult to control with established herbicide programmes. The results highlighted the potential role of pyroxasulfone-based pre-emergence treatment in improving early-season weed suppression and building greater diversity into herbicide programmes. The product’s suspension concentrate formulation was also presented as a practical advantage for field application, supporting straightforward preparation and handling during seasonal spraying operations. Building a broader pre-emergence portfolio Alongside the product launch, Anhui Jiuyi Agriculture outlined its technical-grade pyroxasulfone manufacturing capabilities and plans for additional registrations. The company’s strategy reflects a broader shift in China’s crop-protection market towards differentiated herbicide technologies as resistance, input costs and the need for more sustainable application programmes reshape weed-management practices. For the country’s major grain-producing regions, the challenge is increasingly moving beyond simply finding stronger weed killers. Maintaining herbicide efficacy over successive seasons will depend on integrating different modes of action, improving application timing and strengthening preventive pre-emergence control. With LanNongLe, Anhui Jiuyi is seeking to establish pyroxasulfone as part of that resistance-management toolkit while expanding its presence in China’s staple-crop herbicide market. ]]> https://www.agrospectrumasia.com/news/137/4485/jord-bioscience-brings-microbial-activator-biostimulant-9311-to-commercial-market.html https://www.agrospectrumasia.com/news/137/4485/jord-bioscience-brings-microbial-activator-biostimulant-9311-to-commercial-market.html Mon, 17 Aug 2026 20:01:32 +0530 Jord BioScience has launched 9311, its first commercially available biostimulant, bringing to market a microbial technology designed to work with existing soil microbial communities rather than treating individual microorganisms in isolation. The company said three years of field trials across a broad range of growing conditions showed an average soybean yield advantage of 2.6 bushels per acre compared with elite industry-standard seed treatments and biological products. The trials also recorded a 79 per cent win rate across the tested environments, positioning 9311 as the first commercial product from Jord BioScience's developing biologicals platform. The field programme covered low-, medium- and high-yield environments across three contrasting growing seasons. Trials conducted during a dry season in 2023, a wet season in 2024 and mixed conditions in 2025 were designed to assess the consistency of the technology under different levels of environmental stress. In addition to yield performance, 9311 produced a 30 per cent increase in early-season biomass compared with the company's elite commercial treatment base. Commercial trials conducted in 2026 have continued to show early-season benefits, including improved emergence, nodulation and crop vigour. The product is designed to fit within farmers' existing crop-input programmes rather than requiring a fundamental change in their production systems. Developed from microbial resources originating in the US prairielands, 9311 is intended to perform under conditions where crops face constraints related to nutrient availability and water stress while supporting establishment and performance throughout the growing season. At the centre of the product is what Jord calls microbial activator technology. Instead of selecting microorganisms solely on the basis of what an individual strain can accomplish under controlled conditions, the company's approach evaluates whether a microbe can establish itself, persist and function within the complex biological environment of an agricultural field. That environment includes existing soil microorganisms as well as crops, nutrients, fertilisers and crop-protection products. Jord's technology therefore treats the soil microbiome as an interacting ecosystem and seeks to identify microbial candidates capable of functioning within that ecosystem. The company's discovery platform is built around a proprietary collection of more than 6,500 microbial isolates assembled and curated over three decades. Jord uses this library as the foundation for identifying biological candidates with characteristics suited to real-world agricultural environments. Dr. Keri Carstens, President and CEO of Jord BioScience, said consistent performance across regions and seasons will be critical to the wider adoption of biological products. She said 9311 is designed to deliver measurable early-season benefits and yield improvements rather than simply match conventional treatment performance. Dr. Linda Kinkel, Founder and Chief Science Officer of Jord BioScience, said agricultural soils already contain established microbial communities and that introduced microorganisms must operate within those ecosystems. She said Jord's ecology-guided approach focuses on whether a microbe can survive and perform effectively in the environment where it is ultimately deployed. The commercial launch marks the first step in Jord BioScience's broader product strategy. The company said additional products are in development based on microbial leads from its innovation pipeline, with candidates targeting different agricultural applications and production environments. Jord is also working with companies across the agricultural input industry on customised microbial discovery programmes. Partnerships with seed, fertiliser and crop-protection companies are intended to identify microbial solutions that complement existing product portfolios rather than operate as standalone technologies. For the biologicals sector, the commercialisation of 9311 reflects a growing emphasis on consistency and field-level performance. As farmers increasingly evaluate biological products alongside established inputs, technologies that can demonstrate repeatable results across variable environments could become more important to the next phase of agricultural biologicals adoption. Jord BioScience's 9311 is now available to commercial partners, while the company continues to expand its pipeline of microbial technologies aimed at improving crop performance through a deeper understanding of soil ecology. ]]> https://www.agrospectrumasia.com/news/137/4484/basf-launches-xarvio-connect-2-0-in-north-america-to-streamline-farm-machinery-data.html https://www.agrospectrumasia.com/news/137/4484/basf-launches-xarvio-connect-2-0-in-north-america-to-streamline-farm-machinery-data.html Mon, 17 Aug 2026 19:06:18 +0530 BASF has introduced the next generation of its xarvio CONNECT device in North America, giving farmers a simpler way to move data between xarvio FIELD MANAGER and compatible agricultural machinery while reducing the manual work involved in managing field operations. The portable xarvio CONNECT 2.0 is designed to address one of the persistent challenges facing digital agriculture: connecting farm-management software with machinery operating in the field. By creating a direct data link between xarvio FIELD MANAGER and machine terminals, the device enables farmers to transfer application maps and retrieve operational data without relying on a smartphone or tablet. The device connects to machinery through USB and incorporates an integrated SIM card connected to a secure mobile network. This creates a closed communication pathway between the digital farming platform and machinery terminal. The system is also designed to continue operating in areas where network connectivity is intermittent, allowing data to be captured and transferred when a connection becomes available. xarvio CONNECT 2.0 supports commonly used agricultural data formats, including ISOXML and Shapefile, and can work with machinery capable of implementing flat-rate and variable-rate application maps. This includes equipment used for seeding, crop protection and nutrient applications. For farmers, the process is designed to be straightforward. Once the device is connected to the USB port of a compatible terminal inside the machinery cab, application maps from xarvio FIELD MANAGER can be transferred automatically, with files typically moved within minutes. Compatibility with ISOBUS and CAN-bus systems allows the device to operate across a broad range of machinery without requiring complex equipment integration. Beyond transferring maps, the system captures data generated during field activities. Information such as harvesting operations, moisture measurements and actual application rates can be fed back into xarvio FIELD MANAGER, allowing farmers to review field performance and improve operational control. The resulting data can also help farmers estimate input costs, yields and potential revenue closer to real time. By reducing manual data entry and bringing field information into a central digital environment, the technology is designed to help farmers make faster decisions while improving planning and quality control. “Our aim is to help make agriculture in the United States more productive, profitable and sustainable with digital tools,” said Kyle King, Head of Digital Farming, North America at BASF Agricultural Solutions. He said the expanded connectivity offered by xarvio FIELD MANAGER is intended to help farmers make better use of existing machinery while improving crop-production decisions. The new device builds on an earlier version of xarvio CONNECT that has been used in Europe for the past three years. Developed with input from farmers, the upgraded system underwent North American testing during the 2024 and 2025 growing seasons across planters, sprayers and fertiliser spreaders manufactured by different equipment companies. Testing also included agricultural machinery more than a decade old, with the device successfully operating across the equipment evaluated. The broad compatibility is intended to make the technology relevant not only to farms operating the latest connected machinery but also to producers relying on existing equipment fleets. An integrated GPS capability adds another layer of functionality. By tracking machine locations, xarvio CONNECT 2.0 can help farmers improve field logistics, coordinate equipment movements and reduce unnecessary consumption of fuel and agricultural inputs. Better visibility of machine activity can also help operators complete fieldwork more efficiently. The data generated through the platform has applications beyond day-to-day farm management. For corn producers, field-level operational records collected through xarvio FIELD MANAGER can feed into xarvio BIOENERGY, BASF's digital solution connecting growers, retail agronomists and biorefineries around lower-carbon-intensity agricultural production. Through xarvio BIOENERGY, season-long farming practices can be documented and used to assess changes in the carbon intensity of corn production. BASF says US participants may, subject to final government guidance and implementation, be eligible to benefit from the Clean Fuel Production Credit under Section 45Z where independently verified results meet the relevant requirements. The launch reflects BASF's broader effort to make digital farming tools more practical by connecting software, machinery and field-level data. Rather than requiring farmers to replace existing equipment, xarvio CONNECT 2.0 is designed as a portable connectivity layer that can work across a diverse machinery fleet. As agricultural operations become increasingly data-driven, the ability to move information seamlessly between farm-management platforms and equipment is becoming a critical part of precision agriculture. BASF's latest xarvio offering is positioned to address that gap while helping farmers extract greater value from the machinery and digital tools they already use.   ]]> https://www.agrospectrumasia.com/news/137/4473/sigma-agro-targets-foliar-diseases-with-new-protioflox-fungicide.html https://www.agrospectrumasia.com/news/137/4473/sigma-agro-targets-foliar-diseases-with-new-protioflox-fungicide.html Fri, 14 Aug 2026 19:07:18 +0530 Argentine crop protection company Sigma Agro has launched Protioflox, a new fungicide combining Trifloxystrobin 15 per cent and Prothioconazole 17.5 per cent, at the 2026 Aapresid Congress in Argentina. The product was unveiled during the congress in the presence of growers, distributors and agricultural media. Sigma Agro said the launch reflects its broader strategy of developing crop protection solutions tailored to changing disease pressures rather than simply expanding its product catalogue. Protioflox is positioned as a high-performance fungicide for the control of foliar diseases in wheat, barley and soybean. Its combination of Trifloxystrobin and Prothioconazole brings complementary fungicidal activity, with the formulation designed to deliver reliable disease control while addressing growing demand for technologies that can maintain efficacy against key pathogens. According to Sigma Agro, the development of Protioflox is part of its sustained investment in research and development. The company aims to continuously strengthen its fungicide portfolio in response to evolving pathogen challenges and changing requirements across production systems. The company highlighted that building a broad and technically robust crop protection portfolio requires continued investment rather than one-off product launches. With Protioflox, Sigma Agro is seeking to reinforce its position in Argentina's fungicide market while providing growers with another option for managing foliar disease pressure in major field crops. ]]> https://www.agrospectrumasia.com/news/137/4460/mosaic-expands-biologicals-portfolio-as-biosciences-business-scales-up.html https://www.agrospectrumasia.com/news/137/4460/mosaic-expands-biologicals-portfolio-as-biosciences-business-scales-up.html Thu, 13 Aug 2026 08:39:53 +0530 Mosaic Biosciences generated $25 million in revenue during the second quarter of 2026 and is on track to double its full-year 2025 sales, underscoring the growing role of biological crop nutrition in The Mosaic Company’s strategy to diversify beyond traditional phosphate fertilizers. Speaking during Mosaic’s second-quarter earnings call , CEO Bruce Bodine said the Biosciences business is delivering both commercial value to growers and an expanding contribution to the company. The division launched five new products during the first half of 2026, taking its active portfolio to more than a dozen formulations designed to improve nutrient uptake, strengthen soil biology and enhance plant tolerance to environmental stress. “We see biologicals as a fundamental complement to our mineral nutrition portfolio,” Bodine said. The performance comes as Mosaic’s core phosphate business faces a more challenging cost environment. The company reported a $273 million net loss in the second quarter, with sulfur-related cost inflation weighing on its phosphate operations. Against that backdrop, Biosciences offers Mosaic a potentially attractive growth engine, combining biological crop inputs with a relatively lower-capital operating model. The division is increasingly central to the company’s broader effort to diversify earnings and expand its position in integrated crop nutrition. New products launched in the first half of 2026 include solutions for corn starter programs, soybean inoculants and micronutrient blends designed to improve phosphate availability in the root zone. Mosaic Biosciences has also expanded its development pipeline through a partnership with Elicit Plant focused on biological solutions for water-stressed canola crops in North America. The business is leveraging Mosaic’s established retail and wholesale distribution network, allowing its biological products to reach growers across the Americas without requiring the company to build a separate sales infrastructure. While Mosaic has not disclosed a standalone revenue target for Biosciences, the company has indicated that biologicals could become a material contributor to earnings by 2028. Mosaic’s strategy reflects a broader shift across the agricultural inputs industry, where major fertilizer and crop-protection companies are increasingly investing in biological technologies as growers seek tools that can improve nutrient efficiency, soil health and crop resilience. BASF, Corteva and Syngenta have all acquired or invested in biological platforms in recent years, highlighting the intensifying competition for a share of the rapidly expanding biologicals market. For Mosaic, the opportunity lies in integrating biologicals with its established mineral nutrition portfolio rather than positioning the technologies as substitutes. If the Biosciences division sustains its current growth trajectory, biological crop nutrition could become an increasingly important pillar of Mosaic’s portfolio—and a meaningful source of earnings diversification by the end of the decade. ]]> https://www.agrospectrumasia.com/news/137/4458/orbia-netafim-launches-growsphere-flex-to-scale-digital-farming-for-smallholders-and-mid-sized-farmers.html https://www.agrospectrumasia.com/news/137/4458/orbia-netafim-launches-growsphere-flex-to-scale-digital-farming-for-smallholders-and-mid-sized-farmers.html Thu, 13 Aug 2026 08:21:03 +0530 Orbia Advance Corporation S.A.B. de C.V.  Precision Agriculture business, Netafim, today announced the launch of GrowSphere FLEX, a smart irrigation and fertigation controller developed to bring professional digital farming capabilities to smallholders and mid-sized farmers. As part of the wider GrowSphere™ portfolio, FLEX supports Orbia Netafim's closed-loop approach to digital farming, enabling farmers to continuously optimize irrigation, improve efficiency and enhance crop performance. Building on GrowSphere’s expanding global footprint, with thousands of users across more than 100,000 hectares in dozens of countries, FLEX strengthens a portfolio approach tailored to different farm sizes and levels of complexity. It allows more growers to adopt connected automation with a solution that fits their needs, as GrowSphere MAX delivers advanced capabilities for larger commercial operations. Farms under two hectares account for approximately 84 per cent of farms worldwide and produce around one-third of the world’s food. These growers, alongside mid-scale farmers, play an important role across agricultural value chains, from local food production and horticulture to globally traded crops such as coffee and cocoa. Yet many remain underserved by advanced automation tools built around the scale, infrastructure and budgets of larger commercial operations. FLEX was developed to close that gap, helping smaller farmers improve irrigation decisions, reduce manual work and strengthen resource efficiency through an automated, scalable solution. With quick installation, built-in cellular connectivity and flexible configurations, the FLEX controller makes irrigation automation easier to adopt and scale across different crops, field layouts and farm needs. Through GrowSphere Workspace, growers can remotely manage irrigation and fertigation, monitor field and system performance with sensors, reports and alerts, and use cloud-based insights to make more timely operational decisions. Crop Advisor adds crop-stage-based recommendations, supporting more informed decisions as part of an intuitive, right-sized solution tailored to smaller and mid-scale farm operations. “Innovation in digital farming cannot stop at large-scale agriculture,” said Gaby Miodownik, President of Orbia’s Precision Agriculture business (Netafim). “With FLEX, we are bringing Agriculture 4.0 within reach for farms of different sizes, needs and stages of digital adoption. It reflects Orbia Netafim’s commitment to expanding access to smart irrigation and fertigation, giving more farmers practical tools to manage their operations with greater clarity, control and confidence.” Built for diverse crops, FLEX can be used across open fields, orchards, vineyards, citrus, greenhouses and nurseries, supporting soil-based systems and operating in challenging hydraulic conditions. Over the past year, the controller has undergone an extensive beta phase in real-world field conditions, with installations across multiple regions, helping validate its performance across a range of climates and irrigation setups. “On a smaller farm, every irrigation decision shows up quickly in the crop,” said Theo Minnaar, a sugarcane grower in South Africa. “What FLEX gives me is better visibility and more control. I can see what is happening, respond earlier and manage water and nutrients more accurately without making the system complicated.” FLEX is being introduced through a phased global rollout. To learn more about GrowSphere FLEX, visit: https://www.netafim.com/en/digital-farming/growsphere--flex/ ]]> https://www.agrospectrumasia.com/news/137/4448/yili-launches-high-calcium-milk-with-patented-technology-to-improve-calcium-retention.html https://www.agrospectrumasia.com/news/137/4448/yili-launches-high-calcium-milk-with-patented-technology-to-improve-calcium-retention.html Mon, 10 Aug 2026 19:09:47 +0530 Inner Mongolia Yili Industrial Group Co., Ltd. (Yili) has launched its new Yili Bone-Energy High-Calcium Milk at the World Dairy Congress held on August 1, 2026. The product is positioned as a technology-led upgrade in the ambient high-calcium milk category, which has been available in the market for nearly three decades and has developed a broad consumer base. However, competition in the segment has traditionally centred on a single measure—calcium content. That approach has resulted in similar product formulations and encouraged brands to compete largely on numbers and price. Yili’s latest launch seeks to shift the basis of competition from how much calcium a product contains to how effectively the body can retain and utilise it. According to Yili, the product uses patented lipid-layer encapsulation technology that increases calcium retention by 18.3 per cent. The technology is intended to address a key consumer concern associated with calcium-fortified products: high intake does not necessarily translate into high retention. By focusing on calcium retention, Yili is attempting to move the category beyond the “more calcium” proposition. The company is presenting the product as an example of how food science and formulation technology can create greater value in a mature dairy segment. The launch comes as consumption patterns evolve, particularly among Gen Z consumers and China’s expanding middle-class population. These consumers are increasingly seeking products supported by science, convenience and clear functional benefits. Rather than viewing high-calcium milk only as a nutritional supplement for specific groups, they are showing greater interest in products that fit into everyday lifestyles. Yili Bone-Energy High-Calcium Milk combines 400 mg of milk-derived calcium with vitamin D3. The formulation is designed to support a more convenient and lifestyle-oriented approach to calcium intake, rather than relying on the logic of medicinal supplementation. The company’s positioning marks a shift from basic calcium supplementation to what it describes as effective calcium retention. This broadens the product’s potential appeal beyond consumers with specific nutritional needs and towards a wider audience looking for a quality daily dairy choice. The strategy also reflects a wider transformation in the functional food and beverage market. As consumers become more familiar with nutritional claims, brands are under pressure to provide stronger scientific support and more meaningful benefits. Product differentiation is increasingly being built around delivery systems, bioavailability, formulation quality and measurable outcomes. For the ambient high-calcium milk category, this shift could create new opportunities for premiumisation. Instead of competing solely on calcium quantities, brands may increasingly focus on absorption, retention, ingredient combinations and proprietary technologies. Yili’s product strategy also aims to address the limitations of a volume-driven market. When products are differentiated mainly by calcium content, consumers may find it difficult to distinguish between competing formulations. This can intensify price competition and reduce the overall value of the category. By introducing a patented delivery technology and highlighting calcium retention, Yili is seeking to establish a technology-based competitive advantage. The approach could help the company build a differentiated position while encouraging the broader category to compete on value rather than volume. The launch may also support the development of new consumption occasions. High-calcium milk has traditionally been associated with children, older consumers or people seeking targeted nutritional support. A product framed around daily wellness, convenient nutrition and science-based formulation could appeal to working professionals, younger consumers and health-conscious households. For Yili, the product is therefore more than an addition to its high-calcium milk portfolio. It represents an effort to revitalise a mature category by responding to changing consumer expectations and applying technology to a familiar dairy format. The long-term performance of the product will depend on consumer acceptance, regulatory compliance, pricing, distribution and the ability of the technology proposition to translate into repeat purchases. If successful, Yili Bone-Energy High-Calcium Milk could help move ambient high-calcium milk from a numbers-led segment towards a more differentiated, premium and science-driven category. ]]> https://www.agrospectrumasia.com/news/137/4446/xinjiang-launches-national-laboratory-to-accelerate-specialty-fruit-and-vegetable-breeding.html https://www.agrospectrumasia.com/news/137/4446/xinjiang-launches-national-laboratory-to-accelerate-specialty-fruit-and-vegetable-breeding.html Mon, 10 Aug 2026 18:26:42 +0530 The first academic committee meeting and unveiling ceremony of the Key Laboratory of Xinjiang Characteristic Fruit and Vegetable Biological Breeding, under the Ministry of Agriculture and Rural Affairs (MARA), was held at the Modern Agricultural Industrial Park in Moyu County, Hotan Prefecture. Jointly proposed by the Xinjiang Academy of Agricultural Sciences and Xinjiang Nongyoute Industrial Co., Ltd., the laboratory was officially approved for establishment in January 2026. It is the first national-level scientific research platform in southern Xinjiang dedicated to the biological breeding of characteristic fruits and vegetables. The laboratory is being established at a time when Xinjiang’s agricultural sector is seeking to improve productivity, strengthen seed self-sufficiency and create greater value from its large cultivation base. The region’s characteristic fruit and vegetable cultivation covers more than 666,700 hectares. However, limited varietal diversity, long breeding cycles and an inadequate supply of salt-tolerant and stress-resistant varieties have constrained the sector’s ability to move up the value chain. These challenges are particularly important in southern Xinjiang, where agricultural production must respond to varying soil conditions, water availability, salinity, pest pressures and climatic stresses. The development of locally adapted varieties is therefore central to improving yields, crop quality and farm-level returns. The new laboratory will focus on key regional crops, including melons, specialty peppers and fruit trees. Its research programme will combine germplasm resources and molecular-breeding technologies from scientific institutions with the large-scale cultivation, commercialisation and full-chain operating capabilities of enterprise partners. The platform will prioritise the development of saline-alkali-tolerant, pest-resistant, stress-resistant and high-quality varieties. It will also support research into core biological-breeding technologies and domestically developed breeding equipment. By bringing research institutions and agricultural enterprises into a single innovation framework, the laboratory aims to shorten the distance between scientific discovery and commercial application. The model is expected to support the full process—from germplasm collection and genetic analysis to variety selection, field testing, commercial cultivation and large-scale deployment. The laboratory has already established 495 new melon-variety test plots across approximately 5.34 hectares of demonstration fields. Researchers are studying the desirable genetic traits of local varieties such as Laohan melon and Suannai melon. The work is intended to support the selection and breeding of proprietary, high-quality varieties adapted to the ecological conditions of southern Xinjiang. The test plots will also provide a field-based platform for evaluating new varieties under local production conditions. This is important for assessing traits such as tolerance to saline-alkali soils, resistance to pests and environmental stress, crop performance, fruit quality and suitability for commercial cultivation. At the ceremony, the academic committee reviewed the laboratory’s medium- and long-term development plan. It established three core research directions: melon germplasm innovation; the research and development of domestically produced breeding equipment; and local-adaptation breeding for varieties suited to southern Xinjiang. The committee’s priorities reflect the industry’s need for both biological innovation and practical production tools. Better germplasm and breeding technologies can help address varietal limitations, while locally produced equipment could improve the efficiency and affordability of breeding programmes. The laboratory also fills an institutional gap in southern Xinjiang’s agricultural research system. Its establishment creates a national-level platform that connects basic research at scientific institutions with industrial application by enterprises and demonstration through agricultural extension bases. This innovation chain could help strengthen the region’s seed industry and reduce dependence on varieties developed for other ecological conditions. Greater availability of locally adapted seeds could improve production stability, raise crop quality and support the expansion of high-value fruit and vegetable cultivation. The laboratory’s significance extends beyond the development of individual crop varieties. It is expected to contribute to a more integrated bio-breeding ecosystem in southern Xinjiang, involving researchers, growers, enterprises, agricultural service providers and extension organisations. For agricultural businesses, access to better-adapted varieties could improve the efficiency of large-scale cultivation and strengthen supply-chain planning. For farmers, improved seed quality could support higher productivity, greater resilience and better market opportunities. For the wider region, the initiative could help convert Xinjiang’s extensive cultivation base into greater value-added production. The laboratory is also positioned to support the modernisation of specialty agriculture through closer coordination between research and industry. As agricultural markets become more quality-conscious and competitive, breeding programmes will need to deliver varieties that meet commercial requirements for productivity, appearance, taste, shelf life, transportability and resistance to production risks. The establishment of the Key Laboratory of Xinjiang Characteristic Fruit and Vegetable Biological Breeding marks an important step in that direction. By combining scientific research, molecular breeding, field testing, enterprise participation and agricultural extension, the platform aims to create a more efficient route from innovation to commercial scale. Its long-term success will depend on the ability to translate laboratory findings into varieties that perform consistently in farmers’ fields and meet the needs of processors, traders and consumers. If that link is sustained, the laboratory could become a key institutional base for improving the quality, productivity and competitiveness of southern Xinjiang’s characteristic fruit and vegetable industry. ]]> https://www.agrospectrumasia.com/news/137/4431/singapore-clears-aleph-farms-cultivated-beef-for-commercial-sale.html https://www.agrospectrumasia.com/news/137/4431/singapore-clears-aleph-farms-cultivated-beef-for-commercial-sale.html Thu, 06 Aug 2026 16:12:56 +0530 Aleph Farms has secured regulatory approval from the Singapore Food Agency (SFA) to commercially market its cultivated beef, marking another milestone for the emerging cellular agriculture industry and strengthening Singapore's position as a global launchpad for novel food technologies. The authorization covers the company's Aleph Cuts Thin-Cut Steak, a hybrid cultivated meat product that combines cultivated Black Angus cattle cells with a plant-based matrix made from soy and wheat proteins. Commercial introductions are expected to begin through selected restaurant partners during the first half of 2027, subject to production readiness and supply chain preparations. The approval represents a significant step in Aleph Farms' international commercialization strategy, coming nearly four years after the company submitted its regulatory dossier. Singapore now becomes the second market, after Israel, to authorize the company's cultivated beef, reinforcing the city-state's reputation as one of the world's most progressive regulatory environments for alternative proteins. Rather than building dedicated production facilities in every market, Aleph Farms is pursuing an asset-light manufacturing model centered on regional partnerships. The company has established Singapore as its Asia-Pacific hub and is collaborating with contract manufacturer Cell Agritech to produce cultivated beef for regional markets, allowing it to scale operations while limiting capital investment. The hybrid formulation also reflects a pragmatic commercial strategy. By combining cultivated animal cells with plant-derived ingredients, the company can reduce the amount of cultivated biomass required per serving while leveraging plant proteins to deliver texture and structure. At the same time, the formulation introduces additional considerations around allergen labeling, product consistency and sensory performance that will be central to consumer acceptance. Singapore's novel food regulatory framework requires companies to demonstrate the safety of both the production process and the final product before commercialization. Regulatory assessments evaluate factors including toxicity, allergenicity, manufacturing methods and anticipated dietary exposure, meaning future production modifications that materially alter the approved process could require additional regulatory review. While the regulatory milestone removes a key barrier to commercialization, significant operational challenges remain before cultivated beef reaches broader consumer markets. Scaling production requires consistent cell cultivation, robust quality systems, validated manufacturing processes and reliable cold-chain logistics, alongside the economic challenge of reducing production costs to commercially competitive levels. Restaurant launches provide an important first commercialization pathway by allowing companies to introduce limited volumes under controlled conditions while collecting customer feedback and refining production processes. Aleph Farms has indicated that initial production volumes will remain relatively modest before manufacturing capacity expands over the following years. The company has not disclosed production capacity, pricing or launch partners for its Singapore debut. However, the phased rollout reflects the broader reality facing the cultivated meat industry, where regulatory approvals increasingly represent the beginning of commercialization rather than its conclusion. As cultivated protein companies move from laboratory-scale innovation toward industrial food production, competitive advantage is shifting beyond regulatory success to manufacturing efficiency, cost optimization and supply-chain execution. Aleph Farms' progress in Singapore will ultimately be judged not only by regulatory milestones but by its ability to consistently deliver safe, high-quality cultivated beef at commercially viable scale across the Asia-Pacific region. ]]> https://www.agrospectrumasia.com/news/137/4428/nortox-launches-three-crop-protection-products-in-brazilian-market.html https://www.agrospectrumasia.com/news/137/4428/nortox-launches-three-crop-protection-products-in-brazilian-market.html Thu, 06 Aug 2026 14:51:47 +0530 Brazilian crop protection manufacturer Nortox has unveiled three new products aimed at strengthening pest and weed management solutions for the country's major cropping systems, underscoring its strategy of combining established active ingredients with proprietary formulation technologies to create differentiated crop protection products. The launches—two insecticide premixes, Tempus and Typhoon, alongside the post-emergence corn herbicide Raker Top—were introduced during the company's Fourth Cooperative Meeting in Foz do Iguaçu, Paraná, attended by representatives from 39 agricultural cooperatives spanning some of Brazil's most important farming regions. The product introductions signal Nortox's broader shift from competing solely in the generic agrochemical market toward developing proprietary combinations that offer growers enhanced performance while supporting integrated resistance-management strategies. Speaking at the event, Commercial Director João Marcos Ferrari said the company is entering a new phase of portfolio development by combining generic active ingredients with patented technologies, reflecting a long-term commitment to innovation rather than conventional post-patent products. Among the new launches, Tempus combines chlorpyrifos with chlorantraniliprole to provide both rapid knockdown and extended residual control against caterpillar pests. The formulation is designed to improve protection across multiple crops by combining immediate insecticidal activity with longer-lasting suppression of economically important lepidopteran species. The second insecticide, Typhoon, integrates chlorantraniliprole and methomyl in an oil-dispersion (OD) formulation targeted at two of Brazil's most damaging corn pests—the corn leafhopper (Dalbulus maidis) and fall armyworm (Spodoptera frugiperda). By combining fast-acting control with sustained residual activity, the product aims to support growers confronting increasing insect pressure in maize production systems. Completing the launch portfolio, Raker Top is a selective post-emergence herbicide for corn formulated with nicosulfuron and tolpyralate. The product incorporates two crop safeners designed to improve selectivity while minimizing phytotoxicity risks during post-emergence applications, providing growers with an additional option for weed management without compromising crop safety. The introductions form part of Nortox's broader growth strategy through 2030, which places greater emphasis on research, formulation science and technology-driven product development. Rather than relying exclusively on off-patent chemistries, the company is increasingly investing in differentiated formulations intended to deliver greater agronomic value and strengthen its competitive position in Brazil's crop protection market. Beyond product launches, the cooperative meeting served as a platform for discussing emerging crop protection trends, including fungicide stewardship, herbicide technologies, pasture management, plant nutrition and seed technologies. Company executives also outlined Nortox's long-term investment plans, while technical specialists and cooperative representatives exchanged perspectives on evolving production challenges and integrated crop management strategies. External experts added broader market context to the discussions. Economist Igor Barreto of Itaú BBA assessed Brazil's macroeconomic outlook and implications for agribusiness, while researcher Aroldo Marochi examined emerging crop disease pressures and fungicide management practices. The launch comes at a time when Brazilian farmers are facing mounting pressure to manage increasingly complex pest and weed populations while preserving the effectiveness of existing crop protection chemistries. For agricultural cooperatives, the availability of differentiated premixes and multi-mode formulations expands the range of tools available for integrated crop protection programmes across the country's diverse production systems. ]]> https://www.agrospectrumasia.com/news/137/4423/shandong-yijia-unveils-dual-action-fungicide-to-strengthen-oomycete-disease-control-in-chinas-vegetable-and-potato-crops.html https://www.agrospectrumasia.com/news/137/4423/shandong-yijia-unveils-dual-action-fungicide-to-strengthen-oomycete-disease-control-in-chinas-vegetable-and-potato-crops.html Thu, 06 Aug 2026 14:21:01 +0530 Chinese crop protection manufacturer Shandong Yijia Agrochemical Group has expanded its fungicide portfolio with the launch of Aoshuang, a dual-active formulation designed to improve the management of two of the country's most economically damaging oomycete diseases—downy mildew and potato late blight. The new product combines 10% metalaxyl-M and 10% cyazofamid, bringing together two fungicides with different modes of action to provide both preventive and curative disease control. The launch reflects the industry's growing emphasis on resistance management and longer-lasting crop protection as disease pressure intensifies under humid production conditions. According to the company, downy mildew in leafy vegetables and cucurbits, together with potato late blight, continues to inflict significant economic losses across China's vegetable sector. The pathogens thrive under prolonged humidity and moderate temperatures, with zoospores rapidly spreading through rainfall, irrigation water and dew, enabling infections to move across fields within days under favourable conditions. Shandong Yijia estimates that downy mildew affects between 5 million and 8 million mu of leafy vegetables and cucumbers annually, while potato late blight accounts for 20 million to 30 million mu-times of disease occurrence each year, resulting in direct economic losses estimated at RMB 3–5 billion. The company said existing disease-control programmes are increasingly challenged by fungicide resistance, limited residual activity and poor rainfastness, forcing growers to spray more frequently. Many currently available products also provide either preventive or curative control rather than both, while some formulations pose phytotoxicity risks during sensitive crop growth stages. Aoshuang addresses these limitations by combining the systemic activity of metalaxyl-M, which moves within plant tissues to suppress established infections, with the protective action of cyazofamid, which remains on the leaf surface to prevent spore germination and primary infection. The two active ingredients belong to different Fungicide Resistance Action Committee (FRAC) groups, supporting resistance-management strategies through diversified modes of action. The formulation is produced as a suspo-emulsion incorporating a plant-derived adjuvant system designed to improve leaf coverage, adhesion and rainfastness. According to the company, the product can be used throughout the crop cycle without causing phytotoxicity while maintaining effective protection under challenging weather conditions. Field demonstrations conducted by Shandong Yijia on Indian lettuce indicated rapid disease suppression, with infection reportedly halted within 24 hours, lesions drying within three days and visible crop recovery beginning after five days of application. The company recommends applying the fungicide as a 750-fold dilution, with spray intervals adjusted according to crop type and disease pressure. Shorter intervals are advised during periods of persistent rainfall, while applications on potatoes are recommended before extended wet weather to maximise protection during tuber development. The launch comes as growers increasingly seek integrated disease-management solutions capable of extending fungicide performance, improving resistance management and protecting yields in high-value horticultural crops. ]]> https://www.agrospectrumasia.com/news/137/4412/corteva-unveils-enclosa-herbicide-expanding-soybean-weed-control-portfolio.html https://www.agrospectrumasia.com/news/137/4412/corteva-unveils-enclosa-herbicide-expanding-soybean-weed-control-portfolio.html Tue, 04 Aug 2026 15:04:36 +0530 Corteva Agriscience has expanded its soybean crop protection portfolio with the introduction of Enclosa herbicide, a new premix designed to give growers broader weed control and greater flexibility as herbicide resistance continues to challenge soybean production across the United States. The product, which has received approval from the U.S. Environmental Protection Agency (EPA) and is progressing through state-level registrations, combines encapsulated acetochlor (Group 15) with cloransulam (Group 2)—marking the first commercial herbicide to bring these two active ingredients together in a single formulation. Building on the technology introduced with Enversa herbicide, Enclosa incorporates Corteva's proprietary encapsulated acetochlor technology, which rapidly moves from plant surfaces into the soil to establish a long-lasting residual barrier against emerging weeds. The addition of cloransulam provides systemic activity, allowing the herbicide to target a broad spectrum of troublesome broadleaf weeds and grasses. According to Corteva, the new herbicide provides control of more than 36 weed species through both pre-emergence and post-emergence applications, with residual activity lasting for up to four weeks. The company said the launch reflects its continued investment in expanding weed management options for soybean growers as resistant weed populations become increasingly difficult to control. By combining two herbicide modes of action, Enclosa is intended to support integrated resistance management strategies while helping preserve the effectiveness of existing chemistries. Designed to fit a wide range of production systems, Enclosa offers flexibility across different application timings and geographies. It is also compatible with several commonly used herbicide programmes, serving as a tank-mix partner with products containing metribuzin or sulfentrazone in pre-emergence applications and glyphosate or glufosinate in post-emergence weed control programmes. For growers planting Enlist E3 soybeans, the herbicide is positioned as a complementary partner to Enlist One herbicide, further broadening weed management options within the Enlist production system. The product will be available as a liquid premix to simplify handling and application, offering greater convenience at the tank while reducing mixing complexity. Corteva expects initial commercial sales of Enclosa later this year ahead of the 2027 soybean growing season, further strengthening its portfolio of herbicide technologies aimed at improving weed control, protecting yields and supporting sustainable crop production. ]]> https://www.agrospectrumasia.com/news/137/4401/brands-launches-ginseng-honey-jelly-strip-creating-new-value-for-medicinal-crop-supply-chains.html https://www.agrospectrumasia.com/news/137/4401/brands-launches-ginseng-honey-jelly-strip-creating-new-value-for-medicinal-crop-supply-chains.html Mon, 03 Aug 2026 13:52:27 +0530 Sometimes, getting through the day isn't about pushing harder, it's about finding smarter ways to bounce back. BRAND'S, by Suntory Beverage & Food Health Enrichment (SBFHE), today launches its new BRAND'S Ginseng Essence Honey Jelly Strip in Singapore that turns traditional ginseng into a pocket-sized pick-me-up. Created for busy lifestyles, the new jelly strip helps consumers bounce back anytime by relieving fatigue, replenishing energy, and supporting immunity. The new product reimagines ginseng into a modern, enjoyable format for today’s busy lifestyles. Ready to consume straight from the sachet and best enjoyed chilled for a refreshing taste, each 15g strip offers a simple way to enjoy a vitality boost in seconds. No water, no preparation and no slowing down - simply tear, squeeze and enjoy. A pocket-sized pick-me-up designed for workdays, commutes, travel, and everyday moments on the move, the jelly strip is an easy companion for whenever a quick recharge is needed. Ginseng, But Make It Easy Long valued for its restorative properties, ginseng has often been associated with bitter flavours. BRAND'S Ginseng Essence Honey Jelly Strip switches things up by blending the nourishing goodness of ginseng with the natural sweetness of honey to create a chewy and tasty jelly strip, delivering enjoyment and convenience in every bite. Each strip is made with American ginseng extract, Panax ginseng extract, and complementary herbal ingredients, including Mai Men Dong and Schisandra berry extract. These key ingredients have commonly been used in Traditional Chinese Medicine, and with the new jelly strip format, BRAND'S makes it easier for consumers to enjoy the benefits of these trusted vitality ingredients as part of everyday life. American ginseng is used to alleviate the signs of fatigue and help your body recover after a long day. Panax ginseng boosts vital energy (QI) and supports immunity. The launch reflects BRAND'S continued commitment to innovation, bringing the benefits of ginseng to consumers in a convenient and enjoyable format tailored to today's fast-paced lifestyles. “As consumer lifestyles continue to evolve, there is growing demand for wellness solutions that are both effective and convenient. BRAND’S Ginseng Essence Honey Jelly Strip represents an exciting step forward in our journey to make wellness more accessible, combining the trusted benefits of ginseng with a convenient, enjoyable format designed for modern lifestyles. This innovation reflects our commitment to understanding consumer needs and leveraging our scientific expertise to create meaningful wellness solutions. Through products like this, we continue to deliver on our purpose of inspiring the brilliance of life and supporting the health and well-being of consumers across the region,” said Omer Malik, Chief Executive Officer, Suntory Beverage & Food Health Enrichment. Built for the Singapore Grind For Singapore's working adults, the need for an energy boost often comes in small moments - before a presentation, between meetings, during a commute, or in the middle of a long day. Made for every moment, the BRAND'S Ginseng Essence Honey Jelly Strip fits easily into a bag, desk drawer, or pantry – simple to enjoy anytime, anywhere. The product also taps into a growing preference for snackable wellness options that are practical and pleasant to consume. With its compact, portable single-serve format and honey-blend, the jelly strip offers consumers a tasty and convenient way to enjoy ginseng without the need for any preparation. When the slump hits harder than your deadlines, this is your quick fix to bounce back. The BRAND’S Ginseng Essence Honey Jelly Strip is a fuss-free daily boost - tear, squeeze, and go. Available in 1-strip, 5-strip and 12-strip packs, the jelly strips are now available at major retailers and e-commerce platforms including Cold Storage, FairPrice, Giant, Guardian, Sheng Siong, and Shopee; and will soon be available at 7-Eleven, Cheers, and Lazada. Recommended retail prices are S$2.80 (1-strip), S$13.50 (5-strip) and S$28.80 (12-strip). As part of its launch, the jelly strip will be available at special promotional prices of S$2, S$10 and S$24 respectively for a limited time until 30 September. Across the region, Suntory Beverage and Food Asia (SBFA) continues to expand its portfolio guided by its Seikatsusha approach, which centres around understanding consumers not simply through moments of purchase and consumption, but with a holistic view of individuals with diverse lifestyles, aspirations and needs throughout their daily lives. As a business unit under SBFA, SBFHE’s new BRAND'S Ginseng Essence Honey Jelly Strip is among the latest additions to SBFA’s portfolio of recent product innovations across the region, including BOSS Coffee Yuzu Black, Suntory Hy! Water Lock, and Pepsi Treats Dubai Chocolate Zero Sugar. ]]> https://www.agrospectrumasia.com/news/137/4387/first-solo-cyflufenamid-registration-highlights-chinas-growing-focus-on-high-value-crop-protection.html https://www.agrospectrumasia.com/news/137/4387/first-solo-cyflufenamid-registration-highlights-chinas-growing-focus-on-high-value-crop-protection.html Thu, 30 Jul 2026 16:21:43 +0530 China has expanded its crop protection portfolio with the approval of the country's first standalone cyflufenamid fungicide, a regulatory milestone that broadens disease management options for grape and cucumber growers while underscoring the growing sophistication of China's fungicide market. The registration, granted by the Institute for the Control of Agrochemicals, Ministry of Agriculture (ICAMA), allows Shaanxi Sunger Road Bio-science Co., Ltd. to commercialize a 100 g/L cyflufenamid suspension concentrate (SC) for the control of powdery mildew in grapes and cucumbers. Beyond introducing the first single-active cyflufenamid formulation in China, the approval also marks the first domestic registration of the active ingredient for use in grape cultivation, extending its application beyond existing cereal and vegetable crops. A New Milestone in China's Cyflufenamid Portfolio The latest approval brings the total number of valid cyflufenamid registrations in China to four. However, the newly approved product occupies a unique position in the market. Until now, all commercial formulations containing cyflufenamid in China were combination products designed to provide broader-spectrum disease control. The existing registrations include Jiangsu Rotam Chemistry's formulation combining cyflufenamid with tebuconazole, initially approved for wheat rust before expanding to powdery mildew management in wheat and cucumbers, as well as Shanghai Yuelian Biotechnology's mixed formulation containing fluopyram and cyflufenamid for cucumber production. The Sunger Road registration breaks from this trend by introducing the country's first formulation relying solely on cyflufenamid as its active ingredient. Originator Continues to Dominate Technical Supply Despite the expansion of formulated products, China's supply chain for cyflufenamid remains dependent on the original technology developer. Currently, Nippon Soda Co., Ltd. holds the country's only registered technical-grade cyflufenamid source at 98 per cent purity. While Chinese companies now possess formulation registrations, no domestic manufacturer has yet secured approval for technical production of the active ingredient. This means local formulators continue sourcing the active ingredient from the originator, making any future approval of a China-based technical registration a closely watched development for both manufacturers and investors. A domestic technical registration could significantly reshape competition by strengthening local supply chains and reducing reliance on imported technical material. Established Chemistry Gains New Momentum Although the Chinese registration represents a first for grapes domestically, cyflufenamid itself is a well-established fungicide globally. Originally developed by Nippon Soda, the molecule was first commercialized in Japan in 2002 before expanding into international markets. It subsequently received conditional registration in the United States for applications across cucurbit vegetables, grapes, pome fruits, and berry crops, while remaining an approved active substance in the European Union. Its latest Chinese approval therefore reflects regulatory expansion into new crop segments rather than the introduction of a novel chemistry. Resistance Management Remains Central Cyflufenamid belongs to FRAC Group U6, a classification representing fungicides with an undefined biochemical mode of action. One of its principal strengths is the absence of cross-resistance with several widely used fungicide groups, including demethylation inhibitors (DMIs), benzimidazoles, and quinone outside inhibitors (QoIs). This makes it an important resistance management tool for growers battling increasingly difficult powdery mildew populations. However, researchers have also documented resistance to cyflufenamid itself in Podosphaera xanthii—the pathogen responsible for cucurbit powdery mildew—in countries including Japan, Italy, and the United States. These findings highlight the importance of integrating cyflufenamid into broader resistance management programs rather than relying on repeated standalone applications, particularly in intensive protected cultivation systems where spray frequencies are high. Strategic Implications for China's Fungicide Market The approval reflects China's continuing shift toward more specialized crop protection solutions targeting high-value horticultural crops. Grapes and protected vegetables represent premium agricultural sectors where disease pressure can significantly affect both yield and market quality. For manufacturers, the registration also signals growing opportunities in differentiated fungicide formulations rather than conventional broad-spectrum mixtures. The next major development to monitor will be whether a Chinese manufacturer secures the country's first domestic technical cyflufenamid registration. Such a move could alter supply dynamics, intensify competition, and accelerate wider adoption of the active ingredient across China's horticultural industry. ]]> https://www.agrospectrumasia.com/news/137/4380/trackman-expands-premium-rubber-track-portfolio-with-t700-fitments-for-john-deere-x9-and-s7-combines.html https://www.agrospectrumasia.com/news/137/4380/trackman-expands-premium-rubber-track-portfolio-with-t700-fitments-for-john-deere-x9-and-s7-combines.html Wed, 29 Jul 2026 16:23:30 +0530 Agricultural track manufacturer Trackman has expanded its harvesting equipment portfolio with the launch of new T700 rubber track fitments for John Deere X9 and S7 Series combines, strengthening its presence in the high-horsepower harvesting segment. The latest additions are engineered to support the demanding operating conditions of modern combines, combining reinforced structural components, an upgraded tread design and proprietary drive lug technology to enhance durability, machine uptime and field performance during intensive harvest operations. The T700 tracks will be offered in 30-inch and 36-inch widths, providing growers with options suited to different harvesting environments and soil conditions. Reinforced Design Targets Longer Service Life Trackman said the T700 platform has been developed around a new 6-inch pitch tread pattern featuring 2.38-inch tread bars, designed to improve traction while delivering smoother ride characteristics and consistent performance across varying field conditions. According to the company, the track system integrates its proprietary ARMORLUG drive lug technology, which has been engineered to withstand the high mechanical loads experienced during harvesting operations. The reinforced drive lug construction has undergone extensive field testing to improve durability in one of the track's highest-stress areas. The structural package is further strengthened by four layers of MAXXTUFF steel belting reinforcement embedded within a 1.25-inch-thick carcass, while dual biased reinforcement plies enhance overall stability and provide additional protection through both the drive lug and wheel path. Dan Fullenkamp, Director of Business Strategy at Trackman, said the latest product reflects the company's focus on developing track systems capable of supporting increasingly powerful agricultural machinery while helping growers reduce downtime and improve long-term operating value. Performance Enhancements Focus on Reliability Beyond structural reinforcement, the T700 incorporates several engineering improvements intended to extend operating life under demanding harvesting conditions. The tracks utilise brass-coated steel cables to improve resistance to corrosion, while fully moulded tread lugs are designed to increase wear resistance during prolonged field use. Trackman also employs proprietary rubber compounds aimed at improving durability under heavy loads and variable terrain. The company estimates the reinforced construction can deliver up to 23% longer service life compared with conventional track designs, potentially lowering maintenance requirements and replacement frequency for operators during successive harvest seasons. To support product longevity, the T700 range will be covered by Trackman's four-year agricultural warranty, one of the longer warranty offerings available in the agricultural rubber track segment. Commercial Rollout Begins in August Trackman plans a phased market introduction for the new fitments. The 36-inch T700 configuration is scheduled to become commercially available in early August, while 30-inch models are expected to reach the market in early September. The launch expands compatibility for John Deere's flagship combine platforms and reflects growing demand for high-performance undercarriage systems capable of supporting larger harvesting equipment as farms continue to scale operations and prioritise machine productivity. ]]> https://www.agrospectrumasia.com/news/137/4376/zhongnong-zhichuang-huazhong-agricultural-university-and-hubei-hongshan-lab-launch-30-million-microbial-pesticide-innovation-center.html https://www.agrospectrumasia.com/news/137/4376/zhongnong-zhichuang-huazhong-agricultural-university-and-hubei-hongshan-lab-launch-30-million-microbial-pesticide-innovation-center.html Wed, 29 Jul 2026 15:52:39 +0530 In a major push toward sustainable agricultural innovation, Shanghai-based Zhongnong Zhichuang Technology Co., Ltd. and its Wuhan subsidiary, Zhongnong Zhiwei Biotechnology, have signed a landmark cooperation agreement with Huazhong Agricultural University and Hubei Hongshan Laboratory. The strategic partnership formalizes the creation of the Institute for Microbial Pesticide Resource Discovery and New Product Development, supported by a initial 30 million yuan research budget aimed at scaling next-generation biopesticide technologies. The newly established institute is designed as an end-to-end innovation engine to bridge the traditional gap between academic research and commercial deployment. Under the multi-party agreement, the entities will focus on three main operational pillars: building comprehensive microbial pesticide strain libraries, co-developing high-efficacy biological pest control products, and training specialized agricultural engineers. To ensure commercial traction, the program has established an explicit operational performance benchmark of securing at least one new biopesticide registration certificate each year. Yang Renfeng, Chief Executive Officer of Zhongnong Zhichuang and Chairman of Zhongnong Zhiwei, described the venture as a foundational step in refining the company's long-term agricultural biotechnology roadmap. By connecting top-tier academic expertise with the company’s contract research, development, and manufacturing organization (CRDMO) technical service platform, the collaborative framework aims to accelerate the translation of bench science into viable market products that directly enhance crop yields and soil health. From the academic side, Zhang Yongjun, Vice President and Party Committee Member of Huazhong Agricultural University, underscored the strategic role microbial biopesticides play in safeguarding national food security and reducing chemical reliance in modern farming. Zhang outlined three key priorities for the institute: establishing clear technical milestones, facilitating two-way personnel mobility between research labs and industrial sites, and securing robust independent intellectual property rights to build competitive, green agricultural clusters. Moving forward, the consortium plans to continually scale R&D investments, pooling scientific talent and corporate resources to overcome technical bottlenecks in microbial strain discovery, formulation stability, and industrial synthesis. The project stands as a central component in China's broader drive toward green agricultural transformation and resilient food supply chains. ]]> https://www.agrospectrumasia.com/news/137/4351/china-clears-first-microencapsulated-fluopyram-products-for-root-knot-nematodes.html https://www.agrospectrumasia.com/news/137/4351/china-clears-first-microencapsulated-fluopyram-products-for-root-knot-nematodes.html Mon, 27 Jul 2026 14:06:01 +0530 China has approved its first fluopyram-based microcapsule suspension-suspension concentrate (ZC) formulations for the control of root-knot nematodes, marking a significant advancement in nematicide formulation technology. The newly registered products comprise 7 percent abamectin + fluopyram ZC for use in cucumber and 15 percent abamectin + fluopyram ZC for tomato, both targeting root-knot nematodes (Meloidogyne spp.). The approvals represent the first registration of fluopyram in a microencapsulated formulation for nematode control in China, expanding the country's portfolio of fluopyram-based crop protection solutions beyond conventional formulations. Fluopyram is recognised as the first nematicide to act on mitochondrial respiratory complex II, offering a unique mode of action for nematode management. The active ingredient is widely regarded as a low-toxicity solution for both users and the environment and plays an important role in resistance management as part of integrated nematode control programmes. With the latest approvals, China now has 24 registered fluopyram-abamectin co-formulations for nematode control. The market has been dominated by 17 suspension concentrate (SC) products available in 5 percent, 8 percent, 15 percent and 28 percent concentrations. In addition, four granule (GR) formulations have been registered at 0.45 percent, 1.5 percent and 3 percent, while one water-dispersible granule (WG) formulation is available at 60 percent concentration. The introduction of the two ZC formulations marks a notable shift from the market's long-standing reliance on suspension concentrates and reflects growing adoption of sustained-release formulation technologies within China's crop protection industry. Microencapsulation technology is expected to address several limitations associated with conventional abamectin formulations, including rapid photodegradation and limited field persistence. By improving the controlled release of active ingredients, the new formulations are anticipated to extend residual efficacy, enhance storage stability, reduce application frequency and minimise environmental impact through the elimination of organic solvents during the formulation process. The registrations are also expected to reshape competition within China's nematicide market by diversifying the fluopyram formulation landscape beyond the increasingly competitive suspension concentrate segment. The move provides formulators with an additional technology platform while supporting more efficient and sustainable management of root-knot nematodes in high-value horticultural crops. ]]> https://www.agrospectrumasia.com/news/137/4350/magictrap-2-debuts-in-uk-as-bayer-expands-ai-enabled-crop-protection-tools.html https://www.agrospectrumasia.com/news/137/4350/magictrap-2-debuts-in-uk-as-bayer-expands-ai-enabled-crop-protection-tools.html Mon, 27 Jul 2026 13:45:25 +0530 Bayer has launched MagicTrap 2 in the United Kingdom, introducing the latest generation of its AI-enabled digital pest monitoring system for oilseed rape. The upgraded solution features enhanced imaging, improved connectivity and greater ease of use, helping growers monitor pest populations remotely and make faster, data-driven crop protection decisions. Building on the original MagicTrap platform, the new device incorporates several hardware enhancements designed to improve monitoring accuracy and field performance. Bayer said MagicTrap 2 combines a higher-resolution camera with autofocus technology to capture sharper images, while an integrated flash enables reliable image capture under low-light conditions, supporting more consistent automated pest analysis. MagicTrap is Bayer's fully automated digital yellow water trap for oilseed rape pests. The system captures field images and analyses them automatically before delivering results through the MagicScout smartphone application. It identifies, categorises and quantifies a broad range of economically important pests, including flea beetles, pollen beetles and weevils, while distinguishing target pests from beneficial and non-target insects. The latest version also introduces stronger connectivity through an upgraded antenna, improving data transmission from the field. Updated LED indicators displaying battery status and signal strength directly on the device further simplify installation, routine monitoring and in-field maintenance. The launch forms part of Bayer's broader strategy to expand AI-driven digital agriculture solutions that enhance precision crop protection and improve operational efficiency for growers. By enabling continuous remote monitoring of pest pressure, MagicTrap 2 supports more timely intervention decisions while reducing the need for frequent manual field inspections. Following its commercial introduction in Germany and Austria, MagicTrap 2 is now available in the United Kingdom. Bayer plans to expand deployment across 14 additional European markets by 2027, further strengthening its portfolio of digital farming technologies across the region. ]]> https://www.agrospectrumasia.com/news/137/4349/bayer-eyes-2028-launch-of-thryvon-enabled-cotton-platform-in-brazil.html https://www.agrospectrumasia.com/news/137/4349/bayer-eyes-2028-launch-of-thryvon-enabled-cotton-platform-in-brazil.html Mon, 27 Jul 2026 13:34:06 +0530 Bayer has unveiled the fourth generation of its Bollgard cotton biotechnology platform for Brazil, introducing ThryvOn, the country's first biotechnology designed to provide integrated protection against thrips in cotton. Scheduled for commercial launch by 2028, the next-generation platform will also incorporate new insect protection traits and expanded weed management flexibility, reinforcing Bayer's long-term commitment to advancing cotton productivity and sustainability. The announcement was made during the Casa do Algodão Bayer em Campo event in Sorriso, Mato Grosso, where the company presented its latest cotton innovations to growers, researchers, textile industry representatives and exporters. The new platform builds on more than two decades of Bollgard technology by integrating additional insecticidal proteins targeting key caterpillar pests while addressing early-season thrips, one of the most economically significant insect challenges in cotton production. Alongside the biotechnology announcement, Bayer showcased field trials at its research station in Sorriso and demonstration plots at Fazenda da Pedra featuring its existing Bollgard 3 XtendFlex (B3XF) technology and Deltapine cotton varieties. The company said the new platform is designed to improve productivity, strengthen pest management and provide greater flexibility for growers operating under increasingly complex production conditions. The event underscored Brazil's position as the world's largest cotton exporter, with biotechnology continuing to play a critical role in improving crop productivity, fibre quality and production efficiency. Bayer noted that future innovations are expected to further enhance competitiveness while helping reduce production costs and dependence on crop protection products. Mato Grosso was selected to host the event as the state accounts for approximately 68 percent of Brazil's cotton lint production. During the 2025/26 season, the state is expected to produce around 2.7 million tonnes of cotton lint, contributing to an estimated national production of 3.97 million tonnes. Bayer highlighted that maintaining this leadership will require effective management of difficult weeds, insect pests and diseases under evolving agronomic conditions. The company also highlighted its commercially available Bollgard 3 XtendFlex technology, which combines caterpillar protection with tolerance to glyphosate, glufosinate-ammonium and dicamba, providing growers with greater flexibility in weed control across diverse farming systems. Further strengthening its weed management portfolio, Bayer introduced XtendiMax 2, a dicamba-based herbicide now commercially available in Brazil. Designed for pre-plant burndown and early post-emergence applications in cotton and soybean, the product offers reduced volatility and drift potential while improving control of difficult weeds, including horseweed (Conyza spp.) and pigweed (Amaranthus spp.). Beyond biotechnology, Bayer showcased a broader portfolio of crop protection solutions for cotton, including Bayer Guardião seed treatment, Dropp Ultra defoliant, Finish plant growth regulator, Fox Xpro fungicide and Curbix insecticide for cotton boll weevil management. The company also highlighted several pipeline products currently under development. These include Plenexos, an insecticide under regulatory review targeting whiteflies and aphids; Iblon, a fungicide planned for launch in 2028 for the control of ramularia and target spot; and Mateno Pre, a pre-emergence herbicide currently undergoing registration. Sustainability remained a key focus throughout the event. Bayer noted that more than 90 percent of Brazil's cotton is produced under rainfed conditions and highlighted its PRO Carbono platform, which enables growers to measure on-farm carbon emissions and identify management practices that can help reduce the environmental footprint of cotton production. ]]> https://www.agrospectrumasia.com/news/137/4341/brazil-launches-unified-digital-platform-to-streamline-pesticide-registration.html https://www.agrospectrumasia.com/news/137/4341/brazil-launches-unified-digital-platform-to-streamline-pesticide-registration.html Fri, 24 Jul 2026 08:07:37 +0530 Brazil has taken another step in modernising its agricultural regulatory framework with the launch of a unified digital platform for pesticide registration, replacing the country's fragmented application process with a single electronic system designed to improve coordination between regulatory agencies. The Brazilian Ministry of Agriculture and Livestock (Mapa) has officially introduced the Unified Information, Application and Electronic Evaluation System (Sispa), a platform that consolidates pesticide registration into a single online portal. The initiative aligns with Law No. 14.785/2023, which designates Mapa as the central registration authority for pesticides and related products while requiring the adoption of a unified application process. Until now, companies seeking to register pesticides were required to submit separate applications to multiple government bodies, including Mapa, the National Health Surveillance Agency (Anvisa) for toxicological assessments, and the Brazilian Institute of Environment and Renewable Natural Resources (Ibama) for environmental evaluations. Under the new framework, all submissions will be processed through a single electronic platform coordinated by Mapa, reducing administrative complexity and creating a more integrated regulatory workflow. Brazilian authorities said the new system is expected to strengthen traceability, transparency and operational efficiency throughout the registration and evaluation process. The platform will also improve access to information related to pesticide registration and commercialisation, making regulatory procedures more streamlined for both government agencies and industry stakeholders. The Sispa platform was developed by the Brazilian Cotton Producers Association (Abrapa) and the Brazilian Cotton Institute (IBA), which together invested more than $60,000 in the project. The initiative also received support from the United Nations Development Programme (UNDP) and Brazil's Ministry of Foreign Affairs (MRE). Speaking at the launch, Brazil's Minister of Agriculture described the platform as a key component of the country's broader digital transformation strategy for agricultural regulation, saying the initiative is intended to modernise pesticide registration while supporting a more sustainable and competitive agricultural sector. Carlos Goulart, Secretary of Agricultural Defense at Mapa, said the new system would not alter the scientific or technical evaluation standards applied during pesticide assessments. Instead, he said, Sispa is designed to simplify administrative procedures, reduce compliance costs and improve efficiency for both regulators and applicants. The launch of Sispa reflects Brazil's continued efforts to digitise regulatory processes and improve the efficiency of one of the world's largest crop protection markets. By integrating multiple approval pathways into a single platform, the government aims to accelerate administrative procedures while maintaining existing technical and environmental review standards. ]]> https://www.agrospectrumasia.com/news/137/4336/new-wheat-variety-deal-strengthens-chinas-drive-for-seed-innovation-and-food-security.html https://www.agrospectrumasia.com/news/137/4336/new-wheat-variety-deal-strengthens-chinas-drive-for-seed-innovation-and-food-security.html Thu, 23 Jul 2026 17:09:47 +0530 China is intensifying efforts to translate agricultural research into commercial farming solutions, with Shaanxi Agricultural Development Group signing a variety rights transfer agreement with Northwest A&F University (NWAFU) for the newly developed wheat variety Xinong 1155. The agreement marks another step in China's broader strategy of accelerating seed innovation by strengthening partnerships between research institutions and commercial agricultural enterprises. The transfer gives Shaanxi Agricultural Development Group the rights to commercialize Xinong 1155, enabling the company to scale seed production, expand market adoption and bring the new wheat variety to growers more rapidly. For NWAFU, one of China's leading agricultural research universities, the agreement represents the successful commercialization of years of breeding research while reinforcing its role in supporting national food security through scientific innovation. It is believed that intellectual property transfers such as this as critical to improving the pace at which agricultural breakthroughs reach farmers. Rather than allowing promising varieties to remain within research institutions, China is encouraging universities and state-backed agricultural enterprises to work together to shorten the commercialization cycle and strengthen domestic seed competitiveness. Xinong 1155 was developed to meet the evolving needs of China's wheat sector, where improving productivity, resilience and grain quality has become increasingly important amid climate variability, changing production conditions and rising demand for high-quality food grains. Although wheat breeding has traditionally focused on yield improvements, newer varieties are increasingly expected to combine stable performance with stronger disease tolerance, environmental adaptability and improved processing quality. The agreement also reflects China's broader push to modernize its seed industry through greater protection and commercialization of plant variety rights. Policymakers have placed seed technology at the centre of national agricultural strategy, encouraging stronger collaboration between research institutions, breeding programmes and commercial seed companies to accelerate innovation and reduce reliance on imported germplasm. For Shaanxi Agricultural Development Group, the acquisition expands its portfolio of proprietary crop genetics while strengthening its position across the seed value chain. By integrating breeding achievements from leading academic institutions into commercial production, the company aims to improve the availability of high-performing wheat varieties for farmers and contribute to long-term grain productivity. For NWAFU, the partnership underscores the growing emphasis on converting scientific research into practical agricultural solutions. The university has established itself as one of China's leading agricultural research institutions, with internationally recognised programmes in crop breeding, plant science and agricultural innovation that increasingly support technology transfer and industry collaboration. As governments worldwide place greater emphasis on food security and climate resilience, the commercialization of improved crop varieties is becoming a strategic priority. The Xinong 1155 agreement illustrates how closer cooperation between research institutions and agribusinesses is emerging as an important mechanism for accelerating agricultural innovation and strengthening the competitiveness of domestic seed industries. ]]> https://www.agrospectrumasia.com/news/137/4333/china-signals-robust-herbicide-innovation-with-174-registration-applications.html https://www.agrospectrumasia.com/news/137/4333/china-signals-robust-herbicide-innovation-with-174-registration-applications.html Thu, 23 Jul 2026 13:50:39 +0530 China’s herbicide industry is entering another phase of intense product development, with regulators proposing 174 herbicide products for registration in the fourth approval batch of 2026, highlighting sustained investment in crop protection technologies despite an increasingly competitive and tightly regulated market. The latest list, released by the Institute for the Control of Agrochemicals, Ministry of Agriculture and Rural Affairs (ICAMA), comprises 14 technical-grade products and 160 formulated herbicides. Of the formulations, 72 are single-active products, while 88 combine multiple active ingredients, reinforcing an industry-wide preference for combination chemistries that offer broader weed control and resistance management. The proposed registrations also provide an early snapshot of where China's herbicide market is heading. Atrazine emerged as the most active ingredient in mixture formulations with 13 proposed registrations, reflecting its continued importance in integrated weed-management programmes. Propanil followed closely with 11 mixture applications, while Topramezone accounted for 10 mixture products and one single formulation. Meanwhile, Glufosinate-P continued to gain momentum, appearing in 10 standalone products and two mixtures, underscoring growing commercial interest in next-generation non-selective herbicides. Bentazone and Butachlor also featured prominently across multiple applications. Beyond chemistry trends, the registration data points to intensifying competition among Chinese manufacturers. Liaoning Jintian Technology Co., Ltd. led the latest approval pipeline with seven proposed herbicide registrations, while several other companies secured between three and five proposed products, indicating a broadening field of competitors seeking to strengthen their market presence. Although proposed registrations do not guarantee commercial approval, industry analysts often regard them as one of the earliest indicators of future product launches, manufacturing priorities and competitive positioning. Companies increasingly use registration strategies not only to expand product portfolios but also to anticipate shifts in agronomic demand, weed resistance and evolving regulatory requirements. The dominance of formulated products over technical materials also reflects a broader industry transition toward differentiated, value-added crop protection solutions. As farmers seek more effective weed management while reducing application costs, manufacturers are investing heavily in combination formulations designed to improve efficacy, expand crop compatibility and address resistant weed populations. The surge in registration activity comes as China's pesticide sector adapts to a significantly more stringent regulatory environment. New registration rules, tighter environmental assessment requirements and enhanced product traceability standards have raised compliance thresholds, making regulatory approval an increasingly strategic component of commercial growth. Taken together, the latest registration proposals suggest that China's herbicide market remains highly dynamic, with innovation increasingly centred on formulation technologies, established active ingredients and competitive portfolio expansion.  ]]> https://www.agrospectrumasia.com/news/137/4331/south-korea-to-launch-first-agriculture-dedicated-satellite-to-advance-ai-driven-farm-management.html https://www.agrospectrumasia.com/news/137/4331/south-korea-to-launch-first-agriculture-dedicated-satellite-to-advance-ai-driven-farm-management.html Wed, 22 Jul 2026 14:42:58 +0530 South Korea is set to launch its first domestically developed satellite dedicated exclusively to agriculture and forestry, marking a major step in the country's transition toward data-driven agricultural management and precision farming. Developed through a collaboration between the Korea AeroSpace Administration, the Rural Development Administration and the Korea Forest Service, the satellite is designed to provide continuous Earth observation data tailored to the country's agricultural and forestry sectors. The spacecraft is scheduled for launch aboard a Falcon 9 rocket from Vandenberg Space Force Base in California. The satellite represents South Korea's first independent agricultural observation platform, reducing reliance on foreign satellite imagery while establishing a dedicated national infrastructure for monitoring farmland, forests and rural environments. Equipped with five multispectral imaging bands optimized for vegetation monitoring, the satellite will capture imagery covering the Korean Peninsula every three days with a spatial resolution of five meters. The Ministry of Agriculture, Food and Rural Affairs plans to use the satellite across a wide range of agricultural policy areas, including farmland mapping, compliance monitoring for agricultural subsidy programs, crop production forecasting, disaster management, irrigation oversight and forest monitoring. Satellite imagery will support large-scale agricultural land surveys, reducing the need for time-consuming field inspections while improving the accuracy of farmland verification and subsidy administration. Officials expect the system to strengthen oversight by enabling continuous monitoring of registered agricultural land and reducing the risk of inaccurate claims. The platform will also enhance crop supply forecasting by tracking the growth of major food crops such as rice and soybeans alongside supply-sensitive horticultural crops. Continuous monitoring is expected to improve market intelligence, allowing policymakers to respond more effectively to production fluctuations and food price volatility. In addition, high-frequency satellite observations will enable earlier identification of crop stress caused by pests, diseases and adverse weather conditions, supporting faster intervention and more effective crop protection strategies. Beyond crop monitoring, the satellite will strengthen management of agricultural infrastructure by tracking reservoirs, irrigation systems and flood-affected farmland. The data will assist authorities in managing water resources while providing rapid assessments following floods, wildfires, landslides and other natural disasters, improving emergency response and recovery planning. The ministry also intends to integrate satellite imagery with weather, soil, environmental and crop datasets to support the development of an artificial intelligence foundation model for agriculture. The initiative is expected to accelerate digital farming applications and encourage innovation across the country's agri-tech sector. Over time, satellite data will be made available to private companies and the public, creating opportunities for autonomous farming technologies, precision agriculture services and new digital applications. Enhanced environmental information derived from the satellite is also expected to improve localized forecasting and rural spatial planning. The launch underscores South Korea's broader strategy of combining space technology, artificial intelligence and digital infrastructure to modernize agricultural management, improve food security and strengthen climate resilience across the farming sector. ]]> https://www.agrospectrumasia.com/news/137/4330/south-korea-unveils-first-national-food-tech-master-plan-to-accelerate-ai-driven-innovation-and-global-expansion.html https://www.agrospectrumasia.com/news/137/4330/south-korea-unveils-first-national-food-tech-master-plan-to-accelerate-ai-driven-innovation-and-global-expansion.html Wed, 22 Jul 2026 14:36:51 +0530 South Korea has introduced its first national master plan dedicated to developing the food technology industry, unveiling an ambitious strategy to integrate advanced technologies across the food value chain while strengthening the country's position in the rapidly expanding global food-tech market. The Ministry of Agriculture, Food and Rural Affairs announced the roadmap following the implementation of the Food Tech Industry Promotion Act, the world's first standalone legislation specifically designed to support the food technology sector. The master plan provides a long-term framework for commercializing innovation, attracting private investment and accelerating the adoption of advanced technologies throughout food production, processing, distribution and consumer services. Food technology is increasingly combining artificial intelligence, biotechnology, robotics, automation and the Internet of Things to reshape food systems. Applications range from robotic food preparation and automated delivery to alternative proteins, precision manufacturing and digital supply chain management. Rather than relying primarily on government-led support, the new strategy emphasizes a private sector-driven innovation ecosystem built around collaboration among businesses, universities, research institutions and local governments. The plan is structured around four strategic priorities aimed at strengthening regional industrial development, expanding investment, increasing global competitiveness and accelerating technology commercialization while modernizing regulations. One of the central objectives is the development of regionally specialized agri-food innovation clusters linked to major economic development zones across the country. The ministry plans to expand the number of Food Tech Research Support Centres from seven to ten by 2030 while strengthening partnerships between technology companies, academic institutions and research organizations. Regional supply chain initiatives will also connect agricultural producers with food-tech companies through long-term procurement agreements to promote higher-value agricultural production. The strategy also places significant emphasis on workforce development and startup growth. Beginning in 2026, postgraduate education programs focused on food technology will be expanded to include doctoral-level training, while additional universities will participate in industry-linked education programs. Government-backed investment funds will also be increased to support food-tech startups and scale-up companies, with cumulative public financing expected to rise to KRW100 billion by 2027, encouraging greater private-sector investment. International expansion represents another key pillar of the roadmap. The government plans to promote integrated export models combining Korean food products with robotics, digital technologies and culinary expertise. Demonstration events, overseas promotional programs and dedicated food technology exhibition spaces will support global commercialization of Korean innovations, while the domestic food manufacturing industry will continue expanding smart factory adoption and artificial intelligence integration. The ministry also intends to strengthen research commercialization by expanding industry-focused research and development funding and creating an official industrial classification system for the food-tech sector by 2027. At the same time, regulatory reforms will streamline commercialization through a centralized regulatory application system and updated policies supporting circular economy initiatives, including the conversion of agricultural and food processing by-products into high-value industrial materials. Agriculture Minister Song Miryung said the convergence of technology, food, culture and consumer experience is reshaping global markets, positioning food technology as a strategic growth engine capable of increasing the international competitiveness of Korean food products. To support implementation, the government will appoint dedicated operating agencies and establish a public-private consultative body that will facilitate ongoing collaboration between policymakers and industry stakeholders as the strategy moves into execution. ]]> https://www.agrospectrumasia.com/news/137/4327/verdesian-life-sciences-expands-into-canada-with-phosphorus-efficiency-solution-for-growers.html https://www.agrospectrumasia.com/news/137/4327/verdesian-life-sciences-expands-into-canada-with-phosphorus-efficiency-solution-for-growers.html Wed, 22 Jul 2026 14:07:32 +0530 Verdesian Life Sciences has expanded its nutrient efficiency portfolio into Canada with the commercial availability of its phosphorus efficiency solution, marking a strategic move to strengthen crop nutrition offerings for Canadian growers and agricultural retailers. The product, already established across the U.S. market, is designed to improve phosphorus availability in agricultural soils, where a significant share of applied phosphorus can become chemically bound and unavailable for crop uptake soon after application. Verdesian's technology addresses this challenge through a dual-mode approach that helps reduce phosphorus fixation while simultaneously increasing the availability of phosphorus already present in the soil. The company says the approach is intended to improve nutrient utilization and increase the return on fertilizer investments as producers face rising input costs. The solution combines the company's proprietary nutrient efficiency platform with a biological component that promotes microbial activity and phosphorus mineralization. Together, the technologies target both the chemical and biological factors that limit phosphorus availability by reducing interactions with soil minerals such as calcium, magnesium, aluminum and iron while supporting the natural release of soil-bound phosphorus. According to Verdesian, field evaluations conducted across 66 trial locations in the United States between 2021 and 2025 demonstrated an average yield increase of 8.8 per cent across multiple crops, including corn, cotton, peanuts, potatoes and cherries. The company said the product performed consistently under a range of soil types and growing conditions. Designed for compatibility with both granular and liquid phosphate fertilizers, the phosphorus efficiency solution can be incorporated into fertility programs before planting, at planting or during the growing season, allowing growers to integrate it into existing crop nutrition strategies without major operational changes. "As fertilizer prices continue to challenge farm profitability, improving nutrient efficiency has become increasingly important," said Clare Doyle, Chief Executive Officer of Verdesian Life Sciences. "Expanding into the Canadian market allows us to provide growers and retailers with a science-based solution that enhances existing fertilizer programs while supporting sustainable crop production." The Canadian launch represents another step in Verdesian's strategy to expand access to nutrient use efficiency technologies that help producers optimize fertilizer performance, improve productivity and support long-term agricultural sustainability. ]]> https://www.agrospectrumasia.com/news/137/4316/hailir-readies-next-generation-insecticide-to-tackle-resistant-crop-pests.html https://www.agrospectrumasia.com/news/137/4316/hailir-readies-next-generation-insecticide-to-tackle-resistant-crop-pests.html Tue, 21 Jul 2026 16:14:49 +0530 China's agrochemical innovation pipeline is gaining momentum as Hailir Pesticides and Chemicals Group Co., Ltd. moves closer to commercialising a new proprietary insecticide designed to combat some of agriculture's most persistent resistant pests. The company announced on June 30, 2026, that its self-developed active ingredient has entered the final pesticide registration trial stage in China, bringing it one step closer to market launch. The new molecule, identified by CAS No. 3078478-16-4, marks one of Hailir's most significant research achievements in recent years and underscores the growing capabilities of Chinese agrochemical companies in developing proprietary crop protection technologies rather than relying on generic chemistries. Development of the insecticide began in 2020, and the compound received its official Chinese common name in 2023. Unlike many widely used insecticides currently on the market, the new active ingredient belongs to a novel class of GABA chloride receptor modulators, offering a distinct mode of action from conventional diamide and arylpyrazole insecticides. That differentiation could prove commercially important. As insect resistance continues to challenge growers worldwide, products with new modes of action are becoming increasingly valuable. According to Hailir, the insecticide has demonstrated no cross-resistance with major existing chemistries, enabling effective control of resistant lepidopteran pests and thrips that have become increasingly difficult to manage using conventional products. The company said the insecticide has a broad spectrum of activity, targeting economically significant pests including striped rice stem borer, rice leaf folder, beet armyworm and multiple thrips species, while also providing supplementary control of spider mites. It is intended for use across a diverse range of crops, including rice, fruits, vegetables, cotton and tea, positioning it as a versatile solution for both food and high-value horticultural production. Beyond pest control performance, Hailir is positioning the product around efficiency and sustainability. The insecticide is designed to deliver high biological activity at relatively low field application rates while combining extended residual control with low mammalian toxicity, characteristics that align with the industry's growing focus on safer and more targeted crop protection solutions. To reinforce its competitive position, Hailir has built an extensive intellectual property portfolio around the new active ingredient. The company has secured patent protection covering the molecule itself, its formulations and combination technologies, with core patent applications filed in both China and international markets. The strategy is intended to strengthen long-term market exclusivity and create barriers to generic competition. Commercialisation plans are also supported by a 5 percent emulsion-in-water (EW) formulation developed primarily for controlling lepidopteran pests. Hailir said the product is compatible with widely used insecticides such as emamectin benzoate, indoxacarb and chlorfenapyr, allowing growers to incorporate it into tank mixtures that improve efficacy, reduce application rates and support resistance management through rotation of different modes of action. The new insecticide forms part of a broader proprietary research pipeline that Hailir has been steadily expanding over the past several years. The company now has more than 10 self-developed compounds under development. Among them, fluchlordiamide has entered the pesticide registration stage, while the acaricide flufensulfone is also progressing through the regulatory approval process. As global agriculture faces increasing pressure from resistant pests and tighter regulatory scrutiny over pesticide use, companies capable of bringing genuinely new active ingredients to market are expected to gain a competitive advantage. For Hailir, the forthcoming launch represents more than a single product introduction—it signals the company's ambition to evolve from a leading manufacturer into an innovation-driven developer of proprietary crop protection technologies, while expanding the portfolio of homegrown insecticides available to farmers in China and beyond.         ]]> https://www.agrospectrumasia.com/news/137/4307/nanovel-wins-2-5-mn-eu-grant-to-commercialise-ai-harvesting-robots.html https://www.agrospectrumasia.com/news/137/4307/nanovel-wins-2-5-mn-eu-grant-to-commercialise-ai-harvesting-robots.html Mon, 20 Jul 2026 16:42:59 +0530 Precision agritech startup Nanovel has secured a €2.5 million grant from the European Innovation Council (EIC) Accelerator, providing a significant boost to its plans to commercialise AI-powered autonomous harvesting robots for citrus orchards. The award also makes the company eligible for up to €4.3 million in equity investment, which is expected to support a broader funding round of approximately €8 million as Nanovel prepares for large-scale field validation and market entry. The funding underscores growing investor and institutional confidence in agricultural robotics as growers worldwide grapple with chronic labour shortages, rising production costs and increasing pressure to improve operational efficiency. Addressing agriculture's labour challenge For fresh fruit producers, harvesting remains one of the most labour-intensive and expensive stages of production, with seasonal labour accounting for nearly half of total production costs in many citrus-growing regions. Nanovel is developing autonomous robots designed to harvest fruit in dense-canopy orchards—an environment where automation has historically struggled because of limited visibility and the need for delicate fruit handling. The company plans to use the EIC funding to complete development of its commercial robotic platform, conduct large-scale field trials with growers across Europe, and prepare for a commercial launch in 2028, initially targeting orange and lemon orchards. The company estimates the global market opportunity for automated harvesting in these crops alone at around $1 billion annually. "Our mission is to ensure global availability for consumers and economic viability for fresh fruit growers by automating the most critical and labor-intensive part of the production process," said Isaac Mazor, Founder and CEO of Nanovel. He added that the EIC grant will accelerate the company's expansion into Europe, one of the world's largest citrus-producing regions. AI meets precision harvesting At the centre of Nanovel's technology is a proprietary harvesting system that combines computer vision, deep-learning algorithms and robotics. Its patented "Grip & Trim" mechanism uses telescopic robotic arms to identify fruit hidden deep inside tree canopies, gently grip individual fruit and cut the stem with precision to minimise damage—an essential requirement for premium fresh produce markets. Unlike conventional robotic harvesters that rely on a single manipulator, Nanovel's platform simultaneously operates multiple robotic arms coordinated through a central onboard computer, allowing higher harvesting efficiency while remotely managing an entire fleet of machines. Expanding global field trials The company is now expanding field trials across Spain, Italy, Israel, and the United States, building on successful validation work conducted in California in partnership with the Citrus Research Board (CRB) during 2025. Although the first commercial application will focus on oranges and lemons, Nanovel plans to adapt the platform for additional citrus varieties as well as high-value fruit crops including mangoes, peaches and nectarines. Agricultural robotics enters a new phase The EIC award reflects a broader shift in agricultural technology investment, where robotics and artificial intelligence are increasingly viewed as practical solutions to structural labour shortages rather than experimental technologies. With Europe, North America and other major fruit-producing regions facing persistent workforce constraints, autonomous harvesting is emerging as one of the most closely watched segments within precision agriculture. For Nanovel, the latest funding provides both financial backing and institutional validation as it moves from prototype development towards commercial deployment in one of agriculture's most technically challenging applications. ]]> https://www.agrospectrumasia.com/news/137/4300/fairgene-launches-dedicated-black-soldier-fly-egg-facility-to-scale-global-insect-protein-industry.html https://www.agrospectrumasia.com/news/137/4300/fairgene-launches-dedicated-black-soldier-fly-egg-facility-to-scale-global-insect-protein-industry.html Fri, 17 Jul 2026 17:43:45 +0530 As the global insect protein industry accelerates its transition from niche innovation to commercial-scale production, one of its biggest bottlenecks—consistent access to high-quality black soldier fly (BSF) eggs—is beginning to ease. NRGene Canada and Fairville Farming Co. have officially launched FairGene, a joint venture that has commenced operations at a dedicated BSF egg production facility in Bassano, Alberta. The facility is designed to provide commercial insect producers worldwide with a reliable supply of genetically improved BSF eggs, addressing a critical constraint in the rapidly expanding alternative protein sector. The launch marks a strategic milestone not only for the two companies but also for an industry increasingly seeking standardized, high-performance biological inputs to improve production efficiency and scalability. Genetics moves to the forefront of insect farming While the insect farming industry has traditionally focused on optimizing feed substrates and rearing systems, genetics is emerging as a key differentiator in commercial performance. FairGene's production facility exclusively utilizes NRGene Canada's MaxBSF genetic platform, which has been developed to improve productivity across multiple performance indicators, including larval growth, feed conversion efficiency and production cycle duration. According to the company, commercial evaluations have demonstrated that MaxBSF enables significantly higher larval density and biomass production while shortening the harvest cycle. Compared with conventional BSF breeding lines, the technology has generated up to 2.1 times greater output, allowing producers to increase production without expanding physical infrastructure. The genetic improvements are expected to strengthen the economics of BSF farming, an industry that is increasingly supplying sustainable protein, insect oil and organic fertilizer (frass) to livestock, aquaculture and agriculture markets. Addressing a critical supply chain challenge As insect farming expands globally, securing dependable egg supplies has become one of the industry's most pressing operational challenges. The Alberta facility has already begun producing commercial BSF eggs, with initial production reportedly delivering encouraging results. By combining Fairville's agricultural production expertise with NRGene Canada's breeding technologies, the venture aims to establish a stable, genetics-driven supply chain capable of supporting insect producers across international markets. Industry observers note that standardized egg production could significantly reduce biological variability, enabling commercial insect farms to achieve more predictable production outcomes. Beyond eggs: Building an integrated production platform In addition to supplying eggs, NRGene Canada is expanding the commercialization of its insect breeding technologies through an advanced neonate delivery system. The company has developed a logistics platform capable of shipping one-day-old BSF larvae directly to producers, eliminating the need for customers to incubate eggs on-site. The system currently accommodates up to one million neonates per shipment, with capacity expected to increase to 2.5 million larvae per container by the end of 2026. The larvae are designed to maintain viability for up to two weeks after hatching, offering producers greater operational flexibility while simplifying the production process. Expanding Canada's role in insect agriculture For Fairville Farming, the venture represents a strategic diversification into one of agriculture's fastest-growing biological production sectors. Meanwhile, for NRGene Canada, the Bassano operation serves as an important commercial validation of its proprietary BSF genetics platform, extending the company's expertise in advanced breeding technologies beyond traditional crop genomics. Looking ahead, the partners are evaluating the development of a dedicated BSF rearing facility adjacent to the egg production operation. The proposed expansion would support NRGene Canada's hub-and-spoke production model while serving as a demonstration centre for commercial-scale insect farming. A growing market for sustainable protein The launch comes as demand for insect-derived ingredients continues to rise across global feed and agricultural industries. Black soldier fly larvae are increasingly viewed as a sustainable alternative source of protein for aquaculture, poultry and pet food, while insect oil is finding new applications in feed formulations and frass is gaining recognition as an organic soil amendment. As the sector moves toward industrial-scale production, technologies that improve biological consistency, genetics and supply chain reliability are expected to become increasingly important competitive advantages. By combining advanced breeding technologies with dedicated commercial production, FairGene aims to position itself as a foundational supplier to the next generation of the global insect protein industry. ]]> https://www.agrospectrumasia.com/news/137/4291/agplenus-launches-novel-ai-model-for-predicting-antifungal-potency-expanding-chempass-ai-for-ag-capabilities.html https://www.agrospectrumasia.com/news/137/4291/agplenus-launches-novel-ai-model-for-predicting-antifungal-potency-expanding-chempass-ai-for-ag-capabilities.html Thu, 16 Jul 2026 12:59:19 +0530 AgPlenus Ltd., a company developing novel, sustainable crop protection products and a subsidiary of Evogene Ltd.,  today announced the launch of its Antifungal Potency Predictor (APP). This new machine learning model predicts the antifungal potency of small molecules directly from their chemical structures, expanding the capabilities of Evogene’s ChemPass AI for Ag platform by forecasting biological efficacy prior to chemical synthesis and fungal assay validation. The global fungicide market is estimated at approximately $221 billion annually. Fungal diseases cause significant crop loss worldwide, resulting in tens of billions of dollars in economic damage each year and posing a growing threat to global food security. Concurrently, the widespread and repetitive use of existing fungicides has accelerated the emergence of resistant fungal pathogens, diminishing the long-term efficacy of many commercial products. As resistance continues to spread, the agriculture industry faces an urgent need for novel fungicides with innovative modes of action (MoAs) and distinct chemical structures. The APP model, developed using advanced machine learning algorithms trained on AgPlenus' proprietary curated datasets, represents a significant milestone in the company’s AI-driven fungicide discovery capabilities. Building upon the proven success of the ChemPass AI for Ag platform in identifying novel crop protection targets and generating molecules with high target-protein affinity, the new model further extends these capabilities to predict the small molecule activity within the fungus itself. By forecasting antifungal potency during the earliest discovery phases, the model enables highly informed decision-making prior to chemical synthesis and biological testing. This approach significantly reduces the number of molecules requiring experimental evaluation, focusing resources on candidates with the highest probability of downstream development success and accelerating the discovery of next-generation fungicides. The launch of the APP model is expected to support and advance AgPlenus’ internal fungicide pipeline, which includes promising targets such as APTF-1. This target is designed to combat devastating global crop diseases, including Septoria Wheat Blotch. Additionally, the model is expected to contribute to planned pipeline expansions targeting other critical pathogens, such as Botrytis and Fusarium. Beyond its immediate application in accelerating current and future product development, the APP model lays the groundwork for additional predictive AI models that AgPlenus and Evogene plan to co-develop, aiming to forecast other critical biological attributes throughout the crop protection discovery process. Dr. Dan J. Gelvan, CEO of AgPlenus, commented: "In 2025, we demonstrated the power of the ChemPass AI for Ag platform to identify novel target proteins capable of overcoming resistance, as well as novel active small molecules combating devastating crop diseases like Septoria Wheat Blotch. Today, we are taking another major step forward with the launch of our Antifungal Potency Predictor. By enabling us to forecast antifungal potency directly from molecular structure, prior to chemical synthesis, the APP model allows us to identify and prioritize high-quality candidates at the earliest stages of discovery. I am excited to see this breakthrough model integrated into ChemPass AI for Ag, further strengthening our ability to advance current and future product development programs."  ]]> https://www.agrospectrumasia.com/news/137/4284/bioworks-targets-early-season-crop-performance-with-new-greenspring-fertilizer.html https://www.agrospectrumasia.com/news/137/4284/bioworks-targets-early-season-crop-performance-with-new-greenspring-fertilizer.html Wed, 15 Jul 2026 16:55:18 +0530 Biological crop protection specialist BioWorks Inc. has expanded its plant health portfolio with the launch of GreenSpring, a mixed-mineral liquid fertilizer developed to improve crop establishment, root development and nutrient efficiency during the most critical stages of early plant growth. The product is designed to complement Integrated Pest Management (IPM) programmes by delivering targeted nutrition that strengthens crop resilience while supporting season-long productivity. Developed for use across field crops, protected cultivation systems and nursery production, GreenSpring combines nitrogen, sulphur, molybdenum and zinc to promote vigorous root initiation and early vegetative growth. By improving nutrient availability during periods of active root development, the formulation aims to enhance crop establishment while increasing tolerance to abiotic stress conditions that often limit early-season performance. Unlike conventional fertility products that primarily focus on nutrient supplementation, GreenSpring has been formulated to improve nutrient use efficiency by synchronising nutrient delivery with periods of peak physiological activity. The product also supports healthier rhizosphere conditions, encouraging stronger root architecture and improved soil biological activity that contribute to sustained plant vigour throughout the growing season. The fertilizer is compatible with a broad range of production systems, including open-field agriculture, greenhouses, high tunnels and nursery operations, and is recommended for ornamental, fruit and vegetable crops. BioWorks recommends application at planting or during early vegetative development, with repeated treatments at seven-day intervals to maintain consistent nutrient availability during crop establishment. According to the company, GreenSpring performs most effectively under conditions that favour active root growth and microbial activity, including adequate soil moisture and moderate temperatures. By improving early-season plant health, the product is expected to increase the effectiveness of integrated crop management programmes while strengthening crop performance under both biotic and abiotic stress. Commenting on the launch, Chris Rose, General Manager, BioWorks, said the product was developed to strengthen crop performance from the earliest stages of growth. "GreenSpring was developed to help growers establish healthier crops from the very beginning of the season. By improving nutrient availability during critical early growth stages, GreenSpring gives growers an important tool to maximize plant performance and support season-long success." Field evaluations have demonstrated encouraging agronomic benefits across multiple crops. In wine grape trials conducted at three locations, GreenSpring increased yields by an average of 11 per cent. Corn evaluations also recorded yield improvements of approximately 5 bushels per acre over untreated plots. When used alongside BioWorks' RootShield®, containing Trichoderma T-22, yield gains increased to 10 bushels per acre, highlighting the potential synergy between biological crop protection and targeted nutritional management. The launch reinforces BioWorks' strategy of integrating biological technologies with precision nutrition to help growers improve crop productivity while advancing more sustainable production systems. As growers increasingly seek solutions that optimise inputs without compromising environmental stewardship, products combining plant nutrition with biological performance are expected to play an expanding role in modern crop management. ]]> https://www.agrospectrumasia.com/news/137/4277/basf-unveils-apthena-in-uk-to-strengthen-biological-pest-control-and-advance-integrated-crop.html https://www.agrospectrumasia.com/news/137/4277/basf-unveils-apthena-in-uk-to-strengthen-biological-pest-control-and-advance-integrated-crop.html Tue, 14 Jul 2026 16:40:56 +0530 BASF Agricultural Solutions has launched Apthena in the UK, an innovative biological crop protection product designed to strengthen Integrated Pest Management (IPM) programmes by naturally enhancing the activity of beneficial insects that prey on aphids. The new solution leverages (E)-β-farnesene (EBF), a naturally occurring aphid alarm pheromone released when aphids are disturbed. Beneficial predators and parasitoids—including ladybirds and lacewings—have evolved to recognise this chemical signal as an indicator of prey, allowing Apthena® to attract these natural enemies into crop fields and improve biological pest suppression. By amplifying naturally occurring ecosystem services, BASF believes the technology can help growers reduce reliance on conventional insecticides while addressing mounting concerns over pesticide resistance and tightening regulatory restrictions on chemical crop protection products. "Our biological portfolio represents a strategic pillar of BASF Agricultural Solutions," said Richard Corden, Head of Solutions and Services, Agricultural Solutions UK & Ireland. "Biological innovations such as Apthena complement our crop protection, seed technologies and digital agriculture platforms, enabling integrated production systems that improve both productivity and sustainability." The launch comes as aphids continue to inflict substantial economic losses on global agriculture through direct feeding damage and the transmission of devastating plant viruses. According to Professor Tom Pope, Applied Entomologist at Harper Adams University, biological approaches are becoming increasingly important as the range of available insecticides continues to narrow, increasing selection pressure for resistance. Describing Apthena® as an important addition to the IPM toolkit, Pope said the product offers significant value when deployed alongside complementary biological and agronomic interventions, creating synergistic effects that strengthen natural pest regulation. The innovation is underpinned by BASF's proprietary encapsulation technology, overcoming one of the principal limitations of (E)-β-farnesene—its high volatility and rapid degradation under field conditions. Encapsulating the active ingredient enables its controlled release over 20 to 30 days, providing extended field efficacy while maintaining formulation stability. BASF said the microcapsules are manufactured using natural, inert ingredients and contain no microplastics, reinforcing the company's sustainability objectives. Field evaluations have demonstrated encouraging biological performance. Controlled laboratory studies showed ladybirds exhibited a strong behavioural preference for Apthena over untreated controls. Commercial field trials further indicated an 18 per cent increase in plants hosting beneficial insects in pea crops, while aphid incidence in sugar beet declined from an average 2 per cent to 0.5 per cent, highlighting the product's potential to improve biological control under practical farming conditions. BASF said Apthena becomes rainfast within 24 hours, requires no buffer zone and has no maximum application limit, providing growers with greater operational flexibility. The company recommends applications every 14 days at 0.3–0.5 litres per hectare, while noting the product remains compatible with approved crop protection products where additional intervention is required. The introduction of Apthena further reinforces BASF's long-term commitment to expanding its biologicals portfolio. The company has significantly increased investment in biological crop protection, recently commissioning a dedicated BioHub fermentation facility in Ludwigshafen while strengthening its capabilities through acquisitions such as AgBiTech. BASF's UK biologicals portfolio already includes Integral Pro, Serifel and the Nemasys beneficial nematode range, with additional biological innovations—including Velifer—currently progressing through its development pipeline. ]]> https://www.agrospectrumasia.com/news/137/4257/adm-expands-biostimulant-footprint-as-redstar-launches-redvita-43-across-midwest.html https://www.agrospectrumasia.com/news/137/4257/adm-expands-biostimulant-footprint-as-redstar-launches-redvita-43-across-midwest.html Fri, 10 Jul 2026 17:30:39 +0530 Archer Daniels Midland (ADM) is expanding the commercial reach of its biological crop enhancement portfolio through a new distribution partnership with REDSTAR, as demand continues to rise for products that improve nutrient efficiency and support sustainable crop production. Under the agreement, REDSTAR will manufacture and market ADM's NeoVita 43 biostimulant under the REDVITA 43 brand, distributing the product through its agricultural retail network and direct sales channels across the Midwest and Rocky Mountain regions of the United States. The partnership reflects the growing momentum behind biostimulants as growers seek technologies capable of improving crop performance while maximising fertilizer efficiency and enhancing soil health. As input costs remain elevated and sustainability expectations increase, biological products are becoming an increasingly important component of integrated crop management programmes. Although marketed under a new brand name, REDVITA 43 retains the same formulation as ADM's NeoVita 43. The sugar-based biostimulant is designed to stimulate beneficial microbial activity within the soil, improving nutrient availability and helping crops establish stronger early-season growth. Strengthening soil microbial activity has become a major area of focus across modern agriculture as producers look to improve nutrient uptake, increase fertilizer-use efficiency and build greater resilience under increasingly variable growing conditions. The companies point to extensive field evaluations conducted over multiple growing seasons at the University of Illinois Urbana-Champaign, where the product demonstrated measurable agronomic benefits. According to the trial results, corn treated with the biostimulant alongside liquid starter fertilizer produced yield gains of up to seven bushels per acre compared with applications using starter fertilizer alone. The product has been developed with application flexibility to fit existing farming practices. It can be applied together with liquid starter fertilizers during planting to promote vigorous crop establishment or used as a foliar application to enhance herbicide performance while providing crops with an immediately available energy source during key growth stages. The distribution agreement significantly expands market access for the technology. REDSTAR plans to supply REDVITA 43 through its established dealer and grower network spanning 18 U.S. states, making the product available in both bulk and tote packaging formats to accommodate different farm sizes and distribution requirements. For ADM, the collaboration strengthens its strategy of leveraging partnerships to accelerate adoption of biological crop technologies without significantly expanding its own direct distribution footprint. For REDSTAR, the agreement adds an established biostimulant technology to its portfolio at a time when biological inputs are becoming an increasingly important category within agricultural retail. The broader agricultural inputs industry is witnessing rising investment in biostimulants as growers seek complementary solutions alongside conventional fertilizers and crop protection products. Unlike traditional inputs, biostimulants are designed to enhance natural biological processes that improve nutrient efficiency, crop development and overall plant health rather than directly supplying nutrients or controlling pests. As precision agriculture and regenerative farming practices continue to gain traction, products capable of improving soil function and nutrient utilisation are expected to play a growing role in supporting both farm profitability and environmental sustainability. The ADM-REDSTAR partnership underscores this shift, reflecting the industry's broader transition towards integrated crop nutrition strategies that combine conventional inputs with biological innovations to improve productivity while optimising resource use. ]]> https://www.agrospectrumasia.com/news/137/4248/japan-irri-launch-coolrice-to-future-proof-rice-farming.html https://www.agrospectrumasia.com/news/137/4248/japan-irri-launch-coolrice-to-future-proof-rice-farming.html Thu, 09 Jul 2026 15:57:02 +0530 The International Rice Research Institute (IRRI) and Japan's Ministry of Agriculture, Forestry and Fisheries (MAFF) have launched a new research initiative aimed at tackling one of agriculture's most complex climate challenges—developing rice production systems that can withstand rising temperatures while simultaneously reducing greenhouse gas emissions. The one-year CoolRice project seeks to bridge climate adaptation and mitigation by combining heat-tolerant rice breeding with low-cost, low-emission cultivation practices. Rather than addressing declining crop productivity and agricultural emissions as separate issues, the initiative adopts an integrated approach that links plant genetics, agronomy, climate science and digital technologies to develop scalable solutions for rice-growing regions across Asia. Rice remains central to food security for billions of people, yet it is increasingly vulnerable to climate change. Higher temperatures are eroding yields and grain quality across major rice-producing countries, while paddy cultivation continues to be a significant contributor to methane emissions, placing the sector at the centre of global efforts to balance food production with climate commitments. The collaboration brings together IRRI, MAFF, the Japan International Research Center for Agricultural Sciences (JIRCAS), the National Agriculture and Food Research Organization (NARO) and Gifu University. Researchers from the participating institutions formally launched the programme during a two-day meeting at IRRI's headquarters in Los Baños, Philippines, where they outlined a roadmap for accelerating climate-resilient rice research. IRRI Director General Dr. Yvonne Pinto described the initiative as an extension of the institute's long-standing scientific partnership with Japan, which spans more than six decades. She said the project reflects a shared commitment to developing technologies that not only protect farm productivity under climate stress but also contribute to broader global decarbonisation goals. Japanese officials also underscored the growing urgency of international collaboration as climate-related risks intensify across Asia's rice ecosystems. MAFF representatives highlighted the importance of building on previous scientific breakthroughs—including research into early-morning flowering traits that help rice escape heat stress—to accelerate the development of next-generation climate-resilient varieties. Researchers noted that rising temperatures are no longer confined to tropical production systems. Heat stress has become an increasing concern even in temperate rice-growing regions such as Japan, reinforcing the need for collaborative research that spans climatic zones and production environments. Beyond crop breeding, CoolRice will focus on developing heat-risk mapping tools, geospatial analytics, remote sensing applications and cultivation practices capable of lowering methane emissions without compromising productivity. The programme also aims to strengthen regional research capacity by creating a collaborative framework for scientists working across breeding, crop physiology, climate modelling and digital agriculture. Following the project's launch, technical workshops brought together researchers from IRRI and Japanese institutions to identify priority research areas and establish a joint scientific roadmap. Discussions covered advances in heat-tolerant breeding, greenhouse gas mitigation, climate analytics and precision agriculture, laying the groundwork for future technology deployment across Asia. The initiative reflects a broader shift in global agricultural research, where climate resilience is increasingly measured not only by a crop's ability to survive extreme weather but also by its contribution to reducing agriculture's environmental footprint. As governments seek to secure food supplies while meeting ambitious climate targets, integrated programmes such as CoolRice are expected to play an increasingly important role in shaping the future of sustainable rice production.   ]]> https://www.agrospectrumasia.com/news/137/4246/fmc-advances-dual-mode-herbicide-as-weed-resistance-intensifies.html https://www.agrospectrumasia.com/news/137/4246/fmc-advances-dual-mode-herbicide-as-weed-resistance-intensifies.html Thu, 09 Jul 2026 15:39:28 +0530 FMC Corporation has taken a significant step toward commercialising its latest herbicide innovation by submitting the first global regulatory dossier for rimisoxafen to the U.S. Environmental Protection Agency (EPA). The filing marks the inaugural regulatory submission for the active ingredient and covers its proposed use across corn, soybean, sunflower and selected pulse crops. The submission represents a major milestone in FMC's crop protection innovation strategy as growers worldwide grapple with the rapid spread of herbicide-resistant weeds. Developed over more than a decade at the company's Stine Research Center, rimisoxafen introduces a new approach to weed management by combining two distinct modes of action within a single active ingredient—a first for the global herbicide industry. According to FMC, rimisoxafen has been classified by the Global Herbicide Resistance Action Committee (HRAC) as the first herbicide active ingredient with a dual mode of action, falling under HRAC Groups 12 and 32. By targeting two separate biochemical pathways in weeds, the technology is designed to slow the development of resistance compared with conventional single-mode herbicides, an increasingly important consideration as resistant weed populations continue to expand. The launch pipeline comes at a critical time for U.S. agriculture. Herbicide-resistant weeds remain one of the most pressing agronomic challenges facing growers, particularly in soybean production. A 2025 survey by the Weed Science Society of America identified Palmer amaranth and waterhemp as the most problematic broadleaf weeds in the country, both of which demonstrated consistent control during extensive field and greenhouse evaluations of rimisoxafen. The commercial opportunity is equally significant. The United States cultivates more than 70 million hectares of corn and soybeans annually, with growers collectively spending in excess of $6 billion each year on weed management solutions. New herbicide technologies capable of extending resistance management are expected to play an increasingly important role as existing chemistries lose effectiveness. Rimisoxafen is the third novel herbicide active ingredient that FMC has advanced into the regulatory review process in recent years, following Isoflex active and Dodhylex active. The latest submission reinforces the company's strategy of strengthening its innovation pipeline through proprietary chemistry aimed at addressing emerging resistance challenges and supporting long-term crop productivity. Beyond the United States, FMC plans to seek regulatory approvals for rimisoxafen across additional agricultural markets and crop segments as part of its global commercialisation programme. The company noted that the active ingredient has not yet been approved for sale or use in any country, with commercial availability dependent on regulatory clearances in each jurisdiction. The EPA submission underscores a broader shift in the crop protection industry, where innovation is increasingly focused on developing differentiated modes of action rather than incremental improvements to existing chemistries. As weed resistance continues to erode the effectiveness of conventional herbicides, technologies capable of delivering multiple mechanisms of control are expected to become central to future weed management strategies. ]]> https://www.agrospectrumasia.com/news/137/4232/scanit-launches-ai-powered-sporewarn-network-to-detect-airborne-crop-diseases-before-outbreaks.html https://www.agrospectrumasia.com/news/137/4232/scanit-launches-ai-powered-sporewarn-network-to-detect-airborne-crop-diseases-before-outbreaks.html Tue, 07 Jul 2026 13:39:31 +0530 Scanit Technologies has introduced the Iowa SporeWarn Network, an artificial intelligence-driven airborne pathogen monitoring service designed to provide growers with early warning of crop diseases before visible symptoms emerge in the field. The new network addresses one of agriculture's longstanding challenges—detecting disease pressure during its earliest stages. While conventional forecasting systems estimate disease risk based on weather conditions, the Iowa SporeWarn Network measures the actual presence of airborne pathogens, giving farmers direct insight into evolving disease threats. At the core of the platform is SporeCam, Scanit's autonomous, AI-enabled pathogen detection technology. Installed across agricultural fields in central Iowa, the sensors continuously sample the surrounding air to identify microscopic spores associated with major corn and soybean diseases. The technology enables continuous surveillance of pathogen activity well before infections become visible on crops. By combining real-time airborne pathogen detection with AI-powered analytics, the platform enables growers to distinguish between conditions that merely favor disease development and situations where pathogens are actively present. This additional layer of intelligence is intended to support more precise fungicide application decisions, targeted scouting efforts and improved disease management strategies. Subscribers receive daily updates through an online dashboard featuring pathogen pressure summaries, seven-day trend analyses, disease risk assessments and regional heat maps that visualize changing pathogen activity across monitored areas. The service also delivers concise morning alerts via text message, allowing growers to monitor shifts in disease pressure throughout the growing season. The network currently monitors five economically significant diseases affecting corn and soybeans across nearly 500,000 acres in Iowa's Story, Marshall, Polk and Hardin counties. The monitored diseases include tar spot, gray leaf spot, northern corn leaf blight, southern rust and soybean white mold, providing regional intelligence for producers throughout central Iowa. To support field deployment, Scanit has partnered with MaxAg, an independent agricultural services provider headquartered in Maxwell, Iowa. The company oversees monitoring locations, maintains sensor infrastructure and integrates pathogen intelligence with agronomic expertise, helping translate biological data into practical crop management recommendations. Beyond raw pathogen detection, the platform has been designed to simplify interpretation through user-friendly reports, localized agronomic context and educational resources that explain how changing disease pressure should influence scouting priorities and crop protection decisions. In addition to grower subscriptions, Scanit has introduced a business-tier offering for agricultural retailers, crop advisors, non-governmental organizations, drone service providers and other industry stakeholders seeking broader pathogen intelligence across production regions. The company positions the network as a complementary tool to existing weather-based disease forecasting systems by providing direct biological measurements rather than relying solely on environmental conditions. The commercial launch marks another step in the growing adoption of artificial intelligence, autonomous sensing and real-time biological monitoring in precision agriculture. As disease forecasting increasingly shifts toward data-driven decision-making, Scanit plans to expand the SporeWarn Network beyond Iowa, extending airborne pathogen monitoring to additional cropping regions in future seasons. ]]> https://www.agrospectrumasia.com/news/137/4231/brazils-b4a-unveils-ai-platform-that-predicts-soil-biological-risks-from-routine-fertility-tests.html https://www.agrospectrumasia.com/news/137/4231/brazils-b4a-unveils-ai-platform-that-predicts-soil-biological-risks-from-routine-fertility-tests.html Tue, 07 Jul 2026 13:31:06 +0530 Brazilian agri-biotech company B4A (Biome4All) has introduced Biostart, an artificial intelligence-powered platform that predicts biological soil risks using data generated through standard soil fertility analyses. The innovation is designed to help growers and agronomists assess soil biological health without the need for additional sampling or specialized laboratory testing. The platform represents an effort to bridge the gap between conventional soil chemistry assessments and biological diagnostics by extracting deeper insights from data that producers already collect as part of routine agronomic practices. Built on a proprietary database of more than 14,000 soil samples collected across Brazil's diverse agricultural regions, Biostart applies machine learning algorithms to interpret physicochemical soil characteristics and estimate the biological condition of the soil ecosystem. The AI model evaluates ten commonly measured chemical parameters and translates them into seven biological health indicators. Based on these relationships, it predicts the likelihood of 19 biological risks linked to microbial activity, nutrient dynamics and the presence of economically significant soil-borne pathogens. Among the biological challenges assessed by the platform are limitations in biological nitrogen fixation, deficiencies in mycorrhizal activity, reduced nutrient cycling efficiency and elevated risks from pathogens including Fusarium, Rhizoctonia, Macrophomina, Ralstonia and Agrobacterium. Analysis of the company's extensive soil database revealed that Fusarium oxysporum was the most frequently predicted biological threat, appearing in more than 40 per cent of evaluated samples. The data also highlighted widespread constraints in phosphorus-solubilizing microbial activity and biological nitrogen fixation—two processes considered essential for improving nutrient-use efficiency and reducing dependence on synthetic fertilizers. Rather than serving as a replacement for laboratory microbiological testing, Biostart has been developed as a decision-support platform that enables growers to identify areas requiring more detailed biological investigation. By highlighting potential hotspots of biological risk, the system can help optimize diagnostic investments and improve the efficiency of soil health monitoring programmes. The launch reflects the growing emphasis on biological soil intelligence as regenerative agriculture, soil microbiome research and sustainable farming practices gain momentum worldwide. Although chemical soil analyses have long formed the basis of fertility management recommendations, biological diagnostics have remained relatively inaccessible because of their higher costs and dependence on specialized laboratory infrastructure. By integrating artificial intelligence with conventional soil testing, B4A aims to democratize access to biological soil assessments, providing farmers, agronomists and crop advisors with an additional layer of agronomic intelligence to support crop management decisions. The company believes the platform can strengthen biological input programmes, improve disease risk forecasting, enhance nutrient management strategies and guide investments in soil health interventions. Founded in Brazil, B4A (Biome4All) focuses on microbiota diagnostics for agriculture, livestock and environmental applications, combining metagenomics, bioinformatics and data science to convert complex biological information into practical decision-making tools for agricultural production. ]]> https://www.agrospectrumasia.com/news/137/4219/fao-launches-cropsuit-app-to-help-farmers-grow-the-right-crops-in-right-places.html https://www.agrospectrumasia.com/news/137/4219/fao-launches-cropsuit-app-to-help-farmers-grow-the-right-crops-in-right-places.html Mon, 06 Jul 2026 15:03:28 +0530 Farmers, extension workers and governments now have a powerful new tool to help identify the crops best suited to specific parcels of land, enabling more efficient use of resources and greater resilience to climate change. The Food and Agriculture Organization of the United Nations (FAO) today launched CropSuit, a free web-based application that combines soil information with climate information, topography, land cover and other environmental data to identify the crops most likely to perform well in a given location. By helping farmers plant the best crop for local conditions, CropSuit supports better yields, improved incomes, more efficient fertilizer use and more sustainable land management. The tool comes at a critical time when 1.7 billion people around the world live in areas where land degradation is reducing agricultural productivity. The application was unveiled during FAO’s Global Conference on Smart Farming, which gathered ministers, policy makers, researchers and private-sector representatives from around the world to discuss how digital innovation can improve food production while making agriculture more resilient and sustainable. "Technology does not replace farmers. It gives them better information to make better decisions, at the right time and in the right place. CropSuit is one example of how innovation can turn science into practical support for farmers," said Lifeng Li, Director, FAO Land and Water Division. "The challenge is no longer whether smart farming works. It is whether we can ensure that these tools reach the farmers who need them most,” he added. Better decisions, from planning to planting The CropSuit application is part of FAO’s Soil Mapping for Resilient Agrifood Systems (SoilFER) programme, an initiative funded by Japan and the United States of America that helps countries in Africa and Central America strengthen their soil information systems by combining advanced soil data, geospatial data integration, crop modelling and digital decision-support tools. It builds on the Global Agro-Ecological Zoning (GAEZ) framework developed through collaboration between FAO and the International Institute for Applied Systems Analysis (IIASA) and expands access to information on a wide range of crops, including nutrient-dense, traditional and indigenous species with significant potential to improve food security and nutrition. The CropSuit app further expands the capabilities of the SoilFER Geospatial Platform by providing an intuitive and user-friendly interface  for exploring this open-access data. Turning soil intelligence into practical advice The value of the CropSuit app is already being demonstrated through FAO’s programme in Zambia. Using detailed soil maps alongside rainfall and other environmental data, the application showed that while maize performed well on some fields, neighbouring plots with different soil characteristics were better suited to crops such as cassava, cowpea and fonio. The result is more informed crop selection, greater climate resilience and stronger production potential. CropSuit is part of an integrated suite of tools under the aegis of SoilFER, which pioneers new ground for the way it encompasses soil intelligence, addressing multiple issues and stretching from specialized chemical analysis to field advisory services. SoilFER projects currently being implemented in Ghana, Guatemala, Honduras, Kenya, Zambia are designed around three core shareholders: national governments, who benefit from strengthened soil information systems, high-resolution mapping and capacity development; farmers, who gain access to better advisory services and decision-support tools offering economically valuable tips; and soil laboratories, whose analytical capacity is strengthened through equipment, training and standardized methods. SoilFER strengthens national soil information systems by standardizing field surveys, expanding soil sampling, upgrading laboratories and improving data quality to generate practical recommendations on fertilizer use, crop suitability and sustainable land management. These insights are made available through a free web-based application that can be used by farmers, extension services, researchers, planners and policymakers. Depending on data availability, users can explore crop suitability assessments across participating countries and other areas covered by the GAEZ database. ]]> https://www.agrospectrumasia.com/news/137/4207/vietnam-debuts-carbon-trading-platform-to-drive-emissions-reduction-and-sustainable-investment.html https://www.agrospectrumasia.com/news/137/4207/vietnam-debuts-carbon-trading-platform-to-drive-emissions-reduction-and-sustainable-investment.html Wed, 01 Jul 2026 11:51:30 +0530 Vietnam has officially launched its domestic carbon trading platform, marking a significant milestone in the country's efforts to build a market-based mechanism for emissions reduction and strengthen its green finance ecosystem. The platform, introduced jointly by the Ministry of Finance and the Ministry of Agriculture and Environment, commenced operations following the completion of the legal, technological and institutional frameworks required to establish the country's first domestic carbon market. The launch represents a major step in Vietnam's transition toward a low-carbon economy by creating a transparent marketplace for trading greenhouse gas emission allowances and carbon credits. The initiative is also expected to channel capital toward sustainable development projects while aligning the country's financial and environmental markets with international standards. The inaugural trading session recorded the first carbon credit transactions on the opening day, underscoring the market's readiness and the growing interest among participating entities. Vietnam's carbon market is supported by a dedicated regulatory framework, including a national project on the establishment and development of the carbon market and a government decree governing the operation of the domestic trading platform. The Hanoi Stock Exchange and the Vietnam Securities Depository and Clearing Corporation have developed the trading, registration, custody and settlement systems that underpin the market's operations. Authorities view the platform as a critical instrument for encouraging businesses to invest in cleaner technologies, improve energy efficiency and reduce greenhouse gas emissions through economic incentives created by carbon pricing. Beyond environmental objectives, the carbon trading platform is expected to become an important component of Vietnam's expanding green finance ecosystem. By creating a new avenue for capital mobilization and allocation, the market could stimulate investment in renewable energy, low-carbon technologies and other sustainability-focused initiatives. To encourage broad participation during the pilot phase, the government has decided to waive all trading service fees through the end of 2028. The measure is intended to lower barriers to entry and support the gradual development of the domestic carbon market. Regulators have also emphasized the importance of maintaining a secure and transparent marketplace. Authorities plan to strengthen market oversight, enhance cybersecurity and information protection, and implement measures to prevent market manipulation, fraud and other practices that could undermine investor confidence. At the same time, policymakers are focusing on capacity building and public awareness initiatives to improve understanding of carbon trading mechanisms among businesses and market participants. Continued efforts to study international best practices and refine the regulatory framework are expected to support the market's long-term development. The carbon trading platform is poised to play a central role in helping enterprises meet Vietnam's commitment to achieve net-zero greenhouse gas emissions by 2050. By enabling companies to optimize the cost of emissions reductions through the trading of allowances and carbon credits, the market introduces a flexible, market-driven approach to decarbonization. The launch of the platform also signals Vietnam's determination to pursue economic growth while strengthening environmental stewardship, positioning carbon markets as an increasingly important pillar of the country's sustainable development strategy. ]]> https://www.agrospectrumasia.com/news/137/4189/flagship-pioneering-launches-terion-to-build-digital-infrastructure-for-future-of-agriculture.html https://www.agrospectrumasia.com/news/137/4189/flagship-pioneering-launches-terion-to-build-digital-infrastructure-for-future-of-agriculture.html Mon, 29 Jun 2026 16:25:55 +0530 ]]> https://www.agrospectrumasia.com/news/137/4169/roquette-targets-sustainable-agriculture-market-with-new-plant-based-formulation-platform.html https://www.agrospectrumasia.com/news/137/4169/roquette-targets-sustainable-agriculture-market-with-new-plant-based-formulation-platform.html Thu, 25 Jun 2026 16:25:06 +0530 As agriculture grapples with rising climate stress, soil degradation and growing pressure to improve productivity sustainably, ingredient manufacturers are increasingly focusing on technologies that help crops perform under more challenging conditions. Against this backdrop, French plant-based ingredient specialist Roquette has launched a new multifunctional polyol range aimed at supporting next-generation agricultural formulations. The new range, known as NEOSORB AG, is designed for agriscience professionals developing products such as biostimulants, foliar fertilizers, micronutrient formulations and crop nutrition solutions. The launch reflects growing demand for ingredients that not only improve formulation performance but also contribute to plant resilience and nutrient efficiency in increasingly unpredictable growing environments. The agricultural inputs industry is undergoing a significant transformation as farmers face mounting environmental pressures, including salinity stress, water scarcity and extreme weather events. These challenges are pushing formulators to develop products capable of enhancing crop performance while aligning with sustainability goals. Roquette's latest offering is positioned squarely within this emerging market trend. At its core, the platform combines three key functionalities: potential biostimulant properties, moisture-retention capabilities for foliar and liquid fertilizer systems, and organic complexation that can improve micronutrient delivery. By integrating multiple functions into a single ingredient platform, the company aims to simplify formulation development while enhancing product effectiveness. The range consists of two liquid-grade solutions tailored to different formulation requirements. The first, NEOSORB AG S50, features a clear syrup format containing 69.5 per cent to 70.5 per cent  dry matter, 10 per cent  mannitol and a minimum of 69 per cent  sorbitol. The highly defined composition is intended for applications where consistency and precision are critical. The company highlighted trial results involving tomatoes grown under salinity stress, one of the most significant challenges affecting crop productivity globally. According to Roquette, foliar applications of the product delivered improvements in several agronomic indicators compared with sodium chloride control treatments, including gains in biomass production, chlorophyll content and root development. The second grade, NEOSORB AG L20, contains 65 per cent  dry matter, 10 per cent  mannitol and 50 per cent  to 70 per cent  sorbitol on a dry-matter basis. Designed as a more flexible formulation platform, it targets a broad range of agricultural products, including adjuvants, liquid fertilizers, foliar nutrition solutions, micronutrient products and biostimulants. The company says the ingredient supports moisture retention, nutrient delivery and plant resilience while helping manufacturers create more differentiated products for increasingly competitive agricultural input markets. The launch comes at a time when the global biostimulant and specialty crop nutrition sectors are experiencing rapid growth. Farmers are increasingly seeking solutions that complement traditional fertilizers and crop protection products, particularly those capable of improving nutrient-use efficiency and helping plants withstand environmental stress. For formulation companies, the challenge is balancing performance, sustainability and ease of application. Multifunctional ingredients that can deliver several agronomic benefits simultaneously are therefore attracting greater attention across the industry. Roquette believes its new platform addresses that demand by offering formulators greater flexibility in product development while supporting innovation in sustainable agriculture. The broader significance of the launch lies in the growing convergence between plant science, formulation technology and sustainability objectives. As climate variability continues to influence agricultural productivity worldwide, demand is rising for ingredients that help crops maintain performance under difficult conditions without increasing environmental pressure. Rather than focusing solely on yield enhancement, the next generation of agricultural inputs is increasingly centered on resilience, resource efficiency and formulation sophistication. Roquette's latest entry into the agriscience sector reflects that shift. With the agricultural industry searching for tools that can help farmers navigate a more complex production landscape, multifunctional plant-based ingredients are emerging as a key area of innovation. The introduction of NEOSORB AG signals how ingredient manufacturers are positioning themselves to play a larger role in the future of sustainable crop production—where formulation performance is becoming as important as the active ingredients themselves. ]]> https://www.agrospectrumasia.com/news/137/4162/adama-launches-sonavio-herbicide-in-portugal-to-strengthen-weed-control-in-industrial-tomatoes.html https://www.agrospectrumasia.com/news/137/4162/adama-launches-sonavio-herbicide-in-portugal-to-strengthen-weed-control-in-industrial-tomatoes.html Wed, 24 Jun 2026 17:48:28 +0530 ADAMA has expanded its specialty crop portfolio with the launch of SONAVIO®, a new herbicide designed for industrial tomato production in Portugal, as growers face mounting challenges from herbicide resistance, labor constraints, and increasingly limited crop protection options. The introduction of SONAVIO® comes at a critical time for Portugal’s processing tomato sector, one of the country’s most important horticultural industries. The launch event, held in the Ribatejo region, brought together growers, agronomists, and industry stakeholders to assess the product’s performance and discuss evolving weed management strategies in commercial tomato production systems. Positioned as a differentiated solution within the Portuguese market, SONAVIO® is currently the only herbicide specifically registered for pre-transplant applications in industrial tomatoes. The product is based on bifenox, a PPO-inhibiting active ingredient classified under HRAC Group 14, and combines both contact and residual weed control mechanisms. The herbicide delivers immediate activity against emerged weeds by disrupting photosynthetic processes while simultaneously creating a residual protective barrier on the soil surface that suppresses future weed emergence. This dual-action approach is designed to provide extended protection during critical crop establishment periods when competition from weeds can significantly impact yields and crop performance. Field evaluations conducted across tomato-growing regions demonstrated strong control of several problematic broadleaf weed species, including black nightshade (Solanum nigrum), pigweed (Amaranthus spp.), purslane (Portulaca oleracea), and goosefoot (Chenopodium spp.). According to company data, residual weed suppression can extend for up to 60 days following application, reducing weed pressure during early crop development. Beyond efficacy, SONAVIO® is expected to play an important role in resistance management programs. By introducing an alternative mode of action into weed control strategies, the product provides growers with additional flexibility to diversify herbicide programs and reduce the risk of resistance development associated with repeated use of the same active ingredients. The launch also reflects broader shifts within European crop protection markets, where regulatory pressures and evolving sustainability requirements are driving demand for innovative solutions that maximize the performance of existing active ingredients through improved formulations and targeted crop registrations. While industrial tomatoes represent the primary focus of the Portuguese launch, SONAVIO® has also secured registrations across a range of horticultural crops, including lettuce, onion, garlic, carrot, parsley, artichoke, and escarole. Depending on the crop, the herbicide can be integrated into pre-transplant, pre-emergence, or early post-emergence weed management programs, offering greater operational flexibility for growers. As European producers seek more efficient and sustainable approaches to weed control, products that combine broad-spectrum efficacy, residual activity, and resistance management benefits are becoming increasingly important components of integrated crop management strategies. For ADAMA, the introduction of SONAVIO® reinforces its focus on delivering specialized solutions tailored to the needs of high-value horticultural production systems.   ]]> https://www.agrospectrumasia.com/news/137/4146/greenlight-advances-rna-revolution-in-agriculture-with-first-rna-based-fungicide.html https://www.agrospectrumasia.com/news/137/4146/greenlight-advances-rna-revolution-in-agriculture-with-first-rna-based-fungicide.html Tue, 23 Jun 2026 12:57:54 +0530 GreenLight Biosciences is positioning Brazil at the centre of its global growth strategy following regulatory progress for Oifirax (ES-43), a novel RNA-based fungicide designed to combat powdery mildew in grapes and other high-value crops. The product is being promoted as the world's first topical RNA-interference (RNAi) fungicide, signalling a potential breakthrough in the evolution of biological crop protection technologies. The company received a significant boost after Brazil’s Ministry of Agriculture (MAPA) included Oifirax on its priority regulatory review list, accelerating the approval process for the innovative bio-input. The development strengthens Brazil’s role as a strategic launch market for emerging agricultural technologies and reinforces the country's growing importance in the global biologicals sector. GreenLight’s expansion strategy is being supported by a recent US$25 million investment from Just Climate, the climate-focused investment platform linked to Generation Investment Management, co-founded by former US Vice President Al Gore. The funding is expected to support the company’s commercial scale-up and strengthen its operational footprint in Brazil, which GreenLight views as a key hub for future international expansion. The company is initially focusing on Brazil’s viticulture sector, where powdery mildew remains one of the most economically damaging fungal diseases affecting vineyards. With approximately 75,000 hectares of vineyards across the country, producers face continuous pressure to manage disease while meeting increasingly stringent residue requirements in domestic and export markets. Unlike conventional fungicides that rely on broad-spectrum chemical activity, Oifirax employs RNA interference technology, a highly targeted biological mechanism that silences specific genes essential for fungal survival and reproduction. The technology allows the product to attack the pathogen without altering plant genetics or affecting beneficial organisms, positioning it as a non-GMO solution aligned with sustainability objectives. According to company data, field evaluations conducted across multiple Brazilian production regions, including the São Francisco Valley, demonstrated disease control performance comparable to or exceeding conventional chemical fungicides, even at lower application rates. The product is also being evaluated for future use in crops such as tomatoes, cucumbers, coffee and cocoa, all of which face significant fungal disease challenges. One of the key differentiators of RNA-based crop protection products is their environmental profile. GreenLight says Oifirax degrades rapidly after application, leaves no detectable residues at harvest and poses minimal risk to pollinators and beneficial insects. These characteristics are increasingly important as global regulators, food companies and consumers place greater emphasis on sustainable agricultural production systems. The commercialisation of Oifirax is supported by GreenLight’s proprietary cell-free RNA manufacturing platform, which is designed to produce double-stranded RNA at scale and at lower costs than traditional RNA production methods. The technology addresses one of the historical barriers to agricultural RNAi adoption—economic viability for large-scale farming applications. While the active ingredient is currently manufactured in the United States, GreenLight has indicated plans to localise production in Brazil over time. The company already maintains a significant presence in the country through its insecticide adjuvant business, with Brazil accounting for the majority of global sales for its Fortivance product portfolio. Looking ahead, GreenLight intends to leverage its Brazilian operations as a regional export platform serving Latin American markets, including Argentina and Chile. Simultaneously, regulatory submissions are progressing in the European Union, targeting major wine-producing regions in Italy, Spain and France. As biological crop protection technologies continue to gain momentum worldwide, the launch of Oifirax could mark a pivotal moment for RNA-based agriculture, offering growers a new generation of precision disease management tools that combine efficacy, sustainability and regulatory compliance.   ]]> https://www.agrospectrumasia.com/news/137/4134/trackman-expands-premium-track-portfolio-with-new-hp-plus-series-for-fendt-vario-mt-tractors.html https://www.agrospectrumasia.com/news/137/4134/trackman-expands-premium-track-portfolio-with-new-hp-plus-series-for-fendt-vario-mt-tractors.html Thu, 18 Jun 2026 16:28:05 +0530 Trackman, a manufacturer of high-performance rubber track systems for agricultural and commercial machinery, has announced the launch of its new HP Plus track series for the Fendt 900 and 1100 Vario MT tractor platforms, broadening its product offering as demand grows for improved ride quality, durability and operational efficiency in modern farming equipment. The latest addition to the company's track portfolio has been engineered to enhance operator comfort while maintaining the durability and traction required for demanding field operations. The new HP Plus series incorporates refinements in tread pitch, lug configuration and internal reinforcement technology, reflecting Trackman's focus on balancing performance with long-term reliability. Designed for Evolving Field Demands According to the company, the HP Plus platform was developed in response to increasing demand from operators seeking smoother machine performance without compromising traction or service life. "The HP Plus track was developed in direct response to what today's operators are asking for—improved ride quality without sacrificing durability or performance," said Dan Fullenkamp, Director of Business Strategy at Trackman. "With this design, we've optimized tread pitch, lug size and the internal construction to reduce machine stress and deliver a smoother, more consistent ride across a wide range of field conditions. It's a meaningful step forward for both operator comfort and long-term track performance." New Solution for Fendt 900 Vario MT Series Trackman's new HP Plus tracks for the Fendt 900 Vario MT series will be available in 25-inch and 30-inch widths. The tracks feature a 7.6-inch tread pitch, designed to improve ride smoothness, alongside 2.95-inch tread bars aimed at balancing traction and wear performance. The design incorporates a 1.5-inch-thick carcass reinforced with four layers of the company's proprietary MAXXTUFF technology, providing structural strength while helping reduce stress on drive and idler wheel components. The fully moulded construction is intended to support consistent field performance across a variety of operating environments and soil conditions. Expanding Support for High-Horsepower Tractors Trackman is simultaneously introducing HP Plus tracks for the Fendt 1100 Vario MT series, one of the industry's flagship high-horsepower tracked tractor platforms. Available in 30-inch and 36-inch widths, the new tracks incorporate a 7.9-inch pitch specifically designed to improve ride characteristics during intensive tillage operations. Like the 900 series offering, the tracks feature 2.95-inch tread lugs and the company's reinforced MAXXTUFF construction to support durability and traction under heavy workloads. The launch strengthens Trackman's position within the growing market for replacement and aftermarket track solutions tailored to large-scale agricultural operations. Maintaining Options for Specialized Applications While introducing the HP Plus platform, Trackman confirmed it will continue offering its HP Extreme track option for the Fendt 1100 Vario MT range. Featuring a 9-inch pitch and 2.75-inch tread bars, the HP Extreme configuration remains targeted at operators requiring maximum traction in highly demanding applications, including scraping and other heavy-duty field tasks. By maintaining multiple track configurations, the company aims to provide growers and contractors with solutions tailored to distinct operational requirements rather than a single standardized offering. Production Begins in July Trackman expects initial production of HP Plus tracks for both Fendt tractor series to commence in early July 2026, with availability expanding as manufacturing ramps up. The launch comes as tracked machinery continues to gain prominence in large-scale agriculture, driven by the need to reduce soil compaction, improve flotation and enhance operational efficiency across increasingly challenging field conditions. With the HP Plus series, Trackman is positioning itself to capitalize on that trend by delivering a track solution focused on the three priorities most valued by operators today: comfort, durability and field performance. ]]> https://www.agrospectrumasia.com/news/137/4129/fao-and-wfp-launch-joint-appeal-to-protect-8-8-million-people-from-extreme-weather-events.html https://www.agrospectrumasia.com/news/137/4129/fao-and-wfp-launch-joint-appeal-to-protect-8-8-million-people-from-extreme-weather-events.html Thu, 18 Jun 2026 14:15:40 +0530 Scaling up early action in 22 high-risk countries will help safeguard lives, livelihoods and food security The Food and Agriculture Organization of the United Nations (FAO) and the World Food Programme (WFP) have launched their first-ever Joint Anticipatory Action Appeal, seeking $202 million to protect nearly nine million people from the potential impact of a strong El Niño weather pattern across 22 high-risk priority countries. The Appeal calls for urgent, flexible funding ahead of anticipated climate shocks that could threaten food security, livelihoods and agricultural production across the world’s most vulnerable regions through this year and next. El Niño is forecasted to strengthen during the period covered by the outlook, leading to drier-than-average conditions in some areas and wetter, flood-risk conditions in others. This can disrupt planting, growing seasons, harvests, pasture, and water availability. Strong El Niño conditions in the second half of 2026 are predicted to increase the likelihood of drought, floods and storms across parts of Africa, Asia, the Pacific, and Latin America and the Caribbean. The forecast comes at a time when millions of people are already facing acute food insecurity driven by conflict, economic instability, displacement, recurrent weather-related shocks, and economic disruptions linked to the ongoing conflict in the Middle East. FAO and WFP are already positioned to provide anticipatory action for 1.2 million people projected to be affected by El Niño. With an additional investment of $167 million, the two agencies are positioned to rapidly expand support to a further 7.6 million people across 22 priority countries, bringing the total coverage to 8.8 million people. The joint appeal builds on strong evidence that anticipatory action is both highly effective and cost-efficient. Every dollar invested in anticipatory response can result in up to $7 in avoided losses and response costs. "Experience consistently shows that early action is more effective and less costly than responding after a crisis has escalated,” said FAO Deputy Director-General Beth Bechdol. "We have the data, the tools and the evidence to identify risks before they become emergencies. The challenge is ensuring that financing is available early enough to act. When resources are available before trigger thresholds are reached, countries can protect food production, reduce humanitarian needs and help families safeguard livelihoods before critical planting, harvesting and livestock production windows are lost." “We cannot afford the fallout of another food crisis,” said Carl Skau, WFP Acting Executive Director. “With El Niño on the horizon, we have a narrow window to act so families are not forced into impossible choices later. We now have the tools to anticipate these events, what matters is how we act with that knowledge. Early action keeps food on the table and protects those at most risk. With the right resources, we can act faster, reduce costs, and reach people before the crisis escalates.” Funding will support a package of proven anticipatory actions tailored to individual local contexts. These include cash assistance, the distribution of drought-tolerant and/or flood-resistant seeds, livestock protection measures, water harvesting and storage systems, flood protection infrastructure, agricultural advisories and the dissemination of early warning information. Planned interventions will help vulnerable households protect livelihoods, stabilize food consumption, safeguard agricultural production and strengthen resilience to future shocks. Priority countries The appeal focuses on 22 countries, balancing key considerations such as risks based on meteorological forecasts of El Niño and its possible impact, historical weather patterns, agricultural calendars, existing levels of food insecurity and operational readiness. The targeted countries by region are: Africa: Cameroon, Ethiopia, Kenya, Madagascar, Malawi, Mozambique, Nigeria, Somalia, South Sudan, Sudan, Uganda and Zimbabwe. Asia and the Pacific: Afghanistan, Pakistan, Philippines and Timor-Leste. Latin America and the Caribbean: Colombia, El Salvador, Guatemala, Haiti, Honduras and Venezuela. From forecast to action The Appeal comes as humanitarian needs continue to rise while global aid budgets face increasing pressure. During the 2023–2024 El Niño event, FAO and WFP supported more than three million people through anticipatory action, delivering assistance months before peak impacts occurred. Capacity has since expanded, but overall coverage remains well below identified needs, highlighting the importance of scaling up financing and preparedness ahead of the 2026 event. FAO and WFP reiterate that the systems, partnerships and operational plans needed to act are fully in place and coordinated for immediate action. What is needed now is the financing required to deliver anticipatory action at the scale that current forecasts demand. ]]> https://www.agrospectrumasia.com/news/137/4113/basf-unveils-efficon-in-egypt-advancing-next-generation-pest-management-for-high-value-crops.html https://www.agrospectrumasia.com/news/137/4113/basf-unveils-efficon-in-egypt-advancing-next-generation-pest-management-for-high-value-crops.html Tue, 16 Jun 2026 17:17:58 +0530 Powered by the novel Axalion Active molecule, the new insecticide introduces a distinct mode of action aimed at tackling resistance challenges while strengthening sustainable crop protection across Egypt’s horticulture sector BASF Agricultural Solutions has expanded its crop protection portfolio in Egypt with the introduction of Efficon, a next-generation insecticide developed to address the growing challenge of sucking pest infestations in high-value crops while supporting more sustainable agricultural production systems. The launch marks the commercial debut of a new chemistry platform powered by Axalion Active, a novel active ingredient designed to provide long-lasting control of economically significant piercing and sucking insects, including whiteflies and aphids. The innovation arrives at a critical moment for growers navigating increasingly complex pest management challenges shaped by climate volatility, evolving insect populations and rising resistance to established insecticide classes. Across many agricultural regions, pest pressures are becoming more unpredictable and difficult to manage. Changes in temperature patterns and environmental conditions have altered pest behaviour and distribution, while decades of reliance on a limited number of insecticide groups have accelerated concerns surrounding resistance development. For producers of vegetables, potatoes and other high-value crops, the consequences extend beyond yield losses to include quality deterioration, increased production costs and reduced market competitiveness. Against this backdrop, the introduction of Efficon represents an effort to expand the range of available pest management tools through the addition of a completely distinct mode of action. Classified under IRAC Group 36, the product offers growers an alternative mechanism for controlling key insect pests while contributing to long-term resistance management strategies. The insecticide is designed to rapidly disrupt feeding activity among target pests, a characteristic that carries particular significance in crops vulnerable to insect-transmitted viral diseases. By halting feeding behaviour at an early stage, the technology aims not only to suppress pest populations but also to reduce the risk of pathogen transmission that can compromise crop productivity and quality. The launch reflects broader shifts underway within the global crop protection industry, where innovation is increasingly focused on balancing efficacy with sustainability. Rather than relying solely on curative interventions, modern crop protection strategies are placing greater emphasis on preserving the long-term effectiveness of active ingredients, reducing environmental impact and integrating products within broader ecosystem-based management frameworks. Efficon has been developed to align with these evolving priorities. Its compatibility with Integrated Pest Management (IPM) programmes enables it to function alongside biological controls, monitoring systems and other sustainable agronomic practices. Such integration is becoming increasingly important as agricultural systems seek to enhance productivity while reducing reliance on repetitive chemical interventions. The Egyptian market occupies a strategically significant position within this transition. As one of the region’s major agricultural producers and exporters, Egypt’s horticulture sector faces growing pressure to maintain productivity, quality standards and export competitiveness amid changing climatic conditions and tightening sustainability requirements across global supply chains. For BASF, the introduction of Efficon underscores the role of innovation as a central pillar of agricultural transformation. The company continues to invest heavily in research and development, allocating billions of euros annually toward scientific advancement, including substantial investments dedicated specifically to agricultural solutions. These efforts are aimed at developing technologies capable of addressing emerging agronomic challenges while supporting more resilient and resource-efficient food production systems. The launch also reflects the increasing importance of transferring advanced agricultural technologies into regional markets where productivity gains are becoming harder to achieve through conventional approaches alone. New modes of action, improved resistance management tools and more targeted crop protection solutions are expected to play a critical role in helping growers sustain yields and profitability in the years ahead. Beyond its immediate commercial significance, Efficon represents a broader evolution in crop protection philosophy—one that recognises sustainable productivity as the defining challenge of modern agriculture. As pest pressures intensify and resistance risks continue to mount, the future of crop protection will depend not merely on controlling threats, but on doing so in ways that preserve effectiveness, support environmental stewardship and strengthen the resilience of farming systems. With the introduction of Efficon, BASF is positioning itself at the intersection of these priorities, offering Egyptian growers access to a new generation of crop protection technology designed to enhance performance today while safeguarding agricultural productivity for the future. ]]> https://www.agrospectrumasia.com/news/137/4078/aphea-bio-and-bayer-join-forces-to-develop-next-generation-bioinsecticides-for-global-agriculture.html https://www.agrospectrumasia.com/news/137/4078/aphea-bio-and-bayer-join-forces-to-develop-next-generation-bioinsecticides-for-global-agriculture.html Wed, 10 Jun 2026 14:53:16 +0530 Partnership targets sap-sucking pests in fruit and row crops as growers seek new solutions amid rising resistance and tighter pesticide regulations Belgian agricultural biotechnology company Aphea.Bio has entered into a strategic research partnership with Bayer to accelerate the development of bioinsecticides targeting sap-sucking insects, a major class of agricultural pests responsible for billions of dollars in crop losses worldwide. The collaboration aims to expand the crop protection options available to growers by combining Aphea.Bio’s microbial discovery platform with Bayer’s global development, regulatory, and commercialization capabilities. The companies will initially focus on fruit crops, including pome fruits, stone fruits, citrus, and grapes, while exploring future applications in vegetables and large-scale row crops such as cotton and soybean. The agreement comes at a time when farmers are facing mounting pressure from insecticide resistance and increasingly stringent regulatory requirements that are reshaping the global crop protection landscape. Responding to a Growing Pest Management Challenge Sap-sucking insects remain among the most damaging agricultural pests globally, reducing yields, transmitting plant diseases, and threatening crop quality across multiple production systems. At the same time, restrictions on certain conventional insecticides and the emergence of resistant pest populations have heightened demand for new modes of action capable of delivering effective control while meeting evolving sustainability expectations. Aphea.Bio is seeking to address this gap through a portfolio of bioinsecticides derived from microbial metabolites—naturally occurring compounds produced by selected microorganisms. Unlike many biological products based on living organisms, these solutions combine the environmental advantages of biological crop protection with the storage stability and ease of use typically associated with conventional products. The company has built its pipeline by screening thousands of microbial strains and advancing promising candidates through a rigorous development process focused on efficacy, safety, manufacturability, and regulatory readiness. Combining Discovery Expertise with Global Scale Under the partnership, Aphea.Bio will contribute its expertise in microbial lead discovery, characterization, and early-stage development, while Bayer will provide its extensive capabilities in product development, regulatory engagement, and global market access. The agreement was formally signed during a ceremony in Monheim, Germany, highlighting both companies’ commitment to advancing biological crop protection technologies. "The bioinsecticide market has been waiting for a partnership like this," said Isabel Vercauteren, CEO of Aphea.Bio. "Bayer's decision to collaborate with us reflects confidence in our ability to develop high-quality bioinsecticide leads, while Bayer brings the capability to deliver these solutions to millions of farmers around the world." Benoit Hartmann, Insights, Innovation & Partnerships Lead at Bayer Crop Science, said the collaboration reflects the industry's growing focus on expanding biological crop protection options. "Through this research partnership with Aphea.Bio, we aim to broaden the crop protection toolbox and accelerate the development of innovative, effective, and scalable biological solutions that meet the evolving needs of growers," he said. Accelerating the Path to Commercialization The companies plan to work jointly on advancing prototype products through field validation and early regulatory engagement, with development milestones tied to key performance criteria including efficacy, safety, production scalability, and regulatory feasibility. While financial terms of the agreement were not disclosed, the partnership underscores increasing investment across the agricultural sector in biological solutions that can complement existing crop protection strategies. Biologicals Gain Strategic Importance The collaboration reflects a broader shift within global agriculture as growers, regulators, and agribusiness companies seek new technologies capable of balancing productivity, sustainability, and resistance management. As biological crop protection continues to gain momentum, partnerships that combine innovative discovery platforms with large-scale commercialization capabilities are increasingly viewed as critical to bringing next-generation solutions from the laboratory to the field. For Aphea.Bio, the agreement marks a significant step in validating its microbial innovation platform. For Bayer, it reinforces a growing commitment to expanding biological offerings within its crop protection portfolio. Together, the companies are betting that the future of pest management will increasingly rely on biologically derived solutions capable of addressing some of agriculture’s most persistent and economically damaging insect threats. ]]> https://www.agrospectrumasia.com/news/137/4075/revo-foods-bets-on-mycoprotein-chicken-as-demand-grows-for-next-generation-proteins.html https://www.agrospectrumasia.com/news/137/4075/revo-foods-bets-on-mycoprotein-chicken-as-demand-grows-for-next-generation-proteins.html Wed, 10 Jun 2026 14:17:24 +0530 New product rollout marks the company’s entry into the world’s largest meat category following success in alternative seafood Austrian food-tech company Revo Foods is broadening its alternative protein portfolio beyond seafood-inspired products with the launch of EL POLLO, a mycoprotein-based chicken alternative that will debut this month across supermarkets in Austria, Germany, and Italy. The move marks a significant expansion for Revo Foods as it targets the world's largest meat category—chicken—while leveraging its proprietary fermentation and food-structuring technologies to compete in the rapidly evolving protein market. Made from fermented mycoprotein (Fusarium venenatum), fava bean protein, canola oil, and bamboo fiber, EL POLLO features a streamlined ingredient list of seven components and carries a Nutri-Score A rating. The product is also gluten-free, cholesterol-free, and available in three varieties: Original, Asian Fusion, and BBQ Style. Betting on the World's Most Popular Meat Chicken remains the most consumed meat globally, making it one of the most attractive—and competitive—segments for alternative protein companies seeking mainstream adoption. "Chicken is the most-eaten meat in the world, and plant-based versions can often be bland," Revo Foods said in announcing the launch. "We experimented extensively with our texturizing process and believe we have developed a product that delivers a juicier and more fibrous eating experience." Each 150-gram serving is designed to provide high levels of protein and dietary fiber while appealing to consumers looking for healthier and more sustainable protein options. From Alternative Seafood to Alternative Poultry The launch builds on a period of rapid product innovation for Revo Foods, which has gained attention for applying mycoprotein and 3D food production technologies to seafood alternatives. Over the past year, the company introduced EL BLANCO, a black cod-inspired fillet, and THE KRAKEN, a mycoprotein-based octopus alternative that sold out during pre-orders, signaling growing consumer interest in next-generation protein formats. The expansion into poultry represents a strategic shift toward larger-volume categories that could significantly expand the company's addressable market. Powered by Industrial-Scale Food Technology Central to Revo Foods' growth strategy is its Taste Factory in Vienna, which opened in 2024 and is described by the company as the world's first industrial-scale facility dedicated to mycoprotein-based 3D food production. The facility enables the company to engineer texture, structure, and nutritional profiles more precisely than conventional plant-based manufacturing methods, creating products designed to more closely replicate the sensory experience of animal proteins. Expanding Retail Footprint EL POLLO will be available through major supermarket chains in Austria, Germany, and Italy, complementing Revo Foods' direct-to-consumer online channel. The company has steadily expanded its retail presence across Europe and is currently stocked by leading supermarket groups including EDEKA, REWE, BILLA, and SPAR. As consumer demand for alternative proteins continues to diversify beyond traditional plant-based burgers and sausages, Revo Foods is positioning mycoprotein as a next-generation category capable of delivering improved nutrition, texture, and sustainability—while moving closer to the center of everyday protein consumption. ]]> https://www.agrospectrumasia.com/news/137/4061/nitro-expands-crop-technology-portfolio-with-stay-up-for-soybean-and-bean-producers.html https://www.agrospectrumasia.com/news/137/4061/nitro-expands-crop-technology-portfolio-with-stay-up-for-soybean-and-bean-producers.html Tue, 09 Jun 2026 15:21:34 +0530 Company says the regulator delivers its biggest impact in highly fertile production environments where vegetative imbalance can limit yields Brazilian agricultural inputs company Nitro has launched Stay Up, a new plant growth regulator designed to improve productivity in soybean and bean crops by controlling excessive vegetative growth and directing more plant energy toward pod formation and grain production. The product was officially introduced during a technical event in Sorriso, Mato Grosso, one of Brazil’s most important grain-producing regions, attended by farmers, agronomists, consultants and industry stakeholders. According to Vinícius Marangoni, Portfolio Manager at Nitro, Stay Up is the result of several years of research and field validation conducted across diverse agricultural regions of Brazil. The technology works by regulating hormonal activity within the plant. Nitro explained that Stay Up influences the transport of auxin, a hormone associated with vegetative growth. By moderating auxin activity, the product helps maintain cytokinin function, supporting branching, pod setting and grain development. The company said field trials recorded average productivity gains of four to five bags per hectare, while more than 85 percent of evaluated trial areas delivered yield improvements exceeding one bag per hectare. Nitro conducted validation trials at approximately 400 locations across Brazil’s South, Southeast, Central-West, North and Northeast regions. Results were particularly strong in highly productive farming environments. Expanding Presence in Brazilian Agriculture The launch also highlights Nitro’s rapid expansion in the agricultural sector since entering the market in 2019. According to Leonardo de Souza, Commercial Manager for Mato Grosso and Rondônia, the company has grown from a small national operation to a major player in Brazilian agriculture. “Nitro began its agricultural business with just 12 professionals serving the entire country. Today, more than 180 employees work directly in the field supporting growers,” de Souza said. Over the same period, the company’s agricultural revenue reportedly expanded from approximately BRL 30 million to nearly BRL 1 billion annually, reflecting growing adoption of its crop nutrition and agricultural technology portfolio. Nitro’s current offering spans soil nutrition products, micronutrients, foliar fertilizers, biological solutions, seed treatment technologies and adjuvants, positioning the company across multiple segments of modern crop management. Looking ahead, the company plans to accelerate innovation efforts, with more than 30 new products currently under development. “We continue to invest significantly in research and development to deliver new technologies that help farmers improve productivity and sustainability,” de Souza said. With the launch of Stay Up, Nitro is strengthening its focus on advanced crop management solutions aimed at helping growers maximize yields in increasingly intensive and technology-driven production systems. ]]> https://www.agrospectrumasia.com/news/137/4036/syngenta-secures-exclusive-rights-to-novel-biofungicide-for-southeast-asias-rice-sector.html https://www.agrospectrumasia.com/news/137/4036/syngenta-secures-exclusive-rights-to-novel-biofungicide-for-southeast-asias-rice-sector.html Thu, 04 Jun 2026 16:36:32 +0530 Partnership with Ascribe Bioscience aims to bring PHYTALIX to Asian farmers by 2029, offering a new biological weapon against crop diseases while supporting sustainable yield growth Syngenta and U.S.-based biotechnology innovator Ascribe Bioscience have entered into a landmark development and supply agreement to commercialize PHYTALIX, a next-generation biofungicide designed to strengthen crop resistance against a broad spectrum of fungal, bacterial, and viral diseases. The agreement grants Syngenta exclusive commercial rights to the product for rice and other major crops across Southeast Asia, with the potential to expand into additional markets over time. The collaboration marks a significant step in the accelerating integration of biological crop protection technologies into mainstream agricultural production systems. The commercial alliance follows four years of extensive field validation conducted by Syngenta, during which PHYTALIX demonstrated strong performance against key crop diseases while delivering consistent yield improvements. Trials highlighted its effectiveness as part of integrated pest management (IPM) programs, particularly in combating Bacterial Leaf Blight, one of the most damaging diseases affecting rice cultivation across Asia. Developed from scientific discoveries at the Boyce Thompson Institute at Cornell University, PHYTALIX works by activating plants’ natural defense mechanisms rather than directly targeting pathogens. The biological solution enables crops such as rice, soybeans, maize, and wheat to enhance their own resistance to disease pressures throughout the growing season. The partnership comes at a critical time for global rice production. Rice remains the primary food source for nearly half the world’s population, yet growers are facing mounting challenges from climate variability, emerging disease threats, and increasing resistance to conventional crop protection products. Industry experts view biological solutions as an increasingly important complement to traditional chemistries, helping farmers maintain productivity while meeting evolving sustainability expectations. PHYTALIX has been designed to bridge the gap between conventional crop protection products and biological alternatives. The product offers a novel mode of action, broad-spectrum disease control, high stability, and low application rates, making it suitable for adoption across a wide range of farming systems and operational scales. According to Syngenta, the technology could become an important tool for managing complex disease pressures while supporting more resilient and sustainable rice production across the region. “The collaboration with Ascribe reflects our commitment to bringing farmers differentiated solutions that help them implement more efficient and modern farming strategies through the combined use of conventional and biological products,” said Emilhano Lima, Global Head of Seedcare and Biologicals at Syngenta. He added that partnerships with emerging innovators are essential to accelerating the delivery of next-generation biological technologies to farmers worldwide. For Ascribe Bioscience, the agreement represents a major commercial milestone and validation of the technology’s global potential. “By partnering with Syngenta in Asia, we are able to move this innovation from the laboratory into the hands of farmers seeking new and sustainable disease-management solutions,” said Dr. Jay Farmer, Co-founder and Chief Executive Officer of Ascribe Bioscience. “Syngenta’s commitment underscores the significant opportunity for PHYTALIX in global agriculture.” The companies will now advance regulatory registration processes and market development activities across the targeted Asian markets. Subject to approvals, the first commercial launches of PHYTALIX are expected in 2029. The partnership reflects a broader industry shift toward biological crop protection products as agricultural producers seek solutions that combine productivity, sustainability, and resilience in an increasingly challenging farming environment. As disease pressures intensify and regulatory scrutiny of conventional chemistries grows, innovations such as PHYTALIX are expected to play an increasingly prominent role in the future of crop protection. ]]> https://www.agrospectrumasia.com/news/137/4015/borregaard-unveils-ce-marked-biostimulant-ingredient-to-boost-nutrient-efficiency-and-fertilizer-performance.html https://www.agrospectrumasia.com/news/137/4015/borregaard-unveils-ce-marked-biostimulant-ingredient-to-boost-nutrient-efficiency-and-fertilizer-performance.html Wed, 03 Jun 2026 13:29:25 +0530 Activance NUE enables validated nitrogen and phosphorus efficiency claims, offering fertilizer manufacturers a regulatory-ready solution for sustainable crop nutrition Borregaard has introduced Activance NUE, a new CE-marked biostimulant ingredient designed to enhance nitrogen and phosphorus use efficiency across a wide range of crops, as fertilizer manufacturers increasingly seek technologies that improve productivity while reducing nutrient losses and environmental impact. Certified under the European Union Fertilising Products Regulation (EU) 2019/1009 as a PFC 6(B) non-microbial plant biostimulant, Activance NUE enables fertilizer producers to develop advanced nutrition products with validated nutrient-use efficiency claims while maintaining flexibility across multiple formulation systems. The launch comes amid growing pressure on farmers and input manufacturers to optimise fertilizer use as rising input costs, supply chain volatility and sustainability requirements reshape global crop production strategies. By improving how plants absorb and utilise nutrients, the new ingredient aims to help growers maintain productivity while using fertilizer resources more efficiently. According to Borregaard, Activance NUE has been specifically developed to simplify product development for fertilizer manufacturers. The ingredient can be incorporated into PFC 7 fertilizer blends, allowing manufacturers to retain validated nitrogen and phosphorus efficiency claims on final product labels while accelerating regulatory compliance and commercialisation within European markets. “Activance NUE combines validated nutrient-use efficiency claims with strong formulation compatibility, providing fertilizer manufacturers with a regulatory-ready solution for next-generation fertilizer products,” said Eduardo Pereira, Business Director Agri at Borregaard. The technology works through three scientifically validated mechanisms that enhance nutrient uptake and utilisation. These include stimulation of root development through activation of plasma membrane H⁺-ATPase activity, improved phosphorus availability through metal-phosphate complex formation, and enhanced nitrate uptake coupled with reduced nitrate leaching. Together, these mechanisms are designed to strengthen nutrient acquisition and improve overall fertilizer efficiency under a range of growing conditions. Field and laboratory evaluations conducted by Borregaard demonstrated significant agronomic benefits. Trials showed a 28.6 per cent increase in total root length and a 21 per cent improvement in nitrate uptake rates compared with untreated controls, highlighting the ingredient’s potential to improve nutrient absorption and plant vigour. Yield improvements were also recorded across multiple crop categories. Open-field studies reported yield gains of 4 per cent to 11 per cent in fruit crops, more than 10 per cent in vegetables, and over 5 per cent in broadacre field crops, indicating broad applicability across diverse agricultural systems. Beyond conventional fertilizer programmes, Activance NUE demonstrated particular value under nutrient-limited conditions, where crops typically face greater productivity losses. This capability is expected to resonate with growers seeking to maximise returns on fertilizer investments while mitigating production risks linked to fluctuating input availability and costs. The ingredient has been engineered for compatibility across a broad spectrum of fertilizer systems, including liquid NPK formulations, fertigation programmes, hydroponic systems and water-soluble fertilizers. Available in both soluble powder and microgranule formats, Activance NUE has also been designed to maintain stability under high-salt and low-pH formulation environments, expanding its potential application across specialty nutrition products. The introduction of Activance NUE reflects a wider industry shift toward nutrient stewardship and resource efficiency. As regulators, food companies and agricultural value chains place increasing emphasis on sustainable production practices, technologies that improve nutrient-use efficiency are becoming an increasingly important component of modern crop nutrition strategies. With its regulatory certification, validated agronomic performance and formulation flexibility, Borregaard positions Activance NUE as a next-generation ingredient capable of helping fertilizer manufacturers develop more efficient, sustainable and market-ready plant nutrition solutions for an evolving agricultural landscape. ]]> https://www.agrospectrumasia.com/news/137/4012/elemental-enzymes-and-upl-set-new-benchmark-in-biological-crop-protection-with-strakor-launch.html https://www.agrospectrumasia.com/news/137/4012/elemental-enzymes-and-upl-set-new-benchmark-in-biological-crop-protection-with-strakor-launch.html Tue, 02 Jun 2026 16:50:39 +0530 Brazilian citrus growers gain access to the first registered peptide-based solution targeting citrus greening, combining science, sustainability and field-ready performance In a development that could significantly alter the battle against one of global agriculture’s most persistent crop diseases, Elemental Enzymes and UPL Ltd. have announced the commercial launch of Strakor, a peptide-based biological solution designed to manage citrus greening disease, also known as Huanglongbing (HLB). The introduction of Strakor marks a notable milestone for the citrus sector, as the product becomes the first and only registered solution in Brazil specifically approved for the management of citrus greening, a disease widely regarded as one of the most devastating threats to citrus production worldwide. Developed using Elemental Enzymes’ proprietary Vismax technology, Strakor represents the latest application of precision biology in agriculture, translating advanced peptide science into a scalable field solution aimed at improving plant resilience and long-term orchard productivity. The launch comes at a critical juncture for Brazil’s citrus industry, which remains one of the world’s largest producers and exporters of orange juice. Citrus greening has inflicted substantial economic losses across major citrus-growing regions globally by reducing fruit quality, lowering yields and, in severe cases, causing tree decline and orchard abandonment. Unlike conventional crop protection approaches that focus primarily on external pathogen control, Strakor is designed to activate the plant’s own defense mechanisms. The technology employs precisely engineered signaling peptides that stimulate natural immune responses within the plant. By triggering systemic defense pathways, the product enables crops to strengthen internal resistance against disease pressure, creating what the companies describe as a proactive and biologically driven protection strategy. “Strakor isn’t just a product—it’s what happens when precision peptide science meets a grower’s real-world challenge,” said Brian Thompson, Chief Executive Officer of Elemental Enzymes. “Together with UPL, we’re providing Brazilian citrus growers with their first registered tool against HLB, while also delivering broad-spectrum protection against bacterial and fungal pathogens. This establishes a new benchmark for what biological crop protection can achieve.” Beyond its disease-management capabilities, the companies emphasize that Strakor has been developed to integrate seamlessly into existing production systems. The solution is compatible with current crop protection programs and can be incorporated into standard orchard management practices without requiring significant operational changes. This ease of adoption is expected to be a key advantage for growers seeking practical solutions to increasingly complex disease pressures while maintaining productivity and profitability. According to Mariana Yama, Product Manager at UPL Brazil, the launch reflects a broader evolution underway in agricultural management. “Strakor represents an important advance in the way we approach agricultural production,” she said. “It brings together science, innovation and sustainability in a manner that supports more balanced and productive farming systems while helping growers address today’s increasingly complex field challenges.” The product launch also signals a broader strategic shift for Elemental Enzymes as the company expands beyond technology development toward the delivery of commercially scalable biological solutions. Over recent years, biological crop protection technologies have attracted growing attention from growers, regulators and investors alike as agriculture seeks alternatives capable of enhancing crop health while supporting sustainability objectives. Peptide-based technologies, in particular, are emerging as a promising frontier, offering highly targeted biological mechanisms that work with natural plant processes rather than against them. For UPL, the partnership reinforces its commitment to expanding access to innovative and sustainable agricultural solutions capable of addressing some of the industry's most pressing challenges. As disease pressures intensify and growers increasingly seek integrated approaches to crop protection, the introduction of Strakor may represent more than a new product launch. It signals the arrival of a new generation of precision biological technologies that combine scientific sophistication with practical, field-ready application. For Brazil’s citrus growers, the significance is immediate: for the first time, they now have access to a registered solution specifically designed to combat citrus greening. For the broader agricultural industry, the launch offers a glimpse into how precision biology may shape the future of crop protection in an era defined by sustainability, resilience and innovation. ]]> https://www.agrospectrumasia.com/news/137/4011/nissan-chemical-bets-on-india-to-power-global-rollout-of-next-generation-rice-herbicide.html https://www.agrospectrumasia.com/news/137/4011/nissan-chemical-bets-on-india-to-power-global-rollout-of-next-generation-rice-herbicide.html Tue, 02 Jun 2026 16:42:05 +0530 Japanese agrochemical major expands manufacturing footprint in Gujarat as it prepares worldwide launch of Ryzonic, a proprietary herbicide expected to strengthen its position in the global paddy rice market In a strategic move that underscores India’s growing importance within global agricultural supply chains, Nissan Chemical Corporation has announced plans to establish a dedicated manufacturing facility for its newly developed herbicide Ryzonic (iptriazopyrid) at its Indian joint venture, Nissan Bharat Rasayan Pvt. Ltd. (NBR). The investment marks a significant milestone in the company’s efforts to build a robust global production network ahead of the commercial launch of Ryzonic, a proprietary rice herbicide discovered and developed by Nissan Chemical. The company views the project as a cornerstone of its future growth strategy and a critical step toward strengthening its long-term competitiveness in the global crop protection sector. The new facility will be located within NBR’s operations in Saykha, Gujarat, where the joint venture has already established a manufacturing base. Formed in 2020 through a partnership between Nissan Chemical and Bharat Rasayan Ltd., one of India’s leading agrochemical manufacturers, NBR commenced operations following the completion of its first production plant in 2023. With global agricultural markets increasingly focused on productivity enhancement and weed management solutions, Nissan Chemical anticipates significant international demand for Ryzonic following its planned introduction in key markets beginning in 2027. The company intends to launch the herbicide initially in Japan and India before pursuing a broader international expansion strategy across major rice-producing regions. Against this backdrop, the decision to expand manufacturing capacity in India reflects both commercial foresight and operational pragmatism. By localizing production and strengthening supply-chain resilience, Nissan Chemical aims to ensure sufficient manufacturing capacity to support anticipated demand growth while enhancing responsiveness to global market requirements. The new production facility is scheduled for completion and commencement of operations during fiscal year 2028. Industry observers note that the investment highlights India’s emergence as an increasingly important hub for agrochemical manufacturing, supported by a combination of production expertise, cost competitiveness and access to rapidly expanding agricultural markets. For Nissan Chemical, the project represents more than a capacity expansion. It is a strategic investment designed to reinforce the company’s position within the highly competitive paddy rice herbicide segment, one of the world’s most significant crop protection markets given rice’s central role in global food security. While the company indicated that the investment is unlikely to materially affect its consolidated financial performance during the current fiscal year, management expects the initiative to become an important contributor to earnings growth over the medium and long term. The announcement also aligns with Nissan Chemical’s broader objective of leveraging its proprietary research and development capabilities to generate sustainable growth across its agrochemical portfolio. As global agriculture faces mounting pressure to increase productivity while managing evolving weed resistance challenges, innovations such as Ryzonic are expected to play an increasingly important role in modern crop management strategies. By strengthening production capacity ahead of launch, Nissan Chemical is positioning itself not merely to participate in the next generation of agricultural innovation, but to compete aggressively for leadership in one of the world’s most strategically important crop protection markets. ]]> https://www.agrospectrumasia.com/news/137/3968/prairie-view-am-launches-automated-biochar-facility-to-improve-soil-health-at-scale.html https://www.agrospectrumasia.com/news/137/3968/prairie-view-am-launches-automated-biochar-facility-to-improve-soil-health-at-scale.html Wed, 27 May 2026 16:14:40 +0530 New automated pyrolysis system converts agricultural residue into biochar to improve soil health, reduce fertilizer dependence, and support regenerative agriculture programs in Texas Prairie View A&M University has installed a $1 million automated biochar processing unit designed to convert agricultural crop residues into a carbon-rich soil amendment, marking a step forward in sustainable soil management and circular agriculture practices in the United States. The initiative, led by Dr. Ram Ray from the university’s College of Agriculture, Food, and Natural Resources, enables the large-scale production of biochar through an automated system that improves processing efficiency compared to traditional laboratory-scale methods. The facility is expected to support field-level demonstrations and applied research in soil health and carbon cycling. Biochar is produced through pyrolysis, a process that involves heating organic materials such as corn stover, wheat straw, and other crop residues under low-oxygen, high-temperature conditions. The resulting material is highly porous and is known to improve soil structure, enhance water retention, reduce nutrient leaching, and support microbial activity in soils. The university said the system is designed not only for research but also for practical agricultural application, with outreach programs planned to allow farmers to bring crop waste to the facility and receive processed biochar in return. This model positions the unit as a dual-purpose system focused on waste valorisation and soil fertility enhancement. The project comes amid rising global interest in biochar as a sustainable input alternative, particularly in the context of elevated synthetic fertilizer costs and increasing emphasis on regenerative agriculture practices. Market estimates suggest the global biochar industry was valued at $1.7 billion in 2023 and is projected to grow at over 13 per cent annually through 2030, driven by carbon credit markets and soil restoration initiatives. Prairie View A&M stated that the new facility will support research-driven innovation in soil management while contributing to broader efforts to improve agricultural sustainability, enhance productivity, and support climate-resilient farming systems. ]]> https://www.agrospectrumasia.com/news/137/3959/adama-bets-on-formulation-innovation-in-new-us-herbicide-launch.html https://www.agrospectrumasia.com/news/137/3959/adama-bets-on-formulation-innovation-in-new-us-herbicide-launch.html Tue, 26 May 2026 14:37:14 +0530 High-efficiency liquid pyroxasulfone designed to reduce complexity while improving field-level weed suppression ADAMA has announced the launch of Novali SC, a high-load liquid pyroxasulfone herbicide designed to strengthen residual weed control programs for row crop growers in the United States, particularly in corn and soybean production systems. The product introduces a patented concentrated liquid formulation intended to deliver significantly higher active ingredient loading per gallon compared with leading competing liquid pyroxasulfone products. This higher concentration is designed to reduce handling requirements, transport volume, storage needs, and refill frequency while maintaining strong and extended residual weed control performance. ADAMA said the launch reflects its focus on value-driven innovation, aimed at making proven herbicide chemistry more practical, efficient, and cost-effective for modern agricultural operations. Powered by proprietary liquid formulation technology, Novali SC is designed to enhance application consistency and operational ease while supporting integrated weed management strategies. It is intended for use in pre-emergence and residual programs, helping suppress weed emergence early and forming a foundation for layered herbicide systems. A key feature of Novali SC is its increased active ingredient concentration, which reduces application volumes and simplifies logistics for both growers and distributors. The liquid format also eliminates dust-related handling issues and improves dosing precision in field use. The product is positioned as a flexible component in herbicide programs facing rising pressure from resistant weed populations, where durable residual control is increasingly critical. ADAMA noted that Novali SC is part of a broader pipeline strategy to expand its row crop herbicide portfolio, with additional formulations expected to follow in the coming seasons. Initial commercial sales are expected to begin in June and July 2026, with limited availability during the launch window. The company said the launch underscores ongoing demand for simplified, high-performance crop protection tools that combine agronomic effectiveness with operational efficiency in large-scale farming systems. ]]> https://www.agrospectrumasia.com/news/137/3947/singapore-becomes-strategic-hub-for-cortevas-bio-based-crop-protection-research.html https://www.agrospectrumasia.com/news/137/3947/singapore-becomes-strategic-hub-for-cortevas-bio-based-crop-protection-research.html Mon, 25 May 2026 15:16:07 +0530 Spinosyn-based biological solutions highlight shift toward low-dose, high-efficiency crop protection technologies across Asia-Pacific markets Corteva Agriscience has expanded its laboratory facility in Singapore by 50 per cent, marking a strategic investment aimed at accelerating the development of advanced, nature-inspired crop protection solutions for the Asia-Pacific region. The expanded facility enhances the company’s research and development capabilities in formulation science and biological innovations, reinforcing its focus on next-generation agricultural inputs designed to improve efficiency, sustainability, and cost-effectiveness for farmers across diverse cropping systems. A key area of innovation highlighted by the company is its spinosyn-based crop protection portfolio, derived through fermentation of naturally occurring soil bacteria. These biological solutions are positioned as high-efficiency crop protection tools that require lower application rates while delivering targeted pest control outcomes, aligning with growing demand for reduced-input farming practices across Asia. The expansion reflects broader industry momentum toward bio-based agricultural technologies, as farmers and agribusinesses increasingly seek alternatives that balance productivity with environmental stewardship. The facility is expected to support the formulation and refinement of biological crop protection products tailored to regional agronomic conditions. The inauguration of the expanded laboratory was attended by senior company leadership alongside representatives from Singapore’s Economic Development Board, underscoring the country’s positioning as a strategic hub for chemicals innovation and bioeconomy development. The investment strengthens Singapore’s role as a centre for advanced agricultural research, while enabling Corteva to deepen its engagement with Asia-Pacific markets through locally relevant innovation pipelines. With this expansion, Corteva continues to reinforce its global R&D footprint, aligning scientific research with the evolving needs of farmers and the accelerating shift toward biological and sustainable crop protection systems. ]]> https://www.agrospectrumasia.com/news/137/3946/indofil-strengthens-latin-america-push-with-strategic-product-rollout.html https://www.agrospectrumasia.com/news/137/3946/indofil-strengthens-latin-america-push-with-strategic-product-rollout.html Mon, 25 May 2026 15:06:55 +0530 Asian soybean rust and target spot continue to challenge productivity in one of the world’s largest soybean-producing regions Indofil has entered Brazil’s competitive crop protection market with the launch of Curatis, a new soybean fungicide designed to address persistent fungal disease challenges in one of the world’s largest soybean-producing regions. The company plans to distribute approximately 3 million litres of Curatis by 2026, a volume expected to significantly expand its presence in Brazil and strengthen its revenue base in Latin America’s largest agricultural economy. Curatis combines three active ingredients—mancozeb, prothioconazole, and picoxystrobin—in a water-based suspension formulation, positioning it as a broad-spectrum solution aimed at improving disease control efficiency in soybean cultivation. The launch comes at a critical time for Brazilian agriculture, where soybean production remains structurally strong but increasingly constrained by disease pressure. Brazil harvested nearly 169.5 million tonnes of soybeans in 2025, according to Conab, yet fungal threats such as Asian soybean rust and target spot continue to impact yield stability and production economics. Asian soybean rust remains the most aggressive disease affecting the crop, while target spot has been associated with significant yield losses under favourable conditions. Agricultural research bodies have also reported recurring outbreaks, reinforcing demand for more resilient and multi-site fungicidal solutions. Curatis differentiates itself through its liquid formulation of mancozeb, traditionally available in powder form, enabling improved handling efficiency, reduced preparation steps, and lower operational constraints during field application. The multi-site mode of action is designed to reduce resistance pressure and enhance durability of disease control programmes. Indofil is rolling out the product through phased commercial deployment, supported by field demonstrations, agronomic engagement programmes, and participation in technical agricultural events across key soybean-growing regions in Brazil. The launch marks a strategic portfolio expansion for Indofil, as the company seeks to strengthen its positioning in global crop protection markets amid rising demand for advanced formulations that combine operational convenience with multi-target disease control efficacy. ]]> https://www.agrospectrumasia.com/news/137/3938/bioprime-and-mosaic-seek-to-redefine-fertilizer-economics-through-biological-intelligence.html https://www.agrospectrumasia.com/news/137/3938/bioprime-and-mosaic-seek-to-redefine-fertilizer-economics-through-biological-intelligence.html Mon, 25 May 2026 12:02:41 +0530 The commercial collaboration aims to create scalable crop systems that nourish plants, strengthen soil health and improve resource efficiency simultaneously BioPrime AgriSolutions a pioneer in the biological crop solutions powered by its proprietary SNIPR discovery platform, and Mosaic, a global leader in crop nutrition, today announced a commercial collaboration in India focused on incorporating biological components into Mosaic’s crop nutrition solutions. The initiative aims to support growers with solutions that activate plant potential, optimize resource use and build long-term agronomic resilience. This collaboration comes at a time when farmers are facing increasing cost pressures and supply volatility across key agricultural inputs. Integrated solutions that improve efficiency and productivity are essential to support sustainable and profitable farming. The conventional focus on improving NUE, ensuring more applied fertilizer reaches the plant remains important, but it represents only one dimension of agricultural performance. The BioPrime - Mosaic partnership is designed to advance a more ambitious thesis: that fertilizers, integrated with advanced biological intelligence, can do far more than feed the plant. By layering BioPrime’s biological innovations derived from its SNIPR platform directly into Mosaic’s proven crop nutrition frameworks, this collaboration aims to create a new category of solution, one that nourishes, activates and strengthens crops across their entire growth cycle. Dr. Renuka Diwan, Chief Executive Officer & Co-Founder, BioPrime AgriSolutions said, “Fertilizers have powered global agriculture for over a century. Our partnership with Mosaic is about honouring that legacy while fundamentally advancing what fertilizers can deliver. By embedding biological intelligence into proven nutrition platforms, we are not replacing the fertilizer, we are elevating it. The result is a system that activates the plant, optimizes the input and strengthens the farm.” Unlike conventional nutrition programs that address a single dimension of plant health, the Crop Performance System operates simultaneously across multiple biological levers. Metabolic Efficiency: Biologicals activate key plant metabolic pathways, enabling crops to convert available nutrients into yield more effectively, reducing waste and improving return on every input dollar. Stress Resilience: Integrated biological components prime crops against abiotic stressors, drought, heat and salinity thereby sustaining performance in the increasingly volatile climate conditions facing farmers worldwide. Soil-Microbe-Plant Synergy: By engaging the soil microbiome as an active partner in nutrition delivery, the system enhances nutrient availability, root development and long-term soil health, building fertility rather than depleting it. Precision Nutrient Assimilation: Advanced biological agents improve the plant’s ability to uptake and utilize nutrients at critical growth stages, amplifying the agronomic value of Mosaic’s proven fertilizer platforms. Robin Edwin, Director, Mosaic said, “At Mosaic, we believe the future of agriculture is not about choosing between crop nutrition and biologicals, but integrating them to deliver better agronomic outcomes for growers. Mosaic Biosciences was created to advance exactly this vision. Our collaboration with BioPrime is another step in building integrated solutions that help growers improve productivity, nutrient efficiency and overall farm performance.” The timing reflects the structural challenges reshaping global agriculture. Geopolitical instability and supply chain disruptions continue to drive fertilizer price volatility, placing cost pressure on farmers at every scale. At the same time, sustainability expectations are intensifying, demanding that productivity gains be delivered with a smaller environmental footprint. The Crop Performance System is designed to navigate both realities – improve agronomic return to every dollar invested in crop nutrition; support sustainable intensification – producing more from existing land without proportionally increasing environmental burden and deliver scalable solutions adaptable across diverse crops, geographies and farming systems. ]]> https://www.agrospectrumasia.com/news/137/3921/cibus-pushes-toward-2027-rice-launch-as-gene-editing-momentum-builds-globally.html https://www.agrospectrumasia.com/news/137/3921/cibus-pushes-toward-2027-rice-launch-as-gene-editing-momentum-builds-globally.html Mon, 18 May 2026 13:01:10 +0530 Agri-biotech firm advances herbicide-tolerant rice programme across Latin America while regulatory tailwinds strengthen for next-generation genomic technologies. Agricultural technology company Cibus Inc. is accelerating commercial and regulatory momentum across its gene-edited crop portfolio, with its flagship herbicide-tolerant rice programme moving closer to a targeted 2027 launch in Latin America amid a rapidly evolving global policy environment for precision breeding technologies. Reporting first-quarter 2026 results, the Nasdaq-listed company said it continues to deepen partnerships with global seed companies while expanding the commercial pathway for its proprietary Rice herbicide tolerance (HT) platform. The company also highlighted growing international regulatory acceptance of New Genomic Techniques (NGTs), particularly in Europe, where policymakers continue advancing legislation governing gene-edited crops. “We are pleased to report continued momentum across our priority programs during the first quarter of 2026,” said Peter Beetham, Interim Chief Executive Officer of Cibus. “Our Rice herbicide tolerance program is advancing on multiple fronts, including meaningful progress toward commercialization with our Latin American seed partners, including initially Interoc, as we continue to eye our targeted 2027 initial launch.” Cibus’ HT Rice programme has emerged as one of the company’s most commercially advanced assets. The platform currently supports seven active customer relationships representing an estimated 5–7 million peak addressable acres and more than $200 million in potential annual royalty opportunities at maturity. While the company continues targeting an initial Latin American launch in 2027, it has revised its U.S. commercialisation timeline from 2028 to 2029 following delays in herbicide registration processes being handled by its partner Albaugh. The company has intensified engagement across major rice-growing regions. In January 2026, Cibus signed a non-binding Letter of Intent with Latin American agribusiness company Interoc to establish a framework for commercialising co-developed herbicide-tolerant rice traits across key regional markets. That relationship advanced further in March, when Interoc secured an additional import permit enabling future transfer of material bearing HT traits. By May, Cibus had completed the transfer of gene-edited traits into Interoc’s rice seeds, paving the way for regional testing and potential market deployment. Beyond Latin America, the company has also initiated discussions with major Indian rice-sector participants through strategic collaborations involving RTDC and AgVayā, signalling a broader international expansion strategy targeting some of the world’s largest rice-producing markets. The company’s broader narrative is increasingly tied to global food security and agricultural resilience. Beetham noted that disruptions in global fertiliser supply chains and tightening nitrogen availability continue to create mounting pressure on farmers, particularly in nitrogen-intensive crops such as rice, wheat, and canola. Against this backdrop, Cibus believes its precision breeding technologies offer scalable pathways to improve resilience, productivity, and input efficiency. While Rice HT and Sustainable Ingredients remain near-term priorities, the company says significant longer-term value also exists across its broader opportunity pipeline, including canola disease resistance, nutrient-use efficiency traits, soybean editing platforms, wheat trait development, and forage crop innovations. Cibus’ Sustainable Ingredients programme is also gaining traction. Following its first customer payment in late 2025, the company has expanded R&D activities with increased funding commitments and expects additional scale-up orders for biofragrance products during the second half of 2026. Management believes the programme could become an increasingly important commercial pillar as demand grows for biologically derived specialty ingredients. At the same time, regulatory developments continue to strengthen the commercial outlook for gene editing globally. In April 2026, the Council of the European Union formally adopted its first-reading position on proposed NGT regulations, advancing legislation that would create a clearer pathway for gene-edited crops across European markets. The proposal now moves toward a European Parliament plenary vote expected later this year. The regulatory shift follows a series of global milestones achieved in 2025, including Ecuador’s decision to classify Cibus’ HT1 and HT3 Rice traits as equivalent to conventionally bred crops, as well as continued progress in the United Kingdom’s Precision Bred Organisms framework, where Cibus participated as a test case under the country’s new review process. Beyond commercial expansion, Cibus has spent the past year aggressively restructuring operations to improve capital efficiency. Chief Financial Officer Carlo Broos said the company remains on track to reduce annual net cash usage to approximately $30 million or less during 2026, supported by cost-cutting measures and operational consolidation initiatives. Research and development expenses declined to $8.7 million during the first quarter, compared with $11.8 million a year earlier, while SG&A expenses fell sharply to $5.1 million from $9.9 million. The company attributed the reductions to operational streamlining and the absence of significant litigation expenses recorded during the prior-year quarter. Cibus also strengthened its balance sheet through two equity offerings completed earlier this year, raising approximately $37 million in gross proceeds. The capital is expected to support working capital requirements and continued advancement of the company’s priority commercial programmes. As of March 31, 2026, Cibus held $30.3 million in cash and cash equivalents, which management believes is sufficient to fund operations into late first quarter 2027 without additional financing. Financially, the company reported a first-quarter net loss of $21.2 million, a substantial improvement from the $49.4 million loss recorded during the same period last year. Net loss per share improved to $0.33 from $1.34, driven partly by the absence of a prior-year goodwill impairment charge and broader expense reductions. Meanwhile, the company continues expanding its scientific and commercial capabilities. In April, Cibus appointed agribusiness veteran Thomas Urban to its Board of Directors, adding more than three decades of experience spanning Pioneer Hi-Bred International, CellFor, and Goldman Sachs. As regulatory acceptance of gene editing accelerates and global agricultural systems face mounting pressure from climate volatility, fertiliser disruptions, and food-security concerns, Cibus is positioning itself at the intersection of precision breeding, crop resilience, and next-generation agricultural innovation. ]]> https://www.agrospectrumasia.com/news/137/3920/fao-releases-upgraded-elocust4-tool-to-strengthen-locust-monitoring-and-response.html https://www.agrospectrumasia.com/news/137/3920/fao-releases-upgraded-elocust4-tool-to-strengthen-locust-monitoring-and-response.html Mon, 18 May 2026 12:54:36 +0530 The Food and Agriculture Organization of the United Nations (FAO) has released the new eLocust4 tool, designed to help national Survey and Control Officers, in locust-affected countries, collect and transmit data from the field to their national locust centres in near real time via satellite eLocust4 is being deployed in 18 locust-affected countries. Each country receives some units consisting of a rugged tablet and a satellite antenna. The distribution covers CLCPRO Member Nations: Algeria, Chad, Libya, Mali, Mauritania, Morocco, Niger and Tunisia; CRC Member Nations: Egypt, Eritrea, Ethiopia, Oman, Saudi Arabia, Somalia, Sudan and Yemen; and SWAC Member Nations: India, Iran and Pakistan. The first eLocust series was introduced in 2000. Like the previous version, eLocust3 released in 2015, eLocust4 is a fully satellite-based field data collection system which enables officers to send critical information directly from remote desert areas, even in the absence of mobile network coverage. The data gathered forms the basis for the global desert locust monitoring and early warning system operated by the Desert Locust Information Service (DLIS) at FAO headquarters in Rome. Training in the use of new system To support swift implementation, FAO has already made available installation and first-user guides for eLocust4, and a tutorial video in English, French and Arabic. Mr Cyril Piou, FAO Locust Forecast Officer, confirmed that survey officers in participating countries will receive training on the use of the new system. Key innovations: connectivity and durability eLocust4 introduces significant improvements in both connectivity and hardware. “eLocust4 uses satellite (Iridium) which works anywhere, even with no mobile coverage, allows sending data in near real-time from the desert where there is no connectivity,” noted Cyril at the launch of the tool. The data transmission is immediate from the field, supporting the early warning system in real time, and goes directly into FAO’s global monitoring system (DLIS). The tool runs on a rugged PN10065 tablet with external satellite antenna completely sealed so that dust and moisture cannot enter, making it ideal for desert locust surveys and control operations in the desert under hot, dusty conditions. Strengthening early warning and response With eLocust4, FAO aims to enhance early warning systems and support faster, more effective responses to desert locust outbreaks. FAO continues to assist Member Nations through capacity building, rapid response measures, and the deployment of innovative technologies to improve locust management. ]]> https://www.agrospectrumasia.com/news/137/3918/suntory-group-strengthens-water-sustainability-efforts-with-new-water-replenishment-initiative-and-research-partnership-in-australia.html https://www.agrospectrumasia.com/news/137/3918/suntory-group-strengthens-water-sustainability-efforts-with-new-water-replenishment-initiative-and-research-partnership-in-australia.html Mon, 18 May 2026 12:33:36 +0530 Deepens the Group’s Commitment to furthering local and global water stewardship Suntory Group today announced the launch of a new water replenishment initiative in the Brisbane River catchment, Queensland, Australia, to restore local waterways and support future generations’ access to water. Building on the 2025 launch of Suntory Mizuiku — education programme for nature and water in Australia, the Group is deepening its long-term commitment to water stewardship and sustainability in the region. In addition, the Group has partnered with locally-based Griffith University’s Australian Rivers Institute (ARI) to support research on the impact of climate change on water quantity and quality. “Suntory Group recognises that water is a local resource, and we are committed to being a positive force in promoting healthy water cycles in the regions in which we operate,” stated Jun Asaki, Chief Sustainability Officer of Suntory Holdings. “By working closely with local partners and communities, we will develop tailored, science-based approaches that address the specific water challenges of this region and promote water stewardship and sustainability for generations to come.” Why Brisbane: Local Water Challenges  With growing demographic and environmental pressures, global water scarcity is expected to intensify, and it is predicted that approximately 5 billion people worldwide will face severe water shortages by 2050.*2  The Brisbane region in Australia is no exception. It has been facing multiple water-related challenges, including drought and water scarcity, which has promoted the city government to implement its Total Water Cycle Management Plan to transform Brisbane into a water smart city. Suntory Oceania’s Swanbank Beverage Facility is located in close proximity to this key regional water source, making the Group’s commitment to the long-term health and resilience of the local watershed both a responsibility and a strategic priority. On‑the‑Ground Water Replenishment Initiatives with Local Communities Starting from May 2026, Suntory Group will launch water replenishment initiatives in the Brisbane River Catchment with the goal of replenishing more water than the Swanbank Beverage Facility uses annually. It aims to help reduce water consumption and support healthier local water systems through practical, on-the-ground projects with local communities, including restoring waterways, riparian planting, optimising irrigation and crop rotations.  This initiative builds on more than two decades of water stewardship efforts by Suntory Group, which launched its Natural Water Sanctuary Initiative in Japan in 2003 and has achieved water positivity there since 2019 — replenishing more than twice the groundwater withdrawn through science-based activities developed with the Institute for Water Science, alongside experts and local communities. Water source initiatives have since expanded to seven other countries, with Australia being the eighth. The Group will apply its existing expertise in the Brisbane River Catchment, with the aim of reinforcing its long-term commitment to giving back the water used at the Swanbank Beverage Facility.  Research Partnership to Bridge Field Data and Research In addition to the on-the-ground water replenishment initiative, Suntory Group has entered into a three-year research partnership with Griffith University’s ARI to support research into the impact of climate change on water quantity and quality. ARI is a multi-disciplinary research institute housed within Griffith University that leads significant national and international research programmes across land and water. This partnership will bridge global ecohydrological science with local validation based on evidence such as data collected from Suntory’s new water replenishment project, and apply the findings to model quality and quantity of water flows. The collaboration aims to support effective water stewardship and long-term water sustainability, both locally and more broadly, by generating insights and expertise relevant to water management and restoration efforts. Dai Minato, CEO Suntory Beverage & Food Oceania, said, “For more than 125 years, Suntory has been growing for good. Our partnership with the Australian Rivers Institute continues that commitment. By working together, we can safeguard water for communities and for future generations.” Professor David Hamilton, Director of ARI, said, “We are thrilled to partner with Suntory to conduct research with application to rivers, lakes and reservoirs locally and globally. These systems are sentinels of what is happening in their catchments. They are the ‘canary in the coal mine’, ringing the alarm bell for where human activities and climate change are causing the greatest stress on our ecosystems”. As a corporation sustained by the gifts of nature and water, and with a purpose to inspire the brilliance of life, by creating rich experiences for people, in harmony with nature, Suntory Group has been committed to achieving a sustainable society since its founding. As stated in the company’s Environmental Vision toward 2050, Suntory Group aims to reduce the water intensity of production at its owned plants*2 by 50%*3 globally, and replenish more than 100 per cent of water used at all of its owned plants globally through conservation of the surrounding ecosystem. To achieve this, the Group has set four main pillars of action (reduction of water used in direct operation, water replenishment, sustainable water use in raw ingredients, water education and access to safe water) in the Environmental Targets toward 2030, advancing various initiatives globally. ]]> https://www.agrospectrumasia.com/news/137/3899/corteva-introduces-next-generation-crop-protection-tool-for-sugarbeet-farmers.html https://www.agrospectrumasia.com/news/137/3899/corteva-introduces-next-generation-crop-protection-tool-for-sugarbeet-farmers.html Thu, 14 May 2026 14:09:31 +0530 EPA-approved Verpixo Fungicide aims to address growing resistance challenges in Cercospora Leaf Spot In a significant advancement for crop protection science and sustainable agriculture, Corteva Agriscience has announced the launch of Verpixo fungicide, powered by Adavelt active, a next-generation disease control solution designed to combat Cercospora leaf spot (CLS), one of the most economically damaging fungal threats to U.S. sugarbeet production. Approved for use by the U.S. Environmental Protection Agency and available beginning in the 2026 growing season, Verpixo introduces a new Fungicide Resistance Action Committee (FRAC) Group 21 mode of action, providing growers with a novel tool to strengthen disease control strategies and improve resistance management in increasingly challenging agronomic conditions. Cercospora leaf spot, characterized by its distinctive brown lesions on foliage, significantly reduces a sugarbeet plant’s ability to photosynthesize, directly impacting sugar accumulation and root yield. In severe outbreaks, the disease has been associated with yield losses of up to 30 percent, with estimated economic impacts exceeding hundreds of millions of dollars annually across the U.S. sugarbeet industry. Verpixo fungicide with Adavelt active is derived from a naturally occurring compound found in soil bacteria, reflecting a broader industry shift toward biologically inspired crop protection solutions. Its translaminar activity enables effective control across both leaf surfaces, disrupting fungal germination and providing broad-spectrum disease suppression. “With Cercospora leaf spot continuing to be one of the most destructive foliar diseases in sugarbeet production, growers urgently need new tools with novel modes of action,” said Colleen Kent. “Extensive testing confirms Verpixo delivers strong efficacy while offering flexibility in application timing and resistance management programs.” Experts emphasize that resistance pressure has steadily reduced the effectiveness of existing fungicides and even some genetic tolerance traits, making the introduction of a new mode of action particularly significant for long-term disease control strategies. Research agronomists note that the polycyclic nature of Cercospora leaf spot — capable of producing multiple infection cycles within a single growing season — requires continuous and adaptive in-season management. Verpixo is designed to support this need by offering application flexibility and compatibility with integrated pest management systems. According to field researchers including David Mettler, sustained resistance management is essential as repeated exposure to existing chemistries has made disease control increasingly complex across diverse growing environments. Beyond its agronomic performance, Verpixo™ is also positioned as an environmentally conscious solution, supporting integrated pest management approaches that aim to preserve beneficial insect populations and maintain ecological balance in agricultural systems. As sugarbeet producers confront rising disease pressure, evolving resistance challenges, and increasing demand for yield stability, Verpixo™ represents a new generation of precision fungicide innovation — one that blends biological origins, modern chemistry, and adaptive field performance. With its debut in the 2026 season, the product is expected to become a cornerstone in resistance management programs, offering growers a new line of defense in safeguarding both crop quality and long-term agricultural productivity. ]]> https://www.agrospectrumasia.com/news/137/3893/cocoa-free-chocolate-alternative-launches-in-u-s-market-under-cargill-voyage-partnership.html https://www.agrospectrumasia.com/news/137/3893/cocoa-free-chocolate-alternative-launches-in-u-s-market-under-cargill-voyage-partnership.html Thu, 14 May 2026 12:46:42 +0530 In a landmark collaboration poised to reshape the global confectionery landscape, Cargill and Voyage Foods have announced the North American rollout of NextCoa, a pioneering cocoa-free confectionery alternative designed to replicate the indulgent taste and sensory experience of chocolate without relying on traditional cocoa supply chains. Beginning in the United States, the NextCoa platform represents a bold reimagining of one of the world’s most iconic food categories — offering manufacturers a novel pathway to deliver chocolate-like flavor profiles while addressing longstanding challenges tied to cocoa volatility, supply constraints, and environmental impact. Described by its creators as an “expansion of choice rather than a replacement of chocolate,” NextCoa is engineered using innovative plant-based ingredients, including grape seeds, and is designed to integrate seamlessly into conventional chocolate manufacturing processes. The result is a confectionery alternative that mirrors the richness and versatility of traditional chocolate while introducing a structurally more resilient and scalable supply model for global food production systems. At the core of the initiative lies a strategic ambition to modernize indulgence — balancing consumer expectation with industrial adaptability. The product is positioned as a response to increasing demand for stable, sustainable, and ethically diversified ingredient sources within the global food economy. According to Cargill leadership, NextCoa represents a significant step toward strengthening supply chain resilience while expanding creative possibilities for food manufacturers. “This initiative is about unlocking new ways to create the flavors and indulgent experiences people love, while building resilience into the food system,” said Kojo Amoo-Gottfried, Vice President and Managing Director of Cocoa and Chocolate for Cargill Food North America. Beyond its sensory ambitions, NextCoa also enters the market with a strong environmental proposition. The cocoa-free formulation is reported to deliver a 67 per cent lower carbon footprint compared to conventional chocolate production, reflecting growing industry pressure to decarbonize global supply chains. The product is further distinguished by its broad dietary accessibility. Free from dairy, soy, peanuts, and tree nuts, NextCoa is formulated to meet allergen-sensitive production standards while also being suitable for vegan, Kosher pareve, and Halal-certified markets — expanding its applicability across diverse consumer segments. Developed through the integration of Voyage Foods’ proprietary food technology and Cargill’s global distribution infrastructure, the platform underscores the accelerating convergence of food science innovation and industrial-scale commercialization. “Our mission has always been to rethink how the world’s favorite foods are made,” said Adam Maxwell, Founder and CEO of Voyage Foods. “Partnering with Cargill allows us to scale that vision globally and make chocolatey-like experiences accessible to manufacturers everywhere.” In its initial U.S. deployment, NextCoa™ will be available in multiple formulations, including Mild (milk-chocolate-style) and Dark Mild variants, engineered for versatility across applications such as baked goods, ice cream inclusions, confectionery coatings, snack products, and premium dessert offerings. The commercial rollout is supported by Cargill’s role as the exclusive global business-to-business distributor for Voyage Foods, alongside regional distribution partnerships designed to expand availability across North America, with Canada positioned as a forthcoming growth market. As the global food industry grapples with climate volatility, commodity price fluctuations, and supply chain disruptions, NextCoa™ arrives as part of a broader wave of ingredient innovation redefining how staple flavors are sourced, produced, and scaled. In this emerging landscape, cocoa-free confectionery may signal not the end of chocolate, but the beginning of a parallel evolution — where tradition and technology converge to reshape one of humanity’s most enduring indulgences. ]]> https://www.agrospectrumasia.com/news/137/3867/doriane-introduces-bloomeo-breeding-bringing-ai-led-precision-to-modern-plant-breeding.html https://www.agrospectrumasia.com/news/137/3867/doriane-introduces-bloomeo-breeding-bringing-ai-led-precision-to-modern-plant-breeding.html Tue, 12 May 2026 16:25:38 +0530 €10 million investment powers integrated breeding software designed to unify data, workflows and decision-making across global seed and research organisations Doriane SAS has officially launched Bloomeo Breeding, its next-generation software platform designed to redefine how plant breeding programmes are managed, integrated and accelerated in an increasingly data-intensive agricultural landscape. The launch marks a significant expansion of the company’s broader Bloomeo ecosystem following successful deployment across agronomy testing and variety development programmes. With the new platform now commercially available, Doriane is positioning the solution as a central operating layer for breeding organisations ranging from global seed companies to research institutions and mid-sized breeding enterprises. At a time when agricultural innovation cycles are under mounting pressure from climate volatility, food security concerns and evolving market expectations, breeding organisations are increasingly seeking systems capable not only of storing data, but of orchestrating complex scientific workflows across distributed research environments. It is precisely this transition that Bloomeo Breeding seeks to address. Unlike traditional breeding databases built around fragmented data repositories, the platform introduces a workflow-oriented architecture designed to unify every stage of the breeding lifecycle — from parental selection and crossing strategies to field advancement, trial evaluation and commercialisation pathways. At the heart of the platform lies an open, API-driven infrastructure intended to function as a central nervous system for breeding research and development. The architecture enables integration across laboratory systems, legacy databases, external analytics platforms and operational workflows, allowing organisations to consolidate breeding intelligence within a single digital environment. Commenting on the launch, Louis Gauthier, Co-CEO of Doriane SAS, noted that modern breeding organisations are moving beyond the need for static databases toward collaborative systems capable of streamlining increasingly complex breeding operations. According to him, breeding programmes today require interconnected platforms that can accelerate decision-making, integrate multi-source datasets and support cross-functional collaboration at scale. The platform has also been developed around a KPI-driven operational framework aimed at improving breeding efficiency and programme return on investment. By embedding breeding objectives into workflow execution from the outset, the system provides real-time visibility into operational performance, trial progression and programme bottlenecks. Integrated dashboards consolidate data from multiple sources, enabling breeding teams to compare cultivar performance against predefined product profiles while supporting faster and more informed decision-making. One of the platform’s defining capabilities lies in its integration of genetics, environment and management variables into a unified analytical model — often referred to within agricultural science as GxExM interactions. Through this approach, the platform enables breeders to analyse how genetic material performs not only across varying environmental conditions, but also under different agronomic and management practices. The system integrates phenotypic, genotypic, agronomic and environmental datasets within a single operational framework while supporting field data collection through a mobile offline-first application. The objective, according to the company, is to transform breeding programmes from isolated data analysis exercises into fully contextualised and predictive decision environments. Tristan Duminil, Head of Agronomy at Doriane SAS, observed that modern plant breeding increasingly depends on understanding how varieties interact dynamically with both environment and management systems rather than genetics alone. He added that the platform was specifically designed to make this complexity operationally actionable for breeding teams. Beyond scientific integration, Doriane has also placed significant emphasis on usability and organisational adoption. The platform has been designed to support stakeholders across the entire breeding ecosystem, including breeders, field technicians, laboratory teams, data scientists and management functions. According to the company, earlier Bloomeo modules currently support more than 550 users within Limagrain, achieving adoption rates of approximately 95 percent — a figure Doriane attributes to its user-centric interface design and implementation methodology. The launch of Bloomeo Breeding follows an investment of nearly €10 million over four years, combining Doriane’s four decades of expertise in plant breeding data systems with advances in software engineering and agricultural analytics. The company stated that it plans to continue investing approximately €2 million annually into platform development, with future priorities focused on envirotyping capabilities, environmental data integration, advanced analytics, workflow optimisation and partnerships with AgTech innovators. For Doriane, the launch represents more than the release of a software platform. It reflects a broader transformation underway within agricultural science — where breeding is increasingly becoming a convergence of biology, environmental intelligence, predictive analytics and digital infrastructure. As global agriculture confronts the dual challenge of producing more resilient crops while accelerating innovation timelines, platforms such as Bloomeo Breeding are emerging as the connective tissue linking scientific discovery with scalable agricultural impact. ]]> https://www.agrospectrumasia.com/news/137/3850/china-strengthens-its-grip-on-global-glyphosate-supply-as-jiangshan-launches-major-new-project.html https://www.agrospectrumasia.com/news/137/3850/china-strengthens-its-grip-on-global-glyphosate-supply-as-jiangshan-launches-major-new-project.html Fri, 08 May 2026 16:16:22 +0530 Guizhou-based expansion combines technical-grade production, downstream formulations, and circular chemical infrastructure at industrial scale Jiangshan Agrochemical & Chemicals is intensifying its long-term bet on large-scale agrochemical manufacturing, with subsidiary Guizhou Jiangshan CropScience unveiling plans for a sprawling glyphosate formulation complex that would add an annual 100,000-ton glyphosate isopropylamine salt 46 per cent TK production capacity to China’s already formidable crop protection supply chain. The project, recently disclosed through an environmental impact assessment announcement, represents another significant milestone in China’s continued consolidation of upstream and downstream agrochemical production capabilities, particularly in strategic herbicide manufacturing. Located within the Fine Chemical Park of Weng’an County in Qiannan Prefecture, Guizhou Province, the proposed industrial complex will encompass multiple glyphosate formulation lines, including annual capacities of 100,000 tons of glyphosate isopropylamine salt 46 per cent TK, 100,000 tons of glyphosate isopropylamine salt 46 per cent SL, 40,000 tons of glyphosate ammonium salt SL, and 10,000 tons of glyphosate potassium salt SL, alongside supporting infrastructure and auxiliary facilities. The scale of the investment reflects the growing industrial ambition behind Guizhou Jiangshan CropScience, a state-backed joint venture established on June 6, 2023 through a partnership between Jiangshan Agrochemical & Chemicals, which holds a 65 percent stake, and Wengfu Group, which controls the remaining 35 percent. Positioned within the Weng’an County Economic Development Zone, the company serves as the core implementation entity for a broader phosphorus chemical circular economy initiative jointly developed by the two industrial groups. Previous disclosures indicate the integrated project carries a total planned investment of approximately RMB22 billion, underscoring the magnitude of the industrial ecosystem now taking shape in Guizhou — a province increasingly emerging as a strategic hub for China’s resource-linked chemical manufacturing. Beyond its immediate production implications, the project illustrates the continued centrality of glyphosate within global agricultural supply chains despite mounting regulatory scrutiny and environmental debates across several Western markets. China remains the world’s dominant producer and exporter of glyphosate-based herbicides, and integrated manufacturing projects of this scale reinforce the country’s structural influence over global agrochemical pricing, supply stability, and raw material access. Industry analysts note that the inclusion of both technical-grade glyphosate and multiple downstream salt formulations within the same production ecosystem reflects a deliberate effort to strengthen operational efficiency, reduce logistical dependency, and maximize value-chain integration. The project’s location within a phosphorus chemical industrial cluster further enhances synergies tied to raw material sourcing and waste-stream optimization — increasingly critical considerations as environmental compliance standards tighten across China’s chemical manufacturing sector. The investment also arrives amid renewed global attention on supply chain resilience within agriculture. Following years of pandemic-era disruptions, energy volatility, and geopolitical trade fragmentation, major agrochemical producers have accelerated efforts to secure vertically integrated production networks capable of stabilizing output and preserving export competitiveness. For Jiangshan Agrochemical & Chemicals, the Guizhou expansion represents more than incremental capacity growth. It signals a broader strategic alignment with China’s industrial policy objectives surrounding advanced manufacturing, regional economic development, and circular chemical integration. At the same time, the project highlights the evolving complexity of the global crop protection market itself. While sustainability narratives increasingly dominate agricultural discourse, worldwide demand for broad-spectrum herbicides continues to remain structurally resilient, particularly across large-scale row crop systems where cost efficiency and weed resistance management remain operational priorities. As construction plans advance, the Guizhou project is expected to further strengthen China’s commanding position within the global glyphosate industry — a market where scale, integration, and raw material control increasingly define competitive advantage. In an era marked by agricultural uncertainty, tightening food security concerns, and rising production pressures, Jiangshan Agrochemical’s latest expansion suggests that the next phase of agrochemical competition may not simply be about innovation alone, but about industrial endurance, supply dominance, and the ability to manufacture at unparalleled scale. ]]> https://www.agrospectrumasia.com/news/137/3828/terraclear-launches-ai-powered-giant-ragweed-mapping-service-to-revolutionise-weed-control-for-organic-farmers.html https://www.agrospectrumasia.com/news/137/3828/terraclear-launches-ai-powered-giant-ragweed-mapping-service-to-revolutionise-weed-control-for-organic-farmers.html Wed, 06 May 2026 14:09:21 +0530 Precision Drone Imaging and GPS-Based Weed Mapping aim to eliminate the “10,000-Seed Problem” in large-scale organic farming TerraClear, a leader in agricultural technology integration, has announced the launch of its specialised Giant Ragweed Mapping Service, an advanced AI-powered solution designed to help large-scale organic farmers tackle one of the most persistent and economically damaging weed challenges in modern agriculture. Combining high-precision drone imagery with artificial intelligence and GPS-based mapping, the new service is engineered to provide growers with an accurate, field-level view of giant ragweed escapes before they develop into long-term yield threats. For organic producers, giant ragweed represents far more than a seasonal weed problem. A single giant ragweed plant can produce up to 10,000 seeds, creating a multi-year seed bank capable of severely impacting future crop productivity and profitability. Traditionally, farmers have relied on costly blanket scouting operations and manual walking crews to identify and remove late-season weed escapes — an approach that can cost between $20 and $50 per acre while remaining labour-intensive and inefficient. TerraClear’s new mapping service seeks to fundamentally transform that process by enabling growers to adopt what the company describes as a “surgical sniper approach” to weed management. Using exact GPS coordinates to pinpoint individual ragweed plants, the platform allows farm managers and field crews to focus only on affected areas rather than manually scouting entire fields. Don Scibner, Director of Product at TerraClear, said the agricultural labour shortage has made effective late-stage weed scouting increasingly difficult, particularly in dense row-crop systems such as corn. He noted that the company’s technology shifts weed management from broad, time-consuming field searches to a precision-guided operational model where labour can be deployed with greater speed, accuracy, and confidence. According to TerraClear, the service is strategically designed for deployment during the critical late July to early August period — before giant ragweed plants begin dispersing viable seeds into the soil. The company stated that this timing is particularly important for organic growers seeking to prevent the establishment of future weed populations and preserve long-term field productivity. The AI-driven mapping system offers multiple operational advantages, including precise weed location validation, reduced scouting time, and improved harvest integrity by helping farmers identify and eliminate weed patches before combines spread seeds across entire farms during harvest operations. The technology is also applicable in soybean production systems, where growers frequently deploy manual scouting crews to inspect fields acre by acre. TerraClear said the platform enables growers to assess weed pressure in advance, thereby reducing unnecessary labour costs and improving operational planning. Alex Hopkins, an organic grower based in North Central Illinois, described the technology as a significant advancement for progressive farming operations. He stated that when a single weed plant has the potential to create years of future problems, traditional “good enough” scouting methods are no longer sufficient, adding that GPS-based weed mapping allows growers to move from reactive guesswork to proactive management. With the launch of the Giant Ragweed Mapping Service, TerraClear is positioning itself at the forefront of precision agriculture innovation, helping organic farmers improve efficiency, reduce labour dependency, and strengthen long-term weed management strategies through AI-enabled decision-making tools. ]]> https://www.agrospectrumasia.com/news/137/3827/basf-unveils-basta-ultra-in-australia-introducing-next-generation-herbicide-powered-by-glu-l-technology.html https://www.agrospectrumasia.com/news/137/3827/basf-unveils-basta-ultra-in-australia-introducing-next-generation-herbicide-powered-by-glu-l-technology.html Wed, 06 May 2026 14:01:17 +0530 Advanced formulation delivers enhanced weed control, improved crop safety and greater operational efficiency for growers BASF has announced the launch of Basta ULTRA in Australia, marking the introduction of the next generation of its widely trusted non-selective herbicide powered by the company’s advanced Glu-L technology. Building on more than three decades of proven Basta herbicide performance, the new formulation has been designed to deliver superior weed control, enhanced convenience, and improved operational efficiency for growers across Australia’s diverse horticultural systems. The launch reflects BASF’s continued focus on providing innovative crop protection solutions that address evolving agricultural challenges around productivity, sustainability, and resistance management. Parvana Wali, Head of Agricultural Solutions at BASF Australia and New Zealand, said growers across Australia have relied on Basta for more than 30 years, and the introduction of Basta ULTRA represents a significant advancement in both performance and technology. She noted that the upgraded formulation has been developed to help growers navigate increasing demands around efficiency, crop safety, and sustainable farming practices. Basta ULTRA offers powerful knock-down control across more than 100 annual and perennial weed species, including grasses and broadleaf weeds, making it suitable for a wide range of horticultural applications including tree crops, vineyards, and vegetable production systems. The company stated that the new formulation delivers enhanced crop safety compared with glyphosate while also serving as an effective alternative to paraquat, offering growers broader flexibility in weed management strategies. A key advantage of Basta ULTRA lies in its lower application rate, which helps reduce manual handling requirements as well as storage and transportation burdens for growers and distributors. The herbicide also incorporates BASF’s new “lock” formulation technology, engineered to improve droplet retention and minimise spray bounce-off and application loss. This enhanced retention capability contributes to more efficient herbicide coverage and improved weed control outcomes in the field. In addition, Basta ULTRA becomes rainfast within six hours of application, reducing the likelihood of product wash-off and limiting the need for repeat applications under variable weather conditions. BASF said these improvements are expected to help growers reduce overall herbicide usage while enhancing weed control efficiency and operational productivity. The product has now received registration approval from the Australian Pesticides and Veterinary Medicines Authority (APVMA) and is expected to be available shortly through authorised BASF distributors across Australia. With the launch of Basta ULTRA, BASF aims to further strengthen its position in Australia’s crop protection market while supporting growers with next-generation herbicide technologies designed to improve productivity, stewardship, and long-term sustainability outcomes. ]]> https://www.agrospectrumasia.com/news/137/3822/cibus-advances-gene-edited-rice-program-with-interoc-moves-toward-latin-america-commercial-rollout.html https://www.agrospectrumasia.com/news/137/3822/cibus-advances-gene-edited-rice-program-with-interoc-moves-toward-latin-america-commercial-rollout.html Tue, 05 May 2026 18:24:19 +0530 Gene-edited herbicide tolerance traits in rice transferred to Interoc as Cibus moves closer to commercial launch in Latin America, leveraging its Rapid Trait Development System to accelerate seed innovation and yield-focused solutions Cibus, Inc. (Nasdaq: CBUS), an agricultural technology company focused on plant trait development and licensing, has announced the transfer of gene-edited herbicide tolerance traits in rice to its partner Interoc, marking a key step toward commercialization in Latin America. The materials will enable Interoc S.A. to begin testing and production of rice seed varieties incorporating Cibus’ gene-edited traits, ahead of a planned regional launch under its CIBUS enhanced seed portfolio. “This collaboration with Cibus continues to deliver significant value,” said Fernando De La Puente, Corporate Vice President at Interoc. “Rice is a critical crop for the Latin American economy, and we are committed to providing growers with advanced traits that optimize their productivity.” Cibus said the milestone supports its strategy of delivering predictable, time-bound trait development through its Rapid Trait Development System, which is designed to accelerate the introduction of crop innovations aimed at improving yield and resilience. “Achieving this milestone on schedule reinforces our core objective: the predictable development of desired traits in rice and other crops,” said Peter Beetham, PhD, Co-founder and Interim Chief Executive Officer of Cibus. “We are addressing the global need for accelerated trait innovation and helping equip farmers with solutions that support food security.” The company added that growing regulatory alignment on gene-edited crops globally is expected to support broader commercialization efforts across its pipeline. Additional traits are expected to progress toward partner delivery over the coming year. “Our partnership with Interoc has been characterized by high-level collaboration and productivity,” said Martin Poveda, Senior Director Rice & Business Affairs at Cibus. “Together, we are creating solutions tailored to key markets, and we look forward to the commercial rollout of gene-edited products in the coming years.” ]]> https://www.agrospectrumasia.com/news/137/3821/bioworks-debuts-bionex-insecticide-and-hoplite-moss-killer-for-ipm-programs.html https://www.agrospectrumasia.com/news/137/3821/bioworks-debuts-bionex-insecticide-and-hoplite-moss-killer-for-ipm-programs.html Tue, 05 May 2026 18:20:08 +0530 BioWorks, Inc. has introduced two new plant health products—BioNex insecticide and Hoplite moss killer—aimed at strengthening its integrated pest management (IPM) offerings for greenhouse, nursery, and controlled-environment growers. BioNex is a broad-spectrum contact insecticide and miticide formulated with pyrethrins and canola oil, designed to deliver rapid knockdown of key crop pests across all life stages, including eggs, larvae, pupae, and adults. Hoplite, meanwhile, is a selective herbicide based on potassium salts of fatty acids, targeting moss, liverwort, algae, and lichens with fast visible action. “Adding BioNex and Hoplite to the BioWorks portfolio significantly expands the range of high-performance, sustainable solutions we can deliver to growers,” said Chris Rose, General Manager at BioWorks. “Our focus is on equipping them with a complete, integrated toolkit that addresses today’s production challenges while supporting long-term crop health and operational success.” BioNex acts by disrupting insect nervous systems, while its oil-based formulation enhances coverage and contact activity. It is labeled for use in greenhouses, shadehouses, nurseries, hoophouses, and container-grown crops, targeting pests such as aphids, thrips, mites, whiteflies, leafhoppers, and scale insects. In trial data provided by the company, BioNex achieved up to 98 per cent control of cotton aphids on hibiscus within one day, compared with 78 per cent for a competitive product. It also delivered 97 per cent control of two-spotted spider mites in greenhouse green beans within two days. Hoplite works at the cellular level, causing membrane disruption and rapid desiccation of target organisms, leading to visible yellowing and browning shortly after application. It is intended for use in controlled-environment agriculture, including greenhouses and nurseries. In trials, Hoplite achieved 97.5 per cent control of moss within five days, outperforming a competitive product at 80 per cent, and showed a 53 per cent improvement in silvery thread moss control in bentgrass greens. The launch reflects BioWorks’ continued focus on expanding biological and sustainable crop protection tools for commercial growers. ]]> https://www.agrospectrumasia.com/news/137/3794/novonesis-launches-bovacillus-for-dairy-farmers-amid-rising-feed-costs.html https://www.agrospectrumasia.com/news/137/3794/novonesis-launches-bovacillus-for-dairy-farmers-amid-rising-feed-costs.html Thu, 30 Apr 2026 16:19:27 +0530 The feed-stable probiotic can withstand temperatures up to 95°C and be used across multiple feed formats Novonesis has launched what it describes as Europe’s first Bacillus probiotic designed for lactating dairy cows, targeting higher milk productivity and feed efficiency at a time when dairy farmers are grappling with rising input costs and tighter margins. The product, branded as Bovacillus, is positioned as a feed-stable probiotic solution that supports both animal health and dairy farm profitability without requiring changes in feed systems or farm operations. The launch comes as feed costs continue to account for nearly 60–70 per cent of total milk production expenses globally, increasing pressure on dairy producers to improve nutritional efficiency and herd productivity. Novonesis said Bovacillus works through dual action in both the rumen and intestines, supporting gut health, fibre digestion and feed conversion efficiency. The company said the probiotic helps cows extract more energy from feed for milk production rather than using energy to combat harmful bacteria. According to the company, the product can increase milk production by around one kilogram per cow per day, while also improving milk composition through higher protein, fat, and lactose output. The company said the probiotic improves feed efficiency by 3.7 per cent, allowing more milk output from the same quantity of feed, an increasingly important metric as feed inflation continues to affect dairy economics. Bovacillus has been developed in a heat-stable format capable of withstanding temperatures of up to 95°C, enabling use across multiple feed applications including pellets, premixes, mineral blocks, mash feed, liquid feed, and total mixed rations. Novonesis said the product has already been supported by five years of commercial usage and approximately 1.5 million users globally before its European launch. The company also highlighted scientific validation behind the product, stating that Bovacillus has been evaluated through nine peer-reviewed publications and 12 mode-of-action studies. The launch reflects growing investment by animal nutrition companies in biological and microbiome-based solutions aimed at improving livestock productivity while reducing resource intensity and supporting sustainability targets in agriculture. Industry analysts say feed-efficiency products are gaining traction globally as dairy producers seek technologies that can improve milk yield, animal health, and operational efficiency amid volatile commodity prices and increasing environmental scrutiny. With dairy producers under pressure to balance productivity, profitability, and sustainability goals, companies are increasingly positioning probiotics and biosolutions as alternatives to traditional feed additives and performance enhancers. ]]> https://www.agrospectrumasia.com/news/137/3781/gene-edited-innovation-targets-citrus-greening-while-reducing-pesticide-dependence.html https://www.agrospectrumasia.com/news/137/3781/gene-edited-innovation-targets-citrus-greening-while-reducing-pesticide-dependence.html Wed, 29 Apr 2026 15:54:06 +0530 CarriCea T1 aims to protect U.S. citrus production while reducing reliance on conventional pesticide sprays The United States Environmental Protection Agency has approved CarriCea T1, a gene-edited citrus rootstock designed to help citrus trees defend themselves against citrus greening disease, marking a significant development for an industry that has suffered severe production losses over the past two decades. The approval introduces a new disease-management tool for American citrus growers as the sector faces mounting pressure from citrus greening, a bacterial disease widely regarded as one of the greatest threats to commercial citrus production in the United States. The disease has sharply reduced Florida’s citrus output, with recent harvest levels falling to historic lows. CarriCea T1 works by making targeted edits to the citrus tree’s own genetic material to disrupt interactions with the bacteria responsible for citrus greening. Unlike some genetically modified agricultural technologies, the product does not introduce DNA from other organisms. Regulators said the resulting fruit remains indistinguishable from citrus produced using conventional rootstock varieties. According to the EPA, the rootstock has the potential to reduce growers’ dependence on conventional pesticide applications by strengthening the tree’s natural ability to resist infection. The agency noted that fewer chemical sprays could lower pesticide exposure in orchards and support more sustainable disease-management practices. The EPA conducted a dietary safety assessment under its regulatory framework for plant-incorporated protectants (PIPs), evaluating both the registered product and any associated breakdown residues before granting approval. The agency stated that the registration decision meets federal standards for human health and environmental protection. Florida’s citrus industry, historically central to the U.S. orange juice market, has experienced a dramatic decline in production due to the spread of citrus greening disease. Industry data show that current harvest levels represent only a small fraction of the state’s historical production peak, intensifying concerns about long-term domestic supply security and rising dependence on imported citrus products. The EPA said the approval reflects broader efforts to support agricultural innovation through science-based regulatory pathways while balancing crop protection needs, environmental sustainability, and consumer choice. The agency also emphasized that consumers seeking alternative production systems, including organic citrus, will continue to have options available in the marketplace. CarriCea T1 is expected to become part of integrated disease-management strategies aimed at improving orchard resilience, protecting yields, and supporting the long-term sustainability of American citrus farming. ]]> https://www.agrospectrumasia.com/news/137/3776/ever-ag-bets-on-agentic-ai-with-everett-launch.html https://www.agrospectrumasia.com/news/137/3776/ever-ag-bets-on-agentic-ai-with-everett-launch.html Tue, 28 Apr 2026 16:47:39 +0530 New decision engine transforms data into automated workflows across the agri supply chain Ever.Ag has unveiled Everett, an agentic AI-powered “Ag Decision Engine” designed to transform how agricultural and food processing businesses convert data into real-time decisions across the supply chain. Introduced at the American Dairy Products Institute Annual Conference in Chicago, Everett represents a significant evolution in agricultural technology—moving beyond analytics dashboards to autonomous, workflow-driven decision systems embedded directly within the software platforms companies already use. From Data to Decisions Everett is built to connect fragmented datasets across operations—production, procurement, transportation, processing, and markets—and translate them into actionable decisions. Unlike traditional tools that surface insights, Everett actively orchestrates workflows, enabling agricultural businesses to respond faster to changing conditions across complex supply chains. The platform is the culmination of Ever.Ag’s multi-year investment in AI and data science, including the acquisition of Austin Data Labs in 2023, a team known for pioneering AI applications in global food and agriculture systems. Dairy First, Broader Rollout Ahead The initial rollout targets dairy processors, a segment where Ever.Ag has an established footprint. Everett capabilities are being embedded into key products such as cheese yield optimization, transportation optimization, and sales and operations planning (S&OP), enabling operators to make context-aware, real-time decisions within their existing workflows. By integrating intelligence directly into operational tools, Everett delivers a critical advantage: deep contextual understanding of products, processes, and performance drivers, reducing the gap between insight and execution. A New Layer of Intelligence Across the Supply Chain Everett is designed to operate across the full agricultural value chain, leveraging Ever.Ag’s position as a technology provider spanning production through markets and risk management. The system continuously evolves, improving performance and decision accuracy as it processes more data and user interactions. This “learning system” approach positions Everett not just as a tool, but as an adaptive intelligence layer capable of scaling across diverse agricultural segments. Continuous Deployment Model The launch marks the beginning of an ongoing rollout rather than a one-time release. Ever.Ag plans to expand Everett’s capabilities across additional sectors, including livestock, animal protein, and broader agribusiness operations, with new features expected in the coming months. Redefining Ag-Tech’s Next Phase As agriculture grapples with rising complexity—from volatile markets to operational inefficiencies—the industry is shifting toward decision-centric technologies that can act, not just analyze. Everett signals that transition, embedding AI directly into the operational core of agricultural enterprises. With this launch, Ever.Ag is positioning itself at the forefront of a new wave in ag-tech—where agentic AI systems drive faster, smarter, and more integrated decision-making across the global food supply chain. ]]> https://www.agrospectrumasia.com/news/137/3775/adama-introduces-pyrasulfotole-based-herbicide-for-global-cereals-push.html https://www.agrospectrumasia.com/news/137/3775/adama-introduces-pyrasulfotole-based-herbicide-for-global-cereals-push.html Tue, 28 Apr 2026 16:35:02 +0530 Australia launch marks first step in broader international rollout strategy ADAMA Ltd. has unveiled Marathon, its first herbicide powered by Pyrasulfotole, marking a strategic push into next-generation weed control solutions for global cereal markets. The product will debut in Australia for the 2026 growing season, targeting wheat and barley growers facing increasing resistance and operational challenges. The launch represents a key milestone in ADAMA’s formulation-led innovation strategy, combining a proven active ingredient with proprietary high-load technology to deliver improved field performance and application efficiency. It also signals the beginning of a broader global rollout of Pyrasulfotole-based solutions across major cereal-producing regions. Advanced Formulation Meets Field Efficiency At the core of Marathon is Pyrasulfotole, a well-established herbicide known for its compatibility in tank mixes and effectiveness against broadleaf weeds, particularly in complex or mixed weed populations. The product is designed to support Integrated Weed Management (IWM) programs, playing a critical role in resistance management as growers confront evolving weed challenges. ADAMA’s patented formulation incorporates Mefenpyr-diethyl as a built-in safener, enhancing crop tolerance while maintaining weed susceptibility. The company’s high-load emulsifiable concentrate (EC) technology ensures stability across varying temperature conditions, enabling consistent performance from storage to application. For growers, the formulation translates into lower application volumes, simplified mixing, and reduced logistics, including fewer containers and transport requirements—delivering both cost efficiencies and sustainability benefits at the farm level. Strategic Expansion in Global Cereal Markets The Australian launch is positioned as the first step in ADAMA’s global Pyrasulfotole platform strategy, with plans to expand into key markets such as Canada and the United States. The company aims to develop a pipeline of tailored formulations and mixtures designed to address region-specific agronomic needs and resistance patterns. By leveraging its global R&D capabilities and formulation expertise, ADAMA is seeking to strengthen its presence in the cereals segment, where demand for effective, flexible, and resistance-resilient herbicide solutions continues to rise. Addressing the Next Wave of Weed Resistance As herbicide resistance becomes an increasingly pressing issue in agriculture, the introduction of Marathon underscores a broader industry shift toward multi-functional, formulation-driven solutions that extend the lifecycle of existing active ingredients. With Marathon, ADAMA is positioning itself at the forefront of this transition—offering growers a tool that not only enhances weed control but also integrates seamlessly into long-term farm management strategies. The launch highlights the company’s ongoing focus on innovation through formulation science, as it builds a next-generation portfolio aimed at improving productivity, efficiency, and sustainability in modern agriculture. ]]> https://www.agrospectrumasia.com/news/137/3768/agronova-launches-high-concentration-soil-biostimulant.html https://www.agrospectrumasia.com/news/137/3768/agronova-launches-high-concentration-soil-biostimulant.html Mon, 27 Apr 2026 16:45:45 +0530 Peptiva Rhyzo features microencapsulation for improved microbial performance Agronova Biotech has introduced Peptiva Rhyzo, a next-generation soil-applied biostimulant designed to strengthen root development and improve soil functionality under challenging agronomic conditions. The launch reflects the company’s continued focus on advancing biological solutions that support early-stage crop establishment and long-term productivity. Engineered to act directly within the rhizosphere, Peptiva Rhyzo combines two carefully selected Bacillus strains—Bacillus siamensis PB12 and Bacillus halotolerans PB13. These microorganisms work synergistically to enhance nutrient availability, stimulate beneficial microbial activity, and improve soil structure, creating a more balanced and efficient environment for plant growth. A key differentiator of the product lies in its high-concentration soluble powder formulation, which significantly exceeds conventional liquid standards. This format not only optimises storage and logistics but also simplifies field application, making it particularly suited for large-scale and professional farming operations. The formulation is further supported by advanced microencapsulation technology, which protects the viability of the microorganisms and enables their gradual release into the soil. This ensures consistent performance across varying field conditions while maximising the effectiveness of the biostimulant. By promoting a more active and extensive root system, Peptiva Rhyzo enhances the plant’s ability to absorb water and nutrients efficiently. The result is improved crop uniformity, stronger resilience to environmental stress, and more efficient utilisation of available resources. The product is especially recommended during critical growth phases such as transplanting and early crop establishment, as well as in soils affected by stress factors including salinity, water imbalance, and temperature fluctuations. With this launch, Agronova Biotech aims to equip growers with a robust tool to improve crop performance from the ground up, reinforcing the role of biological innovation in modern agriculture. ]]> https://www.agrospectrumasia.com/news/137/3765/rijk-zwaan-updates-spinach-line-for-organic-segment.html https://www.agrospectrumasia.com/news/137/3765/rijk-zwaan-updates-spinach-line-for-organic-segment.html Mon, 27 Apr 2026 16:27:20 +0530 Focus on yield stability, resistance, and suitability for different cultivation windows Reinforcing its commitment to innovation in organic agriculture, Rijk Zwaan has unveiled an updated portfolio of spinach varieties tailored for organic growers across Europe. The latest offering combines proven performers with new introductions, each selected for their strong resistance profiles, yield stability, and superior product quality under diverse growing conditions. As demand for reliable organic crops continues to rise, the company’s enhanced range addresses a critical need among growers for varieties that can withstand evolving disease pressures and climatic variability. According to crop coordinators Wim in ’t Groen and Filip Hermans, the focus is on delivering consistent performance across different growing seasons and market requirements. Among the new additions, Galago RZ stands out as a dependable option for organic baby leaf spinach cultivation, particularly suited for winter production in southern Europe and transitional sowing periods in northern regions. Its rapid growth, visually appealing leaf structure, and comprehensive resistance package against downy mildew and emerging fungal threats position it as a robust choice for growers seeking reliability. Reindeer RZ further strengthens the portfolio with its high resistance levels and uniform leaf quality, offering growers enhanced certainty during winter cultivation cycles. Meanwhile, Boomslang RZ delivers versatility across spring and autumn seasons, combining high yields with a broad resistance spectrum—making it well-suited for both open-field and protected cultivation systems. For targeted seasonal applications, Cabezon RZ is recommended for early and late summer production in northern Europe, offering strong disease resistance and attractive leaf characteristics, although alternative varieties may be better suited for peak summer conditions. Beyond fresh market production, Rijk Zwaan has also expanded its focus on spinach varieties for the processing industry, where cultivation dynamics differ significantly. With production concentrated in regions such as the Netherlands, Belgium, and France—particularly in the fertile soils of Flevoland—summer cultivation plays a pivotal role. In this segment, Silverwhale RZ emerges as a fast-establishing variety, enabling effective weed management and ensuring reliable harvests. Its strong resistance profile and consistent leaf quality have made it a preferred choice among organic growers. Complementing this is Boa RZ, a vigorous and well-established variety known for its adaptability to heavy soils, rapid germination, and suitability for early mechanical weed control—factors that contribute to higher productivity and crop success. With this expanded portfolio, Rijk Zwaan continues to support organic growers with solutions that balance agronomic resilience, market demands, and sustainability—strengthening its position at the forefront of innovation in vegetable breeding. ]]> https://www.agrospectrumasia.com/news/137/3754/bird-x-bets-on-integrated-deterrent-systems-to-drive-next-phase-of-growth.html https://www.agrospectrumasia.com/news/137/3754/bird-x-bets-on-integrated-deterrent-systems-to-drive-next-phase-of-growth.html Fri, 24 Apr 2026 14:26:06 +0530 Combination of chemical and behavioral solutions reflects shift toward smarter pest control strategies Bird-X, Inc today announced the expansion of its liquid bird deterrent portfolio with the launch of two new products—Avian Control Repellent and InvisiDye UV Marker—marking a strategic move to address growing demand for adaptable and effective bird control solutions across commercial, industrial, agricultural, and landscaping environments. The introduction comes at a time when pest management operators are increasingly seeking targeted, scalable solutions capable of addressing complex bird-related challenges in diverse settings. With these additions, Bird-X aims to strengthen its position in the professional pest control segment by offering tools that combine immediate efficacy with longer-term behavioral conditioning. Avian Control Repellent, an EPA-registered liquid concentrate, is designed to repel pest birds through flexible application methods, including fogging, hazing, and spraying. The product utilizes Methyl Anthranilate (MA) as its active ingredient, triggering a sensory response in birds upon contact with treated surfaces or airborne droplets. This response prompts birds to vacate the treated area without causing long-term harm, aligning with industry trends toward humane and non-lethal deterrent solutions. Complementing this approach, InvisiDye UV Marker introduces a behavioral reinforcement mechanism by adding a visual cue to the repellent system. While not a deterrent on its own, the ultraviolet fluorescent dye works in conjunction with MA-based repellents such as Avian Control and Bird Stop. Birds exposed to the combined treatment experience both a sensory and visual signal, gradually associating treated areas with discomfort. Over time, this conditioning effect supports preemptive avoidance behavior, reducing repeat incursions. The dual-product strategy reflects a broader shift in pest management toward integrated solutions that blend immediate control with sustained behavioral modification. By enabling operators to tailor applications based on site conditions and infestation intensity, Bird-X is positioning its offerings to meet the evolving expectations of professional users who require precision and adaptability. According to company leadership, the expanded portfolio is designed to address a wide spectrum of use cases, from residential and commercial properties to large-scale agricultural operations. The products are labeled for use against a range of bird species, including starlings, pigeons, gulls, blackbirds, and crows, among others, further broadening their applicability. The launch builds on Bird-X’s existing lineup of liquid deterrents, including Bird Stop, 4 The Birds, and Bird Proof Gel, reinforcing the company’s commitment to innovation in non-lethal pest control technologies. As regulatory scrutiny and environmental considerations continue to shape the pest management industry, solutions that balance effectiveness with safety and compliance are expected to gain traction. With the addition of Avian Control Repellent and InvisiDye UV Marker, Bird-X is signaling a strategic focus on advanced deterrent systems that integrate chemical and behavioral science, positioning itself to capture emerging opportunities in a market increasingly defined by precision, sustainability, and performance. ]]> https://www.agrospectrumasia.com/news/137/3742/new-zealand-approves-broad-spectrum-potato-fungicide.html https://www.agrospectrumasia.com/news/137/3742/new-zealand-approves-broad-spectrum-potato-fungicide.html Wed, 22 Apr 2026 14:22:37 +0530 Vibrance Premium targets key fungal threats as regulators speed up product clearances New Zealand has approved a new fungicide designed to protect potato crops from a wide range of damaging diseases, providing a boost to one of the country’s most valuable horticultural sectors. The decision by New Zealand Food Safety clears Vibrance Premium for use on potato seed tubers, targeting multiple fungal threats including black scurf, silver scurf, black dot, gangrene and fusarium dry rot, while also suppressing common scab. Deputy Director-General Vincent Arbuckle said the approval comes at a critical time for the country’s potato industry, which is valued at approximately $1.47 billion. “This broad-spectrum product will be a welcome addition for growers,” Arbuckle said, noting that the application was processed within the statutory five-day timeframe following prior clearance from the Environmental Protection Authority. Regulatory approval was granted after a comprehensive, science-based assessment confirmed that risks to food safety, trade, animal welfare, plant health and biosecurity are effectively managed under the Agricultural Compounds and Veterinary Medicines Act. The product had earlier secured approval under the Hazardous Substances and New Organisms framework, a prerequisite for final registration. The clearance forms part of a broader pipeline of agricultural products entering the New Zealand market. Over the past year, New Zealand Food Safety has approved 135 new products and nearly 100 updated or new label claims, spanning crop protection and animal health. Recent additions include herbicides, insecticides and pest-control treatments, reflecting continued efforts to expand farmers’ access to tools that improve productivity while maintaining stringent safety and environmental standards. The approval of Vibrance Premium underscores New Zealand’s focus on supporting agricultural innovation and safeguarding crop yields amid evolving disease pressures. ]]> https://www.agrospectrumasia.com/news/137/3741/china-advances-green-crop-protection-with-new-biopesticide.html https://www.agrospectrumasia.com/news/137/3741/china-advances-green-crop-protection-with-new-biopesticide.html Wed, 22 Apr 2026 14:16:58 +0530 Laminarin product targets hard-to-control diseases while supporting stricter environmental standards A new generation of crop protection is nearing a key regulatory milestone in China, as a seaweed-based biopesticide moves closer to market approval. France-based GOËMAR S.A.S announced that its Laminarin-based product has been included in the latest list of proposed pesticide registrations released by the Institute for the Control of Agrochemicals Ministry of Agriculture and Rural Affairs. The listing signals that the product has successfully passed technical evaluation and is expected to receive final registration following a public notice period. Derived from Laminaria japonica polysaccharides, Laminarin represents a shift from conventional chemical fungicides toward biological crop protection. Rather than directly eliminating pathogens, the compound activates plants’ natural defense systems by triggering systemic acquired resistance, effectively preparing crops to fend off disease. The product is designed to target persistent and economically damaging diseases, including gray mold in strawberries and powdery mildew in cucumbers—both of which are known to develop resistance to traditional chemical treatments. The anticipated approval underscores growing momentum for biopesticides in China, where regulators and growers are increasingly prioritizing sustainable agriculture and stricter residue standards. Biological solutions like Laminarin offer a low-toxicity alternative while supporting resistance management strategies in intensive farming systems. For global agrochemical companies, the development also highlights the expanding commercial viability of biological products in one of the world’s largest agricultural markets, as China accelerates its transition toward greener crop protection technologies. ]]> https://www.agrospectrumasia.com/news/137/3734/vive-crop-protection-introduces-averland-sm-for-precision-nematode-management.html https://www.agrospectrumasia.com/news/137/3734/vive-crop-protection-introduces-averland-sm-for-precision-nematode-management.html Wed, 22 Apr 2026 12:50:19 +0530 New solution leverages Soil Mobile Technology to improve consistency, efficiency, and crop performance Vive Crop Protection today announced the launch of Averland SM, a next-generation in-season nematicide designed to provide growers with a more flexible and effective solution for managing nematodes in potatoes, onions, and other high-value crops. Powered by Vive’s proprietary Soil Mobile Technology platform, Averland SM enables the active ingredient, abamectin, to move deeper into the soil profile, creating an expanded zone of protection where nematodes are most active. This approach delivers more consistent control compared to traditional surface-applied treatments. “Averland SM gives growers the flexibility to respond to nematode pressure as it develops throughout the season,” said Marie Yeager, Senior Product Manager at Vive Crop Protection. “With the ability to apply through standard irrigation systems, growers can target pests more precisely and improve overall crop performance.” Designed for application via drip, pivot, and overhead irrigation systems, Averland SM supports in-season use, allowing growers to move beyond reliance on planting-time applications. Its Soil Mobile Technology minimizes interaction with soil particles, allowing the active ingredient to travel with water into the root zone before binding within the soil as it dries—reducing the risk of leaching while maximizing targeted efficacy. Field trials have demonstrated that Averland SM delivers strong and consistent nematode control, performing comparably to industry standards while offering a cost-effective alternative. In potato trials, the product reduced nematode pressure and improved marketable yield when integrated into existing crop protection programs. Averland SM also offers operational advantages, including ease of handling and seamless compatibility with chemigation systems, ensuring uniform distribution without clogging and consistent soil coverage across treated fields. The launch of Averland SM marks the second commercial product within Vive’s Soil Mobile platform, following Bifender SM, and reinforces the company’s commitment to advancing precision crop protection technologies that enhance performance while optimizing input use. ]]> https://www.agrospectrumasia.com/news/137/3729/koppert-unveils-kc2404-new-biological-shield-against-fungal-threats.html https://www.agrospectrumasia.com/news/137/3729/koppert-unveils-kc2404-new-biological-shield-against-fungal-threats.html Tue, 21 Apr 2026 14:24:51 +0530 Next-generation fungicide moves closer to approval, redefining sustainable crop protection In a significant stride toward sustainable agriculture, Koppert has introduced KC2404, an advanced biological fungicide poised for regulatory approval in the third quarter of 2026. First showcased at the prestigious Crop Health Days hosted at the World Horti Center, the product offers growers an early glimpse into a powerful new solution for combating powdery mildew and a spectrum of fungal diseases across high-value crops. From Thermal Waters to Targeted Protection At the core of KC2404 lies a unique scientific foundation—a lysate derived from Willaertia, a single-celled amoeba sourced from thermal waters near Lake Annecy. Cultivated in controlled bioreactor environments, this lysate is rich in bioactive compounds that not only inhibit fungal spore germination but also activate the plant’s innate defense systems. The result is a dual-action mechanism that combines direct pathogen suppression with enhanced crop resilience. Broad-Spectrum Efficacy Backed by Field Performance KC2404 demonstrates robust activity against a wide array of pathogens, including powdery mildew, rust fungi, Cladosporium leaf spots, and destructive oomycetes such as Phytophthora and downy mildew. Trial data from 2024 cucumber studies under intense disease pressure revealed infection levels of approximately 12 per cent in treated plants—significantly lower than over 20 per cent in comparable biological treatments and more than 40 per cent in untreated controls. When paired with an adjuvant, the product’s efficacy approached that of conventional chemical standards, reinforcing its commercial potential. Operational Simplicity Meets Regulatory Advantage Beyond performance, KC2404 offers compelling practical benefits. With no maximum residue limits and no mandated re-entry or safety intervals, it simplifies on-farm operations while aligning with increasingly stringent regulatory frameworks. Certification for organic agriculture is currently underway, positioning the product as a versatile tool for both conventional and organic growers. Scaling Across Crops and Markets Initial registration efforts are focused on key greenhouse crops such as cucumber, tomato, and eggplant, targeting major diseases including powdery mildew and Phytophthora. Looking ahead, Koppert plans to expand approvals across additional crops and geographies, with application programs expected to reach up to 10 treatments per cycle in cucumbers and as many as 12 annually in other crops, including ornamentals and strawberries. A Glimpse Into the Future of Crop Protection As agriculture pivots toward safer, residue-free solutions, KC2404 represents a compelling fusion of biology and innovation. By harnessing naturally derived compounds and translating them into high-performance crop protection, Koppert is not only advancing its product portfolio but also helping redefine the future of disease management in a more sustainable and resilient global food system. ]]> https://www.agrospectrumasia.com/news/137/3727/lomons-green-leap-bimie-redefines-future-of-acaricide-innovation.html https://www.agrospectrumasia.com/news/137/3727/lomons-green-leap-bimie-redefines-future-of-acaricide-innovation.html Tue, 21 Apr 2026 13:37:12 +0530 World’s first registered bacterial solution challenges chemical dominance In a landmark moment for sustainable agriculture, Sichuan Lomon Bio Technology Co., Ltd. has officially launched BIMIE, the world’s first fully registered bacterial acaricide. The unveiling, held during a high-profile virtual conference that drew over 10,000 viewers, marks the company’s strategic expansion from plant growth regulators into advanced biopesticide innovation—underscoring its ambition to lead the global biologicals revolution. At the heart of BIMIE lies its pioneering active ingredient, Bacillus velezensis LM-W2, formulated at 1 billion CFU/ml. Granted full regulatory registration in 2026, the product stands alone globally in its category. Developed from plant endophytes and refined through years of research since 2021, this microbial solution introduces a radically different mode of action compared to conventional chemical acaricides, offering both efficacy and ecological compatibility. Unlike traditional chemistries, BIMIE operates through a sophisticated biological mechanism. Its microbial metabolites disrupt the digestive systems of mites, allowing active enzymes such as proteases to penetrate the bloodstream and impair immune and neurological functions. As noted by He Yueqiu of Yunnan Agricultural University, this multi-target mode of interference significantly reduces the likelihood of resistance development, while preserving beneficial organisms such as predatory mites—an essential pillar of integrated pest management. Performance metrics reinforce BIMIE’s disruptive potential. Visible effects emerge within three hours of application, with control efficacy exceeding 95 per cent within 24 hours and residual protection lasting up to 20 days. Its additional ovary-splitting action curbs pest populations at the source, making it particularly effective against targets such as Panonychus citri and aphids. Field trials across Sichuan and Guangxi provinces demonstrate consistent results, with sustained control rates of 85–95 per cent over extended periods—outperforming conventional treatments like imidacloprid and acetamiprid. From a practical standpoint, BIMIE offers strong compatibility with widely used crop protection inputs, including bifenazate and abamectin, while requiring careful avoidance of certain compounds such as fluazinam and mineral oils. Optimized for application above 25°C, the product remains functionally resilient even in cooler conditions, enhancing its versatility across diverse agro-climatic zones. Strategically positioned for high-value crops and resistance-prone farming systems, BIMIE reflects a broader shift toward green, sustainable pest control solutions. As emphasized by Li Yi, the company’s marketing director, overcoming entrenched perceptions around the slower action of biologicals will be key—placing field demonstrations and real-world validation at the center of market adoption. Backed by the industrial strength of Lomon Corporation Group, a global leader in plant growth regulators such as S-abscisic acid and gibberellic acid, this launch represents more than a product debut—it is a declaration of intent. With BIMIE, Sichuan Lomon Bio Technology Co. Ltd. takes a decisive step toward its vision of becoming a global leader in biological agriculture, reshaping the future of crop protection with science-led, environmentally conscious innovation. ]]> https://www.agrospectrumasia.com/news/137/3490/asias-agri-tech-reckoning-why-2025-became-defining-year-for-farm-inputs.html https://www.agrospectrumasia.com/news/137/3490/asias-agri-tech-reckoning-why-2025-became-defining-year-for-farm-inputs.html Tue, 23 Dec 2025 17:06:31 +0530 From AI-guided seeds in China to microbial fertilisers in Southeast Asia and desert farming systems in West Asia, 2025 marked the moment agricultural technology in Asia-Pacific stopped being experimental — and became strategic. In 2025, Asia-Pacific agriculture crossed a quiet but consequential threshold. For years, agri-tech across the region had been framed as a future promise: pilots, proofs of concept, donor-funded trials, and glossy demonstrations that rarely survived the realities of fragmented landholdings, thin rural credit, and conservative farmer behaviour. This year, that framing collapsed. Climate volatility sharpened, fertiliser geopolitics resurfaced, export markets hardened residue and traceability standards, and governments began treating agricultural inputs not as commodities but as strategic infrastructure. What followed was not a single revolution, but a region-wide realignment. Digital advisories became operational tools. Biologicals moved from fringe to necessity. Precision equipment shifted from ownership to service. Seeds re-entered geopolitical calculations. And data — once an afterthought — became a new battleground of trust. Asia’s agri-tech story in 2025 was not about who invented the smartest tool. It was about who made technology stick. From Pilot Projects to Production Systems In 2025, the most consequential change in Asia-Pacific agriculture did not arrive with a product launch or a funding round. It arrived quietly, through the disappearance of a word that had dominated agri-tech discourse for over a decade: pilot. For years, digital agriculture in Asia lived in perpetual trial mode. AI-driven advisories, satellite imagery, weather-linked pest alerts, and soil analytics were showcased at conferences, tested on demonstration plots, and praised in reports—yet rarely embedded into everyday farming decisions. In 2025, that cycle finally broke. Across India, China, Vietnam, and much of Southeast Asia, digital agri-inputs stopped being marketed as standalone apps or dashboards. Instead, they were absorbed into the institutional plumbing of agriculture—extension services, farmer producer organisations, agribusiness procurement systems, and government programmes. Technology no longer asked farmers to change their behaviour first; systems changed around them. India’s Digital Agriculture Mission crystallised this shift. The state moved away from promoting isolated tools and focused instead on decision integration. AI-based, hyper-local input recommendations began factoring in groundwater stress, rainfall volatility, soil health records, and price signals—transforming advisories from generic suggestions into actionable instructions. The platforms that scaled fastest were not those with the most sophisticated models, but those that bundled input guidance with credit access, assured input delivery, and market linkage. In a landscape dominated by smallholders, integration proved more valuable than innovation. China’s trajectory was markedly different—and deliberately so. Digital agriculture there evolved as an industrial system rather than a farmer service. On large state farms in Heilongjiang and Inner Mongolia, AI-guided fertilisation, autonomous tractors, and drone-based variable spraying were rolled out at scale. The goal was not incremental yield gains but radical input efficiency and labour substitution in a countryside grappling with demographic decline. In China’s model, digital inputs functioned less as advisory tools and more as instruments of operational discipline. Southeast Asia offered a third pathway. In Vietnam and Thailand, digital input systems became tightly linked to export compliance. Traceability requirements from European and Gulf markets forced agribusinesses to embed digital nutrient planning and pest forecasting into contract farming arrangements. Adoption followed not because farmers were convinced, but because market access depended on it. In South Asia’s poorer economies, necessity bred pragmatism. Nepal and Bangladesh leapfrogged capital-intensive models altogether, deploying mobile-first advisory systems that worked on basic phones and unreliable networks. These platforms compensated for weak mechanisation by optimising timing—when to plant, irrigate, fertilise, or protect crops—proving that digital agriculture could scale even where hardware could not. This transition marked the end of technology theatre in Asian agriculture. For the first time, digital tools stopped being optional add-ons that relied on farmer enthusiasm and became embedded decision infrastructure. Once input recommendations were wired into credit approval, procurement contracts, subsidy delivery, and extension workflows, adoption ceased to be voluntary. It became structural. That shift fundamentally altered the economics of agri-tech. Scaling no longer depended on persuading millions of individual farmers one by one. It depended on plugging into a handful of powerful systems—banks, buyers, cooperatives, and governments. The result was a dramatic acceleration in adoption speed, coverage, and consistency. More importantly, 2025 established a new rule for agri-tech success in Asia-Pacific: technology that does not integrate will not scale. The winners were not the smartest algorithms, but the ones that disappeared into the background—quietly shaping decisions, reducing risk, and making agriculture more governable in an increasingly volatile world. In that sense, 2025 did not make digital agriculture more visible.It made it unavoidable. The Year Chemistry Lost Its Monopoly: APAC Agri-Tech 2025 If 2025 had a defining theme in Asia-Pacific agriculture, it was integration under pressure. Across the region, digital advisories, biological inputs, and next-generation chemical technologies converged into system-level farm management platforms, reshaping how seeds were sown, nutrients applied, weeds controlled, and risks mitigated — from India’s vast paddy belts to China’s industrial grain corridors and Southeast Asia’s diversified cropping landscapes. The most visible shift was the quiet disappearance of the word pilot. Demonstration plots and experimental apps became operational infrastructure. AI-driven crop advisories, satellite-based nutrient planning, and weather-linked pest forecasts were embedded into extension services, credit pathways, and agribusiness procurement platforms. India’s Digital Agriculture Mission integrated hyper-local recommendations into government and cooperative systems; China’s Heilongjiang and Inner Mongolia state farms scaled autonomous machinery, drone-based spraying, and AI-guided fertilization; Nepal and Bangladesh leapfrogged hardware-heavy models with mobile-first advisory platforms. Digital tools moved from optional add-ons to decision infrastructure, shaping adoption speed and scale region-wide. Yet while technology transformed how inputs were applied, geopolitical developments reshaped what inputs were available. China, a dominant global supplier of nitrogenous and phosphate fertilizers, restricted exports of specialty fertilizers in 2025 to preserve domestic supply and support strategic industries such as battery production. For importers like India, this triggered an acute fertilizer crunch, spiking prices, straining subsidy programs, and forcing urgent diversification toward alternative sources in Saudi Arabia and elsewhere. Analysts noted that these export controls functioned as a non-tariff trade lever, echoing prior Chinese tactics with rare earths and industrial chemicals. The disruption accelerated adoption of biologicals and precision digital tools, as microbial inoculants, bio-stimulants, and AI-driven nutrient optimization became essential to maintain crop performance under uncertain chemical supply. Biologicals themselves evolved from alternative inputs to core risk-management tools. In India, they became fiscal stabilizers, stretching subsidies while sustaining soil fertility. China embedded microbial inoculants into long-term soil health strategies. Vietnam and Thailand adopted biologicals to meet residue-compliant export requirements, while Indonesia and the Philippines embraced them to buffer climatic shocks. These products — ranging from China’s Neptunion biostimulant to the Philippines’ 7,200-MT biofertilizer facility producing nitrogen-fixing, phosphate-solubilizing, and mycorrhizal inoculants — addressed gaps that chemistry or digital advisories alone could not, enhancing soil microbiome health, nutrient cycling, and adaptive stress resilience. Chemical innovation, meanwhile, became more targeted and integrated. BASF’s Provisia Herbicide-Tolerant Rice System in China allowed precise herbicide use on tolerant varieties, reducing weed pressure without compromising integrated management. Japan’s Kumiai Chemical introduced EFFEEDA-based herbicides (TESSHIN, SEITEN, ISSEN) for paddy, while India saw a wave of crop-specific launches — Altair, Pyankor, Dinkar, Torry Super, Brucia, Ashitaka, Pixxaro, Centurion EZ, Melody Duo, Tag-Proxy, Tag Fly Gold — addressing weeds, pests, and fungal threats across paddy, maize, wheat, soybean, cotton, and horticulture. These innovations reflect a shift from blanket chemistry to precision intervention, complementing digital advisories and biological risk buffers. In sum, 2025 crystallized a fundamental transformation in Asia-Pacific agriculture: digital tools became embedded infrastructure; biologicals emerged as essential risk-management assets; and chemistry evolved into precision instruments integrated with AI and microbial strategies. The geopolitical fertilizer crunch accelerated this transition, demonstrating that when conventional inputs falter, a combination of technology and biology can sustain productivity, profitability, and resilience. 2025 was the year chemistry lost its monopoly, digital intelligence gained operational dominance, and biologicals became indispensable, establishing the blueprint for Asia-Pacific agriculture in the decade ahead. Precision Agriculture: Scale Still Wins In 2025, precision agriculture proved its value — but it also laid bare a structural truth: scale still dictates adoption unless delivery models evolve. Across the Asia‑Pacific, regions with expansive, consolidated farms pushed precision tools into operational use. In Australia, Kazakhstan, and Uzbekistan, satellite‑guided fertilisation, AI‑based yield mapping, and variable‑rate application systems became standard in broadacre cereal and oilseed landscapes. China’s state farms blended autonomous tractors, robotic sprayers, and fleet‑wide AI decision engines to squeeze every unit of input for maximum efficiency. Malaysia’s oil palm sector emerged as one of the region’s most advanced applications, where integrated sensor networks and drone scouting optimized nutrition and protection regimes across tens of thousands of hectares. The technology landscape confirms this trajectory. Asia‑Pacific’s agri‑drones market alone — a key precision agriculture proxy — was valued at approximately $1.4 billion in 2025 and is projected to grow sharply through the decade, driven by crop monitoring, adaptive spraying, and IoT‑connected data systems that support real‑time decision‑making and labor substitution. Remote sensing, satellite imagery, and AI‑enhanced variable‑rate fertiliser application technologies reported estimated adoption rates above 55  per cent among modern commercial growers by 2025, supporting nutrient savings of up to 20‑25  per cent and yield uplifts in the mid‑teens.  But smallholder Asia told a different story. Precision agriculture’s capital intensity — GPS‑enabled machinery, sensors, and automated implements — remains a barrier for fragmented landholding systems where average farm sizes are often below two hectares. Empirical data shows that among smallholders globally, adoption of GPS‑guided systems rarely exceeds the low double digits, with variable‑rate technologies and remote sensing trailing even further. Investments in a $5,000–$20,000 technology stack can delay return on investment beyond a single cropping cycle in low‑margin systems, dampening farmer demand.  In this environment, precision agriculture succeeded only when delivered as a service. Drone spraying, soil health testing, and nutrient diagnostics increasingly appeared as on‑demand utilities rather than assets to be bought outright. Contract service providers and Agri‑Tech‑as‑a‑Service (Agri‑TaaS) models allowed even midsized farms to access variable‑rate application maps, crop health indices, and UAV‑enabled scouting without the upfront capital burden. Emerging Drone‑as‑a‑Service models — where operators lease UAV capabilities at daily or seasonal rates — have proliferated, making precision spraying and data capture accessible to farmers who would otherwise never own the hardware.  2025 shattered the myth that precision agriculture naturally democratizes farming. Instead, it demonstrated that precision follows scale unless proactively redesigned for fragmentation. Large farms could absorb the cost and complexity, turning precision tools into economic levers. Smallholder regions, by contrast, only saw tangible benefits through service‑based delivery, where expertise, hardware, and analytics were pooled and shared. This realization forced companies and governments to rethink precision adoption strategies — from hardware sales to service ecosystems, from one‑off subsidies to sustainable subscription models. It underscored a critical insight: technology delivery must match farm structure, not farm size, and only then can precision agriculture truly bridge the divide between commercial estates and smallholder fields. In 2025, precision agriculture did not flatten Asia’s farm landscape — but it did reshape the model of delivery, setting the stage for broader inclusion and impact in the decade ahead. Seeds Return to the Geopolitical Arena While digital tools, biologicals, and chemical innovations dominated public attention, the most strategic transformation of 2025 quietly unfolded beneath the soil. Seeds — long treated as commercial commodities — returned to the geopolitical stage, framed explicitly as instruments of national resilience and sovereignty. China accelerated gene-edited crop programs and AI-driven breeding platforms, prioritizing wheat, rice, and maize varieties that could sustain production under erratic rainfall, rising temperatures, and constrained fertilizer access. Beijing’s investments were not only productivity-focused; they aimed to consolidate control over proprietary genetics, establishing seed systems as national strategic assets and reducing dependency on global germplasm flows. India, in parallel, expanded climate-resilient breeding partnerships, leveraging both public-private collaborations and international research networks to develop drought-tolerant rice and heat-resilient wheat varieties. State-led initiatives, such as ICAR’s accelerated trial programs, focused on integrating CRISPR-enabled traits and conventional breeding to safeguard staple crops against climate extremes. In Pakistan and Bangladesh, national breeding priorities concentrated on salt- and heat-tolerant rice and wheat, reflecting acute vulnerability in delta and arid regions. Bangladesh’s recently expanded saline-tolerant rice trials, covering over 15,000 hectares in the coastal belt, exemplified a shift from yield-maximization to risk hedging. Similarly, Pakistan invested in early-maturing, heat-resilient wheat varieties to buffer against both climatic shocks and export volatility. Central Asian states — particularly Kazakhstan and Uzbekistan — poured resources into drought-hardy wheat and cotton genetics, ensuring stable export flows for regional markets heavily dependent on staple and fiber crops. AI-assisted selection and marker-assisted breeding accelerated cycles, compressing what once took a decade into 3–4 years of development. Even Southeast Asia and West Asia joined the trend: Vietnam prioritized flood-tolerant rice, Thailand expanded stress-resilient cassava, and Israel continued deploying precision breeding and controlled-environment trials to secure strategic horticultural crops. 2025 crystallized a fundamental shift: seeds re-emerged as long-term strategic infrastructure, not just inputs for yield maximization. In a world increasingly defined by climate volatility, geopolitical tensions, and trade uncertainties, genetic control became as important as productivity. Nations recognized that access to proprietary germplasm, rapid breeding capabilities, and AI-driven selection systems could safeguard food security, export stability, and economic sovereignty. The era of agri-input sovereignty — with seeds at its core — was no longer theoretical. 2025 marked the year when national strategies explicitly treated seed systems as instruments of resilience and leverage, signaling a profound recalibration of priorities across Asia-Pacific and beyond. West Asia: When Inputs Became National Security Nowhere was the strategic turn sharper than in West Asia. Israel continued exporting agricultural intelligence — irrigation algorithms, fertigation software, microbial platforms — embedding itself deeply into global food systems. Saudi Arabia scaled controlled-environment agriculture, saline-tolerant inputs, and AI irrigation as part of food security policy. Iraq focused on seed reform and digital planning to stabilise yields amid water scarcity. West Asia reframed agri-inputs as resilience infrastructure, not farm tools. This logic — agriculture as national security — is increasingly influencing Asia’s food policy debates, especially in water-stressed and import-dependent economies. The Barriers That Refused to Move Despite the rapid advance of digital advisories, biological inputs, and precision tools in 2025, three deep structural constraints remained stubbornly persistent — finance, fragmentation, and trust — limiting the pace and breadth of transformation in Asian agriculture. Finance Still Lags Behind Technology Across low‑ and middle‑income countries in the region, the gap between available technology and farmers’ ability to pay for it remained wide in 2025. Modern agri‑tech tools — from AI decision platforms to drones and multispectral sensors — carry high upfront costs that many smallholders simply cannot absorb. Studies as recent as 2025 indicate that financial constraints topped the list of barriers to technology adoption: high initial investments and limited access to credit or tailored financial products prevented farmers from experimenting with or fully deploying new tools. Lack of affordable, green lines of credit and risk‑sharing mechanisms further limited uptake, especially among cash‑constrained smallholders whose income fluctuates with seasonality and market price swings.  Even where financing exists, its structure often fails to match agricultural realities. Traditional bank loans require collateral that small farms rarely possess, and microfinance remains too limited to bridge the financing gap for digital and precision investments. In ASEAN economies, only a minority of rural producers reported receiving technical or capital assistance, underscoring how inadequate financing mechanisms continue to constrain adoption of even well‑proven technologies.  Fragmentation Defied Standardisation Fragmentation — of data, platforms, and institutional coordination — was another barrier that refused to budge in 2025. Asia-Pacific agriculture is characterised by enormous diversity in farm size, cropping systems, languages, and governance frameworks, and no unified data or regulatory architecture exists to harmonise digital tools across these contexts. Despite strong digital penetration in some countries, fragmented data ecosystems with inconsistent standards, limited interoperability, and little consensus on privacy and governance hindered scale. In markets like India, for example, multiple siloed databases across government agencies, startups, and cooperatives limited integration of advisory, finance, and market services into a seamless farmer experience.  In the ASEAN region, national policy frameworks often referenced digitalisation goals without converting them into operational roadmaps — leading to patchy deployment of IoT, blockchain, and traceability systems, and uneven delivery of digital agri‑services. Physical infrastructure fragmentation — from inconsistent broadband to underdeveloped logistics — compounded digital silos, making it difficult for solutions that worked well in one state or village to be replicated or interoperable in another.  Trust Limited Platform Reach Technology adoption in 2025 did not fail for want of innovation — it failed where trust and legitimacy were absent. Farmers rarely adopted new tools simply because they were available. They adopted them through relationships — with cooperatives, extension agents, input suppliers, and trusted peers — not through dashboards or automated alerts. For many smallholders, the risk of incorrect recommendations, questionable data privacy, or a bad investment outweighed anticipated benefits. In some surveys, farmers expressed concern about data misuse and unclear consent protocols, deterring them from sharing field data with digital platforms.  A deeper limitation was the lack of localized validation. When technologies did not demonstrably reflect local conditions — soil types, climate patterns, pests, or market access — farmers treated them with scepticism. Adoption rates in low‑trust settings remained low even when technologies were technically sound, reflecting a broader behavioural and cultural dimension of adoption that purely technical solutions cannot address. These barriers explain why innovation alone cannot transform Asian agriculture — even in a breakthrough year like 2025. While digital tools, biological inputs, and precision systems offered tangible productivity and resilience gains, their real‑world uptake was determined less by sophistication than by institutional design, economic fit, and social legitimacy. Finance mattered because without accessible, risk‑aligned capital, even proven technologies remained out of reach for most farmers. Fragmentation mattered because disconnected data and policy systems impeded coherent delivery and scale. Trust mattered because adoption depended on relationships, not algorithms, and farmers gravitated toward recommendations backed by human networks, peer verification, and clear economic outcomes. In other words, adoption followed institutional design before it followed technological capability — a lesson that is reshaping how agri‑tech is financed, regulated, deployed, and scaled across Asia‑Pacific. Developing solutions that align with farmers’ cash flows, harmonise across fragmented systems, and are anchored in trusted networks will be as important as the next breakthrough in AI, drones, or biological inputs. What 2025 Really Changed The importance of 2025 lies in alignment- Technology aligned with climate reality.Inputs aligned with export economics.Digital tools aligned with policy architecture.Biologicals aligned with soil exhaustion.Precision aligned with labour scarcity. Agri-tech in Asia-Pacific is no longer chasing novelty. It is chasing durability. The next phase will not be won by those who invent fastest, but by those who integrate best — across inputs, data, finance, and markets. In a region that feeds more than half the world, the future of food will not be decided in laboratories alone. It will be decided by who controls the systems that make technologies endure. --- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/137/3373/komet-unveils-precision-wave-irrigation-breakthrough-in-pivot-performance.html https://www.agrospectrumasia.com/news/137/3373/komet-unveils-precision-wave-irrigation-breakthrough-in-pivot-performance.html Thu, 06 Nov 2025 11:47:52 +0530 Komet Irrigation, a global leader in sprinkler irrigation solutions since 1952, has unveiled the Komet Precision Wave (KPW), a next-generation pivot sprinkler engineered to dramatically elevate water distribution uniformity and irrigation efficiency. The KPW will take center stage at Agritechnica 2025, where the company will also introduce the Komet Experience Hub—a forward-looking research and testing facility designed to advance the science of irrigation performance. Uneven water delivery at the outer end of pivot systems has long been one of agriculture’s most persistent efficiency gaps. The KPW tackles this challenge head-on through an innovative oscillating deflector that creates a highly uniform droplet pattern across the full pivot radius. With stronger plant hydration and less water lost to runoff or evaporation, farmers can expect improved yields, healthier crop stands, and measurable gains in water-use efficiency—critical advantages in a world where climate variability and water scarcity reshape how food is grown. Built to European engineering standards at Komet’s manufacturing headquarters in Lienz, Austria, the KPW spans a versatile performance range with a 9–15 meter throw radius and multiple flow options designed to adapt to diverse pivot configurations, soil types, and crop conditions. It is available in both head-up and head-down models, clearly identified by white and yellow deflectors, ensuring farmers and OEMs can easily match the right solution to the right field scenario. “Uniform irrigation is one of the biggest drivers of yield and efficiency,” said Andree Groos, CEO of Komet Irrigation. “The KPW gives farmers peace of mind that every plant—from the center to the outer edge—gets the water it needs, consistently and efficiently. It’s the kind of innovation that helps our customers grow more with less.” The unveiling of the KPW is only one part of Komet’s innovation narrative at Agritechnica. The company will also offer an exclusive preview of the Komet Experience Hub, a 1,000-square-meter R&D center built to reshape how irrigation products are tested, validated, and optimized. The facility brings together IoT-enabled monitoring, automated performance analytics, and controlled simulation of wind, evaporation, and droplet trajectory—conditions notoriously difficult to measure accurately in the field. The result is reliable, reproducible data that empowers farmers, agronomists, and pivot manufacturers to make smarter water-management decisions. “For the first time, farmers can see exactly how sprinklers and regulators perform under controlled yet realistic conditions,” added Groos. “The Experience Hub represents our commitment to transparency, precision, and progress in irrigation design.” Throughout Agritechnica, visitors to Komet’s stand will be among the first to witness how real-world performance insights are shaping the next generation of irrigation technology. To celebrate the launch, Komet will host a visitor competition featuring premium prizes, including a guided tour of the company’s precision manufacturing facility in Austria—home to a legacy of engineering expertise and innovation that spans more than 70 years. Komet invites all attendees to Hall 9, Booth A09, to experience the KPW firsthand and discover how cutting-edge research is reimagining irrigation performance for a more efficient agricultural future. ]]> https://www.agrospectrumasia.com/news/137/3362/epa-issues-proposed-registration-decision-for-biotalys-evoca-biofungicide.html https://www.agrospectrumasia.com/news/137/3362/epa-issues-proposed-registration-decision-for-biotalys-evoca-biofungicide.html Mon, 03 Nov 2025 10:59:03 +0530 U.S. Environmental Protection Agency initiates Public Participation Procedure Biotalys is pleased to announce that the United States Environmental Protection Agency (EPA) has issued its proposed registration decision to approve the company’s first biofungicide, EVOCA. The agency will now initiate the final phase in its regulatory review, allowing stakeholders such as growers and industry associations 15 days to provide feedback before finalizing its regulatory decision. The EPA has also posted a final rule exempting EVOCA’s active ingredient residues on treated crops from tolerance requirements, indicating that no maximum residue limits will apply and highlighting the product candidate’s exemplary safety profile. EVOCA is a precision biocontrol solution that targets the fungal pathogens botrytis (grey mold) and powdery mildew in high-value fruits and vegetables without harming beneficial organisms or the environment. The product candidate offers growers a new mode of action to manage resistance to existing fungicides, as was recognised by the Fungicide Resistance Action Committee (FRAC), a panel of renowned industry experts. “The EPA’s recommendation to approve EVOCA marks a pivotal moment for Biotalys, and the advancement of the first protein-based biofungicide of its kind for approval in the United States. This achievement underscores Biotalys’ pioneering leadership in agricultural innovation and provides the company with a significant first-mover advantage in transforming how growers protect their crops safely and sustainably,” said Kevin Helash, CEO of Biotalys. “Our protein-based platform has the potential to transform crop protection by delivering next generation biological solutions with new modes of action, developed to create targeted, consistent and scalable products to meet farmers’ needs, as demonstrated today by the EPA’s publication,” he added. “This significant milestone reflects the dedication and expertise of the entire Biotalys team,” Helash concluded. “EVOCA is just the beginning for Biotalys, and we look forward to bringing our pipeline of fungicides and insecticides to the market in the coming years.” An approval of EVOCA paves the way for the regulatory submission of EVOCA NG, the next-generation version of the product candidate, and Biotalys’ anticipated first commercial launch. The company expects the review process for EVOCA NG to be significantly shorter as the product contains the same active ingredient as EVOCA and features enhanced formulation and production methods. ]]> https://www.agrospectrumasia.com/news/137/3325/african-land-arab-capital-indian-innovation-groupe-mrps-vision-to-redefine-global-agriculture.html https://www.agrospectrumasia.com/news/137/3325/african-land-arab-capital-indian-innovation-groupe-mrps-vision-to-redefine-global-agriculture.html Tue, 14 Oct 2025 11:59:51 +0530 In an exclusive interaction, Sumit Govind Sharma, Groupe MRP's Global MD and the President of the Indo-African Chamber of Commerce and Industry outlines Groupe MRP’s transformative vision to establish an agriculture corridor across 78 countries spanning Africa and the Arab world. Anchored in the “LIFE – Longterm Integrated Farming Expertise” model, the initiative seeks to bridge Africa’s vast untapped arable potential with India’s agri-innovation strengths, creating integrated, self-sustaining agribusiness clusters. Each cluster will combine food security, value addition, and climate-smart practices—ranging from solar-powered irrigation and biogas generation to digital farm management tools and hydroponic fodder systems. With 50 per cent of output dedicated to local nutrition and the rest fueling export-oriented processing, the model aims to reduce post-harvest losses and empower smallholders, women, and youth through skill development. By 2030, Sharma envisions a trilateral ecosystem—African land, Arab capital, and Indian technology—driving inclusive growth, resilient supply chains, and food security across continents. Groupe MRP aims to create a transformative agriculture corridor across 78 countries. What is the strategic vision for agriculture, and how does it align with India’s strengths in agri-innovation and Africa/Arab market needs? Our strategic vision is anchored in both opportunity and responsibility. Africa represents a paradox: approximately 80–85 per cent of its arable land remains underdeveloped, yet the continent imports over $70 billion worth of processed food annually. Namibia, for instance, produces high-quality tomatoes, yet without local processing infrastructure, it continues to rely on imports, highlighting a persistent gap between raw production and value addition. Similarly, in East Africa, countries like Kenya and Uganda export raw fruits and vegetables while importing packaged goods—a structural inefficiency we aim to address. Groupe MRP seeks to bridge this gap by creating fully integrated agribusiness clusters.Its flagship initiative, “Longterm Integrated Farming Expertise (LIFE)” is founded on the belief that “Food is LIFE,” representing the core of sustainable development and human well-being. It embodies a holistic approach to agriculture that combines various farming components for sustainability and productivity. This promotes recycling of agricultural by-products and efficient resource utilization. It aims to provide regular income and year-round employment for farmers. ​The model enhances food and nutritional security while conserving natural resources. Within these clusters, 50 per cent of output is earmarked for local food security, ensuring immediate nutritional and economic impact, while the remainder supports commercial processing, investment sustainability, and export-ready value chains. To initiate this vision, the program will begin with the development of 100 hectares of land dedicated to implementing the LIFE model. This pilot phase will serve as a foundation for building scalable, self-sustaining agribusiness clusters that can be replicated across regions, fostering inclusive growth and long-term impact. Infrastructure development is central to this strategy. We are establishing processing units, solar farms, and biogas generation facilities sourced from local cattle populations to create energy- and resource-resilient clusters. Beyond physical assets, human capital is a priority. Farmers receive training in modern agronomy, gender-inclusive skill development programs are implemented, and housing and healthcare support is provided for laborers. Our “Blessings From The Earth” (BFTE) Kit is designed to advance nutritional security through homestead gardening and promote holistic farm management. The initiative encompasses seed distribution, kitchen gardens, mushroom cultivation, fruit and vegetable farming, and the development of neem-based fertilizers and bioinsecticides. By combining India’s technological and agri-innovation expertise with Africa’s vast arable potential, the program aims to build a self-sustaining and scalable agricultural ecosystem that strengthens local livelihoods, food resilience, and global value chains. Sustainability is at the forefront of global agriculture. How is the Division planning to introduce scalable, climate-smart, and resource-efficient practices in partner countries? Our approach is multi-dimensional and intentionally integrated, designed to embed sustainability at every stage of agricultural development. Each cluster is structured around circular resource utilization, where rainwater harvesting, rotational cropping, and small-scale fisheries complement crop cultivation to diversify income streams and strengthen resilience against climatic variability. The integration of biogas systems from livestock waste, solar-powered irrigation, and sustainable nutrient management further minimizes dependence on fossil fuels, lowers emissions, and enhances ecological balance. Every intervention is tailored to local agro-climatic conditions, ensuring replicability and scalability. Our goal is to create low-carbon, climate-resilient clusters that optimize water, energy, and soil resources. By embedding sustainability within productivity, we are demonstrating that environmentally conscious agriculture can be both commercially viable and socially transformative. From hydroponics to digital farm tools, India has a rich agri-tech ecosystem. How will Groupe MRP transfer and localize technology to maximize productivity and profitability across Arab geographies? The Arab region poses unique challenges: arid climates, scarce water resources, and extreme temperatures. Yet it offers significant opportunities in livestock and fodder production. While we are in the early exploration phase, we plan to introduce hydroponic fodder systems, IoT-enabled farm management tools, and precision irrigation models. The key is localization: technology must adapt to local soil, climate, and socio-economic conditions. India’s agri-tech solutions—from water-efficient irrigation systems to digital crop monitoring platforms—will be adapted to maximize yield and profitability while reducing resource intensity. This ensures technology adoption is practical, scalable, and financially rewarding for regional farmers, while supporting broader sustainability objectives. What strategies will the Division employ to strengthen supply chains, improve market access, and reduce post-harvest losses, particularly for smallholder farmers? Integration across the value chain is fundamental. Fifty percent of cluster output is designated for government food security programs, while the remainder feeds commercial processing. We are establishing high-value processing units for mango pulp, cold-pressed juices, tomato paste, and packaged vegetables, directly addressing post-harvest loss, which in sub-Saharan Africa is estimated at 30–40 per cent for perishable produce. Organic residues are repurposed into cattle feed or bioenergy, creating near-zero loss systems. Cluster-level, pre-cooling units, and GPS-tracked logistics maintain product quality, extend shelf life, and improve market access. These measures stabilize farmer incomes, enhance product compliance for local and export markets, and establish resilient, export-ready supply chains. How will the agriculture DiVision empower local communities, including women and youth, through training, capacity building, and knowledge transfer? Community empowerment is central to our mission. Farmers receive hands-on training in regenerative agriculture, precision farming, and post-harvest management. Gender-sensitive programs ensure women actively participate in all operational levels, while youth gain marketable skills in agri-tech, digital farm management, and renewable energy applications. By embedding knowledge transfer into daily operations, we create communities capable of sustaining high-productivity, climate-smart agriculture independently. Over time, these clusters become centers of skills development, inclusive growth, and social resilience. Will Groupe MRP pursue public–private partnerships, research collaborations, or joint ventures in these regions to accelerate agricultural innovation and adoption? Collaboration is essential for systemic impact. We are partnering with local governments, private landowners, and agri-tech enterprises to co-develop infrastructure, research programs, and financing solutions. Public–private partnerships enable risk sharing and accelerate the adoption of modern, sustainable practices. Research collaborations and joint ventures allow us to localize technology while leveraging India’s agri-innovation ecosystem. The aim is to create scalable, replicable models where knowledge, finance, and technology converge to maximize socio-economic and environmental benefits. Looking ahead, how do you see this trilateral agriculture initiative contributing to food security, rural livelihoods, and India’s strategic role in Africa and the Arab world by 2030? This initiative creates a strategic triad: African land, Arab capital, and Indian technology converge to form productive, resilient clusters. By 2030, fully operational processing units and integrated supply chains will transform local economies, turning surplus produce into high-value exports such as mango pulp, tomato paste, and packaged foods for both African and Indian markets. The model directly strengthens food security, stabilizes rural livelihoods, and reduces Africa’s dependence on imported processed food—currently exceeding $70 billion annually. Strategically, it positions India as a preferred partner, demonstrating technological leadership and the ability to catalyze sustainable, inclusive agribusiness ecosystems. Ultimately, this is about systemic change: climate-smart agriculture, empowered communities, resilient supply chains, and transcontinental trade linkages—all embedded within an economically viable and environmentally sustainable framework. ---- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/137/3283/from-finland-to-gulf-how-finnforels-lohi-trout-is-redefining-sustainable-seafood.html https://www.agrospectrumasia.com/news/137/3283/from-finland-to-gulf-how-finnforels-lohi-trout-is-redefining-sustainable-seafood.html Thu, 25 Sep 2025 09:15:04 +0530 In this exclusive Agro Spectrum and NUFFOODS Spectrum interview, Finnish aquaculture innovator Finnforel outlines its bold global push, starting with the UAE launch of its LoHi brand in LuLu Hypermarkets. With seafood demand in the Emirates growing 5–6 per cent annually, CEO Nora Hortling positions trout as a sustainable, premium alternative to salmon. Powered by a closed-loop recirculating aquaculture system (RAS), Finnforel avoids antibiotics, vaccines, and microplastics, while converting sidestreams into biogas and pet food. Its urban-focused model produces protein close to consumption hubs, ensuring unmatched freshness with minimal ecological footprint. Looking ahead, Nora aims to replicate its blueprint worldwide as protein demand surges toward 2050. Finnforel has successfully launched its LoHi brand in the UAE, starting with LuLu Hypermarkets. What makes the UAE such a strategic market for your global expansion? We see the UAE as an exceptionally attractive market. Fish consumption here is already at a good level, which means there is strong underlying demand. The overall fish and seafood market in the UAE is expanding at about 5–6 per cent annually, so the trajectory is positive. What also excites us is the consumer base itself. People in the UAE are deeply interested in healthy, protein-rich products, and trout is still relatively new to the market. That gives us the chance to differentiate ourselves and offer something distinct from what’s already on the shelves. LoHi products are marketed as clean, convenient, and sustainable. How does your closed-loop aquaculture technology ensure both ecological responsibility and premium quality for consumers? Our entire system is designed with circularity and responsibility at its core. Even though the waters in the lakes surrounding our factory are exceptionally clean, we go one step further and clean the incoming water once more before it enters the fish tanks. We then recirculate 99 per cent of that water. The small amount of water that leaves the facility is cleaned twice before it returns to nature. Nothing is wasted—sludge is collected and used for biogas production. Our fish are under 24/7 surveillance to ensure their well-being and the highest product quality. We are both ASC and IFS certified, which demonstrates our commitment to sustainable farming and rigorous processing standards. On the consumer side, we provide convenient, ready-packed products that generate no waste at home or in restaurant kitchens. Even the sidestreams are repurposed, for example as raw material for pet food. Owing to our closed environment, we don’t need to use preventive antibiotics or vaccines. Our water is free from microplastics, and the controlled ecosystem ensures that the fish remain healthy without external interventions. All of this guarantees a product that is both premium in quality and responsible in terms of its ecological footprint. Many aquaculture systems face criticism over environmental impact and fish welfare. How does Finnforel’s approach address biodiversity concerns and eliminate the need for antibiotics or parasite treatments? That’s precisely the advantage of a closed-loop system. Traditional aquaculture often struggles with parasites, which leads to chemical or antibiotic interventions that can harm both biodiversity and fish welfare. In our case, parasites simply aren’t an issue because the environment is fully controlled. Maintaining high water quality is our top priority—it directly impacts fish well-being. Healthy fish, in turn, produce better-quality protein. By removing external environmental pressures, we’ve essentially solved the core challenges that conventional aquaculture has been criticized for. The UAE market has its own lifestyle and culinary preferences. How did you adapt LoHi’s product formats and branding to meet local expectations? The reception in the UAE has been extremely encouraging. Consumers have responded very positively to LoHi trout, which we believe has real potential to establish itself as a strong alternative to salmon. Increasingly, shoppers here are looking for sustainably produced fish, and LoHi speaks directly to that demand. During our in-store sampling activities, the feedback was particularly rewarding. People consistently commented on the taste and freshness, with many describing it as unique and even more appealing than other options currently available. That reinforces our confidence that trout can secure a strong position in the market. We didn’t have to change the essence of our product, but the branding emphasis—clean, sustainable, convenient—has clearly resonated with local consumer values. With global protein demand expected to rise significantly by 2050, what role do you see Finnforel playing in shaping the future of sustainable seafood worldwide? We want to fundamentally change how fish comes to our plates. The reality is that our planet cannot withstand an increase in fishing from the seas. Wild stocks are already under immense pressure. At the same time, traditional aquaculture is approaching its limits because of the biodiversity and ecological harm it often creates. Our model provides a solution. By bringing our concept and blueprint close to major cities with large populations, we can produce high-quality, healthy protein near the point of consumption. That means ecological efficiency, minimal transport, and unmatched freshness—all without harming the environment. We see this as the future: sustainable aquaculture that scales responsibly to meet the protein demands of a growing world. Looking ahead, what are your plans for further expansion in the Middle East and beyond? Do you envision establishing local partnerships or production facilities outside Finland? Establishing production facilities globally is absolutely part of our long-term vision. We have already identified several suitable locations. That said, at this stage, our primary focus remains on strengthening our production base in Finland while expanding our sales and presence in export markets like the UAE. Local partnerships will likely play an important role as we move forward, but the overarching goal is clear: to bring Finnforel’s closed-loop aquaculture model closer to consumers worldwide. --- Shraddha Warde (shraddha.warde@mmactiv.com) ]]> https://www.agrospectrumasia.com/news/137/3100/bayer-unveils-felujit-fungicide-for-sheath-blight-control-in-paddy-in-india.html https://www.agrospectrumasia.com/news/137/3100/bayer-unveils-felujit-fungicide-for-sheath-blight-control-in-paddy-in-india.html Mon, 14 Jul 2025 05:24:00 +0530 The Felujit, an innovative fungicide will be available across key rice-growing states in the country starting from July. Bayer, a global enterprise with core competencies in the life science fields of agriculture and healthcare, announced the launch of Felujit, an innovative fungicide designed to provide protection to all plant parts against sheath blight in paddy cultivation. The product will be available across key rice-growing states in the country starting from July. As the agricultural sector grapples with increasing challenges from pests and diseases, Felujit, with its unique formulation combining Penflufen and Tebuconazole, is set to transform the way farmers manage this persistent disease that has origins in the soil. It effectively inhibits the growth of sheath blight by its dual mode of action throughout the entire body of the plant upon application, providing farmers with a reliable solution that enhances crop yields and quality. A single spray of Felujit offers superior efficacy that lasts more than twice the current market standards. This means farmers can achieve effective disease control without the burden of multiple applications, saving both time and labor costs. “Felujit is a highly effective solution for farmers, offering excellent control over sheath blight while streamlining their farming practices. Given the critical role of paddy in global food security, our innovation empowers farmers to manage disease effectively with fewer applications, optimizing their resources and enhancing their profitability amidst rising agricultural challenges”, said Mohan Babu, Cluster Commercial Lead, Crop Science Division of Bayer in India, Bangladesh & Sri Lanka. Felujit’s unique selling proposition lies in its dual-action formulation, combining the strengths of two active ingredients to tackle Rhizoctonia, the main organism causing sheath blight. This innovative approach not only ensures effective control but also supports sustainable farming practices by optimizing the efficacy of the application. ]]> https://www.agrospectrumasia.com/news/137/3061/basf-launches-invigor-gold-a-breakthrough-canola-seed-innovation.html https://www.agrospectrumasia.com/news/137/3061/basf-launches-invigor-gold-a-breakthrough-canola-seed-innovation.html Thu, 26 Jun 2025 12:13:21 +0530 Global agriculture leader BASF has announced the launch of InVigor Gold, a groundbreaking innovation in canola seed developed to meet the growing demand across food, fuel, and industrial sectors. Designed for high performance in hotter, drier, and more marginal growing conditions, InVigor Gold marks a major advance in canola production, offering greater yield stability and expanded planting potential for farmers. “InVigor Gold will unlock the full genetic potential of canola in new growing areas and offer farmers a powerful tool to improve yield stability under stress conditions,” said Bryan Perry, Head of U.S. Seeds and Traits at BASF. InVigor Gold has been developed to combine several advanced traits, including tolerance to Liberty herbicides, inherent resistance to pod shatter and blackleg disease, and enhanced heat tolerance. These attributes allow the crop to perform in regions with lower organic soil and extreme climate conditions. Because of its seed quality, InVigor Gold is expected to be accepted by existing elevators and processors alongside traditional canola. Backed by decades of research and development, InVigor Gold was created by BASF’s global team of plant breeders and scientists using a rich base of genetic material. The new hybrid builds on the legacy of BASF’s InVigor canola line, recognized as the market’s top-yielding canola seed portfolio for more than 25 years. Field trials conducted between 2022 and 2024 in Canada’s brown soil zones and the U.S. Northern Great Plains showed that InVigor Gold outyielded traditional canola varieties by an average of 8 per cent. This performance demonstrates its suitability for farmers who face challenging conditions and who may now be able to convert previously idle or fallow land into productive acreage. “Agriculture is our number one industry in Montana,” said Governor Greg Gianforte. “As demand continues to rise, innovation like BASF’s InVigor Gold will support our farmers, open new opportunities, and strengthen our rural economy.” Pending regulatory approvals, InVigor Gold is expected to be available to U.S. farmers in 2027, with a Canadian release planned for later this decade or early in the next. This innovation reaffirms BASF’s investment in seed technology to support sustainable agriculture and global food security. ]]> https://www.agrospectrumasia.com/news/137/3051/agrospheres-and-wilbur-ellis-launch-fun-thyme-a-next-gen-biofungicide-powered-by-agricell-technology.html https://www.agrospectrumasia.com/news/137/3051/agrospheres-and-wilbur-ellis-launch-fun-thyme-a-next-gen-biofungicide-powered-by-agricell-technology.html Wed, 25 Jun 2025 11:37:36 +0530 AgroSpheres, a leader in biotechnology-driven crop protection, has partnered with Wilbur-Ellis to launch FUN-THYME, a broad-spectrum biofungicide based on thyme oil and encapsulated using AgroSpheres' proprietary AgriCell platform. This marks the debut of the first commercial product built on AgriCell and represents a major leap forward in sustainable pest management. Designed for both conventional and organic farming systems, FUN-THYME targets a range of fungal diseases affecting high-value crops like almonds, grapes, berries, tomatoes, apples, and cherries. The product is already approved in 11 U.S. states, including Florida, Michigan, and Washington, with California registration pending. The $33 billion U.S. fungicide market is seeing rising demand for effective, residue-free alternatives as resistance and regulatory scrutiny increase. FUN-THYME offers a compelling solution, using a novel BM01 membrane disruption mode of action that not only reduces pathogen resistance but also ensures safety for applicators and the environment. Each 2.5-gallon container treats up to 20 acres, optimizing cost and efficiency. AgriCell, the breakthrough delivery system behind FUN-THYME, protects bioactive ingredients from UV damage, heat, and other field stresses. Free from microplastics and petrochemicals, it is fully biodegradable and breaks down into plant-nourishing compounds—solving one of the biggest challenges in biological input delivery. Company leaders emphasized the significance of the launch. AgroSpheres CEO Payam Pourtaheri hailed it as a “milestone” in delivering nature-powered solutions with precision, while Wilbur-Ellis’ Chris Wooley stressed the growing role of AgriCell in shaping a new generation of biological inputs that marry productivity with sustainability. ]]> https://www.agrospectrumasia.com/news/137/3015/fmc-introduces-resuris-fungicide-to-protect-peanut-crops-in-brazil.html https://www.agrospectrumasia.com/news/137/3015/fmc-introduces-resuris-fungicide-to-protect-peanut-crops-in-brazil.html Mon, 16 Jun 2025 10:00:00 +0530 The multinational FMC has announced the launch of Resuris fungicide (Fluindapyr and Chlorothalonil) in Brazil. This product features fluindapyr, an active ingredient exclusive to FMC. FMC has introduced Resuris, a new fungicide designed to combat “spot” diseases in peanut crops in Brazil. Featuring two active ingredients—Fluindapyr, exclusive to FMC, and Chlorothalonil—Resuris offers operational versatility with no need for tank mixing. According to Luís Grandeza, FMC’s manager, the product combines two modes of action: chlorothalonil inhibits enzyme formation in fungal metabolic processes, while Fluindapyr blocks production of the SDHI enzyme essential for fungal metabolism. Field tests conducted in partnership with agricultural consultancy Herbae demonstrated that Resuris outperformed leading market products, delivering an average yield increase of 11 per cent. Grandeza emphasized that this innovative solution aligns with FMC’s commitment to delivering technology-driven, sustainable, and profitable crop protection. Resuris is recommended from early applications for its preventive effect and longer residual activity, protecting peanut crops effectively. Fluindapyr, also found in FMC’s Onsuva fungicide for soybeans, corn, and cotton, has proven successful, especially in controlling Asian rust. According to USDA data for the 2024/25 season, Brazil ranks as the world’s eighth-largest peanut producer, expected to harvest over 1.18 million tons—a 239 per cent increase over the past decade. However, spot diseases can cause up to 70 per cent yield loss due to early defoliation. Resuris can be applied via ground spraying (manual or tractor-mounted) or by air, depending on crop-specific recommendations. ]]> https://www.agrospectrumasia.com/news/137/3005/corteva-is-set-to-introduce-forcivo-fungicide-to-the-u-s-market.html https://www.agrospectrumasia.com/news/137/3005/corteva-is-set-to-introduce-forcivo-fungicide-to-the-u-s-market.html Mon, 09 Jun 2025 10:29:30 +0530 New fungicide Forcivo to combat foliar diseases across multiple crops with three powerful active ingredients, enhancing plant health and boosting yield potential Corteva has announced the upcoming launch of Forcivo fungicide, designed to combat foliar diseases in corn and soybeans using three powerful active ingredients: flutriafol, azoxystrobin, and fluindapyr. Awaiting approval from the U.S. Environmental Protection Agency (EPA), Forcivo promises both preventive and curative control against diseases like tar spot, southern rust, and frogeye leaf spot. Mike Eiberger, U.S. Marketing Leader at Corteva, emphasized that Forcivo will provide growers with a robust tool to enhance plant health, increase yield potential, and manage disease resistance — ultimately helping maximize return on investment (ROI). Forcivo features three modes of action, offering broad-spectrum protection that strengthens resistance management plans. If a disease shows reduced sensitivity to one ingredient, the others will help keep it in check. Beyond corn and soybeans, Forcivo is effective against challenging foliar diseases in wheat, barley, sorghum, and triticale, making it a flexible choice for farmers managing multiple crops or persistent infections. With up to 30 days of residual activity, Forcivo protects crops through harvest, preventing late-season diseases that can reduce yields and revenue. Eiberger also highlighted the fungicide’s low application rate of 7 to 9 fluid ounces per acre, offering growers cost savings along with easier handling and mixing compared to alternatives. Additionally, growers can benefit from Corteva’s TruChoice program, which provides upfront savings by bundling Forcivo with other Corteva products like herbicides, nitrogen stabilizers, and Pioneer seeds. Farmers can access these discounts by prepaying online or through participating retailers. Pending regulatory approvals, Forcivo fungicide is expected to be available for use in the 2026 growing season. ]]> https://www.agrospectrumasia.com/news/137/3003/albaugh-launches-afiado-insecticide-to-combat-citrus-greening-in-brazil.html https://www.agrospectrumasia.com/news/137/3003/albaugh-launches-afiado-insecticide-to-combat-citrus-greening-in-brazil.html Mon, 09 Jun 2025 10:18:52 +0530 Multinational firm Albaugh unveiled its new insecticide, Afiado, at this year’s Expocitros event. Designed to target the citrus psyllid—the key pest responsible for spreading ‘greening,’ a disease that has significantly impacted Brazil’s citrus industry—Afiado aims to address the top concern of citrus growers across the country. Albaugh has introduced Afiado, a systemic contact and ingestion insecticide formulated with Acetamiprid and Bifenthrin, during Expocitros 2025. This technology, already proven effective in Brazil on crops like potato, coffee, beans, corn, soybean, and cotton, targets a range of pests including Anthonomus grandis, Bemisia tabaci, and Hypothenemus hampei. Nelson Azevedo, Albaugh’s marketing and development director, said Afiado broadens the company’s insecticide portfolio for citrus, complementing existing products like the acaricide Braver and fungicide Recop, both well-regarded by growers. For controlling the citrus psyllid, Albaugh recommends starting Afiado applications as soon as adult and nymph populations appear, especially on new growth in orchards. “Afiado offers convenience with its modern liquid formulation, which is easier to dose, handle, and apply compared to similar products. It also reduces physical-chemical incompatibility issues and streamlines treatment logistics,” Azevedo explained. He also highlighted Braver as a key orchard management tool, praising its long-lasting protection and high selectivity towards beneficial insects. At Expocitros 2025, Albaugh emphasized its ongoing commitment to expanding its citrus portfolio, which now includes effective solutions for controlling mites, pests, diseases, and weeds. The company’s Citrus Regional team, led by commercial manager Patric Calliari Missel, brought their expertise to support growers and partners. “Citrus remains a strategic focus for Albaugh. Our specialized team provides reliable service alongside a strong product lineup, featuring Recop, Braver, Afiado, as well as insecticides Ariete and Ruler, and herbicides Preciso xK, Azteca, and Joya,” Azevedo concluded. ]]> https://www.agrospectrumasia.com/news/137/3001/corteva-launches-incitro-to-support-brazilian-farmers.html https://www.agrospectrumasia.com/news/137/3001/corteva-launches-incitro-to-support-brazilian-farmers.html Mon, 09 Jun 2025 10:13:41 +0530 Corteva Agriscience has launched Incitro, an insecticide from the spinosyn chemical group, known for its effectiveness in controlling greening, as highlighted by the Citrus Defense Fund (Fundecitrus) Corteva Agriscience has introduced Incitro, a new insecticide featuring its exclusive molecule, Jemvelva Active. The company highlights Jemvelva for its “high knockdown power, broad-spectrum control, prolonged residual effect, selectivity, and a shorter safety interval,” allowing farmers to harvest just one day after application. Belonging to the spinosyn chemical group, Incitro is recognized for its effectiveness in managing greening disease, according to the Citrus Defense Fund (Fundecitrus). The molecule underwent extensive trials across four microregions in São Paulo’s citrus belt, as well as in the Triângulo and Southwest regions of Minas Gerais, conducted by the Arthropod Resistance Laboratory at Esalq/USP (Luiz de Queiroz College of Agriculture, University of São Paulo). Corteva describes Incitro as a non-systemic insecticide with a “unique mode of action” for controlling the primary citrus pest, the psyllid Diaphorina citri, which transmits the greening-causing bacterium Candidatus Liberibacter spp. Additionally, Incitro is effective against the citrus fruit borer (Gymnandrosoma aurantianum), offering broader protection for citrus orchards. Corteva Agriscience emphasized that Incitro is specifically designed for citrus farming, describing it as “one of the most innovative and sustainable technologies worldwide,” recognized by the Green Chemistry Award and endorsed by the U.S. Environmental Protection Agency (EPA). Guilherme Ogata, Portfolio Leader for Citrus, Coffee, and Horticulture at Corteva Agriscience, highlighted that the company’s Citrus Line offers a growing range of innovative products that protect orchards throughout the entire harvest season. Ogata added that the launch of Incitro further strengthens Corteva’s portfolio of solutions, developed to tackle the increasing challenges posed by the psyllid pest in citrus farming, which have intensified each season. ]]> https://www.agrospectrumasia.com/news/137/2993/mosaic-biosciences-introduces-neptunion-in-china-market.html https://www.agrospectrumasia.com/news/137/2993/mosaic-biosciences-introduces-neptunion-in-china-market.html Thu, 05 Jun 2025 13:57:14 +0530 The Mosaic Company is progressing its growth strategy with the successful launch of a biostimulant product in China The Mosaic Company is progressing its strategy to redefine growth by proudly announcing the successful launch of Neptunion, its latest biostimulant product, in China. Neptunion enhances crop resilience against abiotic stresses such as drought, salinity, and heat by integrating stress-resistant properties into water-soluble fertilizers. This addition to the Mosaic Biosciences portfolio supports sustainable agriculture by helping growers boost yields while reducing environmental impact. Jenny Wang, Executive Vice President Commercial, commented, “The launch of Neptunion in China marks a key milestone for our Mosaic Biosciences business. We are dedicated to expanding market access and driving agricultural productivity through innovative biological solutions that increase value for farmers and contribute to global food security.” Neptunion is also in the registration process for India and Brazil markets. ]]> https://www.agrospectrumasia.com/news/137/2981/apexbrasil-and-croplife-unveil-brazil-bio-inputs-initiative.html https://www.agrospectrumasia.com/news/137/2981/apexbrasil-and-croplife-unveil-brazil-bio-inputs-initiative.html Mon, 02 Jun 2025 12:59:52 +0530 The Brazilian Trade and Investment Promotion Agency (ApexBrasil) and CropLife Brasil announced the launch of the “Brazil Bio-Inputs Project” this week The initiative aims to boost the global presence of Brazilian companies in the bio-inputs sector and was officially launched at an event in Brasília. Organizers highlighted Brazil’s ambition to become a global leader in biological agricultural solutions through this project. Key activities include participation in international trade fairs, business matchmaking, trade missions, institutional promotion, and market research, with the initial focus on developing the project’s institutional brand. The project’s objective is to showcase Brazil’s competitive advantages and leadership in sustainable agricultural technologies, helping Brazilian bio-input companies expand into international markets. It seeks to generate business and investment opportunities within the bioeconomy and establish Brazil as a hub for nature-based agricultural solutions. The bio-inputs market in Brazil is rapidly growing, with a 13 per cent increase in usage during the 2024-2025 harvest, covering 156 million hectares. A CropLife Brasil and Blink survey showed the adoption rate rising from 23 per cent to 26 per cent of the planted area nationally. The sector has grown by an average of 22 per cent annually over the past three years, far outpacing the global average. CropLife Brasil CEO Eduardo Leão emphasized Brazil’s strong position as a major tropical agriculture market with a highly competitive sector and noted that 90 per cent of bio-input raw materials are sourced domestically. Leão added, “Of the thousand registered bio-input products, half have been registered in the last three years, making this an ideal time to launch this project. Brazil is expected to produce one-third of the world’s bio-inputs within the next decade, and we aim to share the benefits globally.” The crop protection market, which includes both biological and chemical inputs, grew 7 per cent last season, with bio-inputs surging over 35 per cent, making it one of the fastest-growing areas in Brazilian agribusiness. According to CropLife Brasil, this growth is supported by three pillars: high technical quality of products, economic competitiveness, and increasing adoption of low-environmental-impact production methods demanded by both domestic and international markets. Representing the Brazilian government, Rodrigo Rollemberg, Secretary of Decarbonization and Green Economy at the Ministry of Development, Industry, and Trade, emphasized the sector’s promising potential. He stated, “This project is vital for showcasing to the international community what Brazilian agriculture truly stands for—a sector backed by the world’s most advanced environmental laws, cutting-edge technology, and now bio-inputs. These advancements help reduce reliance on external inputs, lower costs, and boost sustainability. It presents a significant opportunity to reshape the global perception of our agriculture at this year’s COP in Brazil.” Brazil is home to over 170 bio-input manufacturers, offering more than 1,000 registered products, which firmly establishes the country as a center of excellence in sustainable agricultural solutions tailored for tropical farming. ]]> https://www.agrospectrumasia.com/news/137/2965/brazil-sees-launch-of-lalguard-c99wp-bioinsecticide.html https://www.agrospectrumasia.com/news/137/2965/brazil-sees-launch-of-lalguard-c99wp-bioinsecticide.html Tue, 27 May 2025 15:33:15 +0530 LALGUARD C99WP bioinsecticide stood out as a key attraction at AgroBrasília 2025 Lallemand Plant Care, in collaboration with Brazil’s agricultural research agency Embrapa, has introduced LALGUARD C99WP, a new biological insecticide developed to combat two of Brazil’s most damaging crop pests — whitefly (Bemisia tabaci) and corn leafhopper (Dalbulus maidis). Formulated as a wettable powder containing Cordyceps (Isaria) javanica isolate BRM27666, the bioinsecticide is designed for use in Integrated Pest Management (IPM) systems. It contains a high concentration of viable fungal spores (1x10¹⁰ conidia/g) and is compatible with other crop inputs, leaving no harmful residues. The product acts by adhering fungal spores to the insect’s outer surface, where they germinate, penetrate, and colonize the pest’s body. This process, enhanced by fungal toxins, ultimately kills the insect. Remarkably, the fungus can also sporulate on dead insects, spreading new spores and potentially triggering an epizootic that controls further pest populations — a trait the company highlights as a key advantage. Another standout feature is its room-temperature stability, unlike many biologicals that require refrigeration. Packaged under vacuum to preserve spore viability, LALGUARD C99WP has a shelf life of four months at 21–25°C and up to 18 months under refrigeration. The launch comes as Brazilian farmers grapple with growing pest resistance to chemical insecticides and tighter global regulations on pesticide use. Last season, whiteflies caused widespread damage to multiple crops, while corn leafhoppers emerged as a top threat to maize. Lallemand notes that such trends underline the urgent need for effective and sustainable alternatives like LALGUARD C99WP. ]]> https://www.agrospectrumasia.com/news/137/2826/kubtec-scientific-launches-xseed-x-ray-imaging-systems-to-enable-rapid-seed-quality-assessment.html https://www.agrospectrumasia.com/news/137/2826/kubtec-scientific-launches-xseed-x-ray-imaging-systems-to-enable-rapid-seed-quality-assessment.html Wed, 02 Apr 2025 11:45:16 +0530 A range of high-resolution X-ray imaging systems and software solutions designed specifically for use in seed and agricultural analysis applications. KUBTEC®, a global leader in X-ray imaging technology, has launched the XSEED® family of X-ray Systems, a range of high-resolution X-ray imaging systems and software solutions designed specifically for use in seed and agricultural analysis applications. In contrast to traditional methods, such as tetrazolium chloride or germination testing, the XSEED systems can image the internal seed morphology in fully intact seeds, enabling non-destructive evaluation of seed quality in a fraction of the time. DIGISEED® software provides researchers and seed specialists with the tools they need to perform precise, customizable, and repeatable seed analyses. DIGISEED software delivers quick seed characterization, including count, size, density, and fill percentage, in just seconds. Furthermore, all XSEED systems are cabinet X-ray systems that can be used anywhere with little training. The systems can be installed in mobile labs to support research in the field, with only standard power required; no water or other resources are needed. The XSEED family has 3 models - XSEED mini, XSEED, and XSEED Plus – designed to meet a variety of budgets and imaging needs. A benchtop solution such as XSEED mini is an economical choice for laboratories with limited space. XSEED and XSEED Plus systems are equipped with a wide range of proprietary workflow management features such as Image Blender™, which combines X-ray and optical images. Using this combination, users can map externally visible damage to internal seed structures, as well as conveniently identify labelled samples, as sample data can be embedded right in the image. For optimal seed quality assessment, XSEED Plus provides detailed images of minute seed cracks, voids, and evidence of plant infestations. Shane Smithee, Global Sales Manager of KUBTEC Scientific, said ,"At KUBTEC we are at the forefront of X-ray imaging innovation, with many firsts in our 20 year history. We're very excited to now be the first company to design a line of X-ray systems and software specifically for agricultural applications" Vikram Butani, CEO of KUBTEC Scientific, shared the vision that led to the launch of the XSEED family of systems. Butani explained: "Agriculture and the seed industry face significant challenges right now, including climate change impacting seed quality and yields, evolving pest resistance, and the need for increased agricultural productivity and sustainable farming practices. We are confident that XSEED can be a tool for addressing these challenges, and provide a more efficient, accurate, and insightful alternative to traditional seed testing methods." ]]> https://www.agrospectrumasia.com/news/137/2533/sinclair-zespri-launches-innovative-compostable-fruit-label-to-revolutionize-sustainable-labeling.html https://www.agrospectrumasia.com/news/137/2533/sinclair-zespri-launches-innovative-compostable-fruit-label-to-revolutionize-sustainable-labeling.html Mon, 21 Oct 2024 11:09:52 +0530 Certified by TÜV AUSTRIA, ABA & DIN CERTCO Sinclair, a global leader in fruit labeling technology, and Zespri, the world’s largest kiwifruit marketer, have launched the newest and most innovative compostable fruit label. This innovative product marks a significant step forward in produce packaging and environmental responsibility. Key features of the compostable fruit sticker:Certified compostableThe home and industrial ‘Finished Products’ certification from TÜV AUSTRIA and the home composting certification from ABA and DIN CERTCO demonstrate that the Sinclair – T55 fruit sticker is safely compostable, breaking down and biodegrading completely without leaving harmful residues in the environment. Consumer convenience & minimal packagingThe compostable sticker provides a minimal packaging solution that reduces consumer waste compared to other packaging. It can be disposed of in-home compost bins along with fruit peels and other organic waste, simplifying consumer waste management. Durability with performanceWith certification for its end-of-life performance the fruit sticker maintains Sinclair’s high standards for automated, high-speed application in the packinghouse and throughout the supply chain. The highest-performing compostable label available, application performance is equivalent to conventional plastic stickers. It provides exceptional conformity to adhere securely to fruits and vegetables, allowing essential product information—origin, variety, PLU and barcodes—to be displayed with branding. Zespri CEO, Jason Te Brake, echoed these sentiments: “ Exploring more sustainable fruit label options has been an area of considerable focus for Zespri over a number of years to ensure authentic, safe and high-quality Zespri Kiwifruit. We intend to change all of our fruit to this fully home compostable label with the transition to take place over the next year.” The TÜV AUSTRIA, ABA, and DIN CERTCO certifications are recognized globally, providing assurance to consumers and retailers, that this compostable fruit sticker meets the highest environmental benchmarks. Sinclair and Zespri invite industry partners, retailers, and consumers to embrace this groundbreaking product and join in the movement towards environmentally conscious fresh produce labeling. ]]> https://www.agrospectrumasia.com/news/137/2292/syngenta-unveils-new-effective-fungicide-to-protect-barley-crops-in-new-zealand.html https://www.agrospectrumasia.com/news/137/2292/syngenta-unveils-new-effective-fungicide-to-protect-barley-crops-in-new-zealand.html Mon, 15 Jul 2024 10:44:15 +0530 A powerful new foliar fungicide to protect barley crops from Ramularia leaf spot and scald is available to farmers this season MIRAVIS® Flexi is a fourth generation SDHI fungicide (Group 7) from Syngenta and is powered by the active ingredient ADEPIDYN® technology. It is a new active ingredient for barley growers offering powerful activity and long-lasting control of these key diseases. “Barley growers understand that Ramularia leaf spot and scald can both cause significant yield losses if not properly controlled, so they’ll be pleased to know that based on seven years of pre-release trials by Syngenta and our industry partners, MIRAVIS® Flexi provides market-leading control of Ramularia. Multiple trials have demonstrated significantly higher levels of control of this disease compared to older generation SDHI fungicides" says Paul Hassan, Technical Services Lead for Syngenta New Zealand. After applying MIRAVIS® Flexi preventatively, a reservoir of ADEPIDYN® technology is formed within the waxy layers of the leaf.  From here, the active ingredient moves acropetally, from base to tip and into the leaf tissue over an extended period, delivering very long-lasting disease control. Paul Hassan, further adds “When MIRAVIS® Flexi is sprayed onto the leaf, it moves steadily towards the tip via the xylem protecting the whole leaf.  The yield-building leaves are protected from the damaging effects of disease for longer, keeping the canopy green and driving yield.” “MIRAVIS® Flexi is a solo-active formulation, which means growers have the flexibility to add the most suitable tank-mix partner to control the spectrum of diseases that present a threat at the time. It has been thoroughly tested with other products and has shown excellent compatibility with a wide range of other fungicides, insecticides and plant growth regulators that may be used in a tank mixture with it”. MIRAVIS® Flexi is best used at T2 – typically GS39-49 – to take best advantage of its high efficacy on Ramularia. MIRAVIS® Flexi should always be applied preventatively and at a rate of 1.2 L per hectare in mixture with another approved, non-cross resistant fungicide recommended for the control of the same target disease. The addition of an approved triazole fungicide is recommended. Make no more than two applications per season or any foliar sprays containing a group 7 fungicide. Paul concludes: “Syngenta has a long history of providing high-quality fungicide solutions to the cereal market including AMISTAR® and ELATUS® Plus. MIRAVIS® Flexi is the third product from the MIRAVIS® fungicide family to be launched in New Zealand following the introduction of MIRAVIS® 200SC for potatoes and MIRAVIS® Prime for grapes.” ]]> https://www.agrospectrumasia.com/news/137/2092/adama-launches-new-cereal-fungicide-avastel.html https://www.agrospectrumasia.com/news/137/2092/adama-launches-new-cereal-fungicide-avastel.html Fri, 03 May 2024 08:48:01 +0530 For superior disease control and long-lasting protection ADAMA Ltd., a leading crop protection company, announced the launch of Avastel®, a new broad-spectrum T2 fungicide for cereal growers across Europe, that delivers a new standard of efficacy, control, and long-lasting protection against a broad spectrum of diseases.  Avastel® combines two trusted Active Ingredients – a carboxamide (SDHI) with triazole (DMI) – for outstanding control of Septoria, Brown Rust, Yellow Rust, Net Blotch, and other diseases in various cereals. It’s powered by ADAMA’s unique Asorbital® Formulation Technology for better uptake and faster migration within the leaf tissue, ensuring increased resistance to washout and excellent retention that mitigates weather uncertainty around spray times.  With Avastel®, European farmers who are under pressure to combat Septoria, Rust, and other key diseases can gain peace of mind. Avastel® has powerful curative and long-term preventive effects against disease, resulting in a stronger flag leaf which is crucial for maximizing yields. In field trials, Avastel® brought better protection against Septoria and increased yields, compared with competing products.  “European farmers are facing increased resistance to Septoria and other diseases, while simultaneously needing to produce a high yield,” said Alex Mills, Global Head of Fungicides at ADAMA. “At ADAMA, we invested in developing Avastel®, a breakthrough fungicide that contains two best-in-class Active Ingredients as well as our innovative Formulation Technology.  Avastel®’s curative and preventive effects deliver consistent high performance for high-risk, high-yield crops in a single smart solution. Thanks to ADAMA’s proprietary Asorbital® Formulation Technology, farmers in complex agronomic situations have a solution they can rely on.” Avastel® is a broad label fungicide that is suitable for use in crops such as wheat, barley, rye, and triticale. It is part of ADAMA’s new European cereal fungicide portfolio which began rolling out in 2023. ]]> https://www.agrospectrumasia.com/news/137/2088/bayer-to-launch-first-bioinsecticide-for-arable-crops-by-2028.html https://www.agrospectrumasia.com/news/137/2088/bayer-to-launch-first-bioinsecticide-for-arable-crops-by-2028.html Mon, 29 Apr 2024 08:43:00 +0530 Bayer gains exclusive rights to market the first ever biological insecticide which will help farmers control pests in arable crops / Product is expected to launch in 2028 Bayer announced that it has signed an agreement with UK-based company AlphaBio Control to secure an exclusive license for a new biological insecticide. The new product will be the first available for arable crops, including oilseed rape and cereals. Targeted for initial launch in 2028 pending further development and registration, this new insecticide was discovered by AlphaBio, with whom Bayer distributes FLiPPER® an award-winning bioinsecticide-acaricide. “Farmers need innovative new solutions as they seek to continue to feed a growing population, overcome the impacts of climate change, and meet enhanced safety and sustainability standards,” said Benoit Hartmann, Head of Biologics at Bayer’s Crop Science Division. “Biocontrols are a perfect fit to our approach to scaling regenerative agriculture, and we’re excited to work to bring a new biological crop protection option to farmers that can be used for arable crops.” The new bioinsecticide has potential for use against coleoptera insects like the cabbage stem flea beetle (CSFB), a pest insect that can damage oilseed rape crops throughout the growing season and even cause seedling death. The beetle is widespread in the United Kingdom and throughout much of Europe, and damage caused by adult CSFB feeding gives rise to ‘shot-holing’ symptoms which affect young plants and early leaves, resulting in stunted growth and poor plant health. “We are delighted to license Bayer exclusive rights to our latest bioinsecticide which will significantly improve the choices available to arable farmers wishing to reduce the environmental impact of food production,” said Marta Ruiz, General Manager for AlphaBio Control.” While many biological options are available for high-value vegetable and horticulture crops, where their cost can be offset by consumer-supported price premiums, arable crops require solutions that can be applied cost-effectively at larger scale in order to be competitive. Bayer’s systems approach, which combines various solutions, will help to maximize the cost efficiencies of this new product by including it in a digitally-supported integrated pest management system. “With increasingly strong demand from farmers and changing consumer preferences, we see major growth potential for biological crop protections like this one,” said Ralf Glaubitz, Head of Global Asset Management for Seed Growth & Biologics at Bayer’s Crop Science Division. “We’re working to outgrow the market and achieve more than 1.5 billion euro in biological sales by 2035. That’s only going to happen if we innovate to solve the challenges that farmers face in all fields.” The as-yet-unnamed biological insecticide will also be a supporting part of Bayer's commitment to help reduce the environmental impact of crop protection products by 30 percent by 2030 without negatively impacting crop yields and health. ]]> https://www.agrospectrumasia.com/news/137/1877/corteva-agriscience-launches-salibro-to-combat-crop-damaging-nematodes-in-india.html https://www.agrospectrumasia.com/news/137/1877/corteva-agriscience-launches-salibro-to-combat-crop-damaging-nematodes-in-india.html Fri, 23 Feb 2024 08:14:00 +0530 Corteva Agriscience, a global leader in agriculture solutions, today announced the launch of Salibro nematicide in India. This innovative product, powered by Reklemel active, provides farmers with a targeted and environmentally friendly solution to protect their crops from damaging nematodes while preserving the soil health. Plant-parasitic nematodes are microscopic organisms found in soil that feed on the roots of horticultural crops such as capsicum, cucumber, tomato and Brinjal. These nematodes are notoriously difficult to identify and control, they cause damage to the crops, affecting farmer’s productivity and profitability. With its unique formulation, Salibro delivers an effective  kill of damaging nematodes while demonstrating high selectivity, sparing beneficial soil organisms essential for soil health. Moreover, Salibro is compatible with bacterial and fungal-feeding nematodes, as well as beneficial soil macrofauna, such as earthworms and soil mites, ensuring a balanced and thriving soil ecosystem. By preserving the delicate balance of soil biology, Salibro not only safeguards crop yields but also fosters sustainable agricultural practices. Salibro reflects Corteva's unwavering commitment to agricultural innovation, affirming its mission to enrich the lives of farmers and consumers while driving sustainable progress for future generations. Corteva remains steadfast in championing sustainable farming practices, making significant investments in research and development. This dedication underscores Corteva's pivotal role in advancing the future of Indian agriculture. ]]> https://www.agrospectrumasia.com/news/137/1851/syngenta-korea-launches-vaniva-an-innovative-new-product-for-nematode-control.html https://www.agrospectrumasia.com/news/137/1851/syngenta-korea-launches-vaniva-an-innovative-new-product-for-nematode-control.html Mon, 19 Feb 2024 09:06:29 +0530 Controls the entire life cycle of plant parasitic nematodes from eggs to adults. Syngenta Korea  debuts its innovative new nematode control product, ‘ Vaniva ® ’ to control the entire life cycle of plant parasitic nematodes from eggs to adults. ' Vaniva '  granule is the first product to be released in Korea using Syngenta's newly developed ' TYMIRIUM TM technology '  ,  blocking the invasion, movement and reproduction of nematodes , blocking the entire life cycle of nematodes from eggs to adults . Effectively controls .  It has a strong root protection effect through its excellent nematicidal effect , and  it does not affect growth even when used in the early stages of planting crops, so farmers can use it with confidence . Plant parasitic nematodes mainly damage crop roots and inhibit crop growth . ' Vaniva ' protects roots by removing nematodes by contacting and absorbing the skin surface of nematodes moving through the soil after treating the entire soil.  This makes crops strong and healthy and improves yield .  'Vaniva', which has proven to have excellent nematicidal effects through various tests at home and abroad, will be a solution that can maximize crop production by protecting roots from nematodes with its powerful effects . The ' Vaniva '  formulation is currently applicable to melon root-knot nematode and cabbage cyst nematode , and  is scheduled to be expanded to apply to watermelon ,  cucumber , and  tomato after April 2024 . “' Vaniva ' is an innovative product developed by Syngenta Global after about 10 years of research and development. Worldwide, more than 10%  of crop yields are lost to plant parasitic nematodes. Based on estimates , we expect that ‘ Baniba ’ will increase farmers’ yields and be of great help to sustainable agriculture” said Park Jin-bo, CEO of Syngenta Korea. ]]> https://www.agrospectrumasia.com/news/137/1798/oat-milk-cheddar-cheese-is-a-new-revolution-in-the-dairy-industry.html https://www.agrospectrumasia.com/news/137/1798/oat-milk-cheddar-cheese-is-a-new-revolution-in-the-dairy-industry.html Wed, 07 Feb 2024 08:22:00 +0530 Armored Fresh introduces Oat Milk Cheddar Cheese Slices in the alternative dairy products category Armored Fresh, a Food Tech company specializing in alternative dairy products, has announced new partnership with East Coast restaurant chain, Bareburger. The collaboration between Armored Fresh and Bareburger was made in an effort to expand sustainable impact through a creamy zero-dairy cheese that tastes and melts like dairy and has a similar price point. Traditionally, plant-based cheeses have been reserved for vegans and vegetarians. However, this unique new partnership is expanding the reach of zero-dairy cheeses to flexitarians and omnivores alike. With Armored Fresh Oat Milk Cheddar Cheese Slices, Bareburger is making it easier than ever to make a healthier and more sustainable cheese choice. Armored Fresh specializes in developing alternative dairy products that taste and have a similar price point to dairy-made cheese. The brand brings its innovative approach and award-winning zero-dairy cheeses that taste, melt, and replicate the mouthfeel of dairy-based cheeses to retailers nationwide. All Armored Fresh cheeses are Non-GMO and made 100% from plants, as a strong competitor to traditional dairy options in terms of taste and nutrition. The company is creating a positive sustainable impact by creating dairy-free cheeses that everyone can eat, including vegans, vegetarians, omnivores and more. Armored Fresh founder and CEO, Rudy Yoo says “While it may be an untraditional approach, our new partnership with Bareburger demonstrates that our delicious zero-dairy cheeses are a perfect option for everyone. We’re thrilled to find partners like Bareburger who share our vision of a healthier, more sustainable future for all!” Dedicated to taste and sustainability, Armored Fresh is crafting the highest quality zero-dairy products without compromising in the taste. ]]> https://www.agrospectrumasia.com/news/137/1782/phytolon-and-ginkgo-bioworks-to-produce-natural-food-color-spectrum-via-yeast-strains.html https://www.agrospectrumasia.com/news/137/1782/phytolon-and-ginkgo-bioworks-to-produce-natural-food-color-spectrum-via-yeast-strains.html Thu, 01 Feb 2024 09:33:25 +0530 Natural food colors via fermentation-based technologies are unique and cost-efficient for the food industry Phytolon, a biotechnology company that offers natural food colors via fermentation-based technologies, and Ginkgo Bioworks, which is building the leading platform for cell programming and biosecurity, today announced the successful completion of the first development milestone of their multi-product collaboration to produce natural food colors and the resulting distribution of an equity milestone to Ginkgo. Ginkgo and Phytolon's partnership, which began in February 2022, aims to produce vibrant betalain pigments spanning the entire yellow-to-purple spectrum using cell engineering. The successful completion of the project's first milestone unlocks the commercial potential of Phytolon's yellow-to-purple palette and further establishes this broad and cost-efficient offering to its clients. By leveraging Ginkgo Natural Product Services, Phytolon has significantly improved the efficiency of its yeast strains to generate these vibrant, sustainable colors and offer cost-efficient replacements to artificial dyes. Phytolon's naturally produced betalain pigments can be used throughout the food industry as safe, sustainable, and viable alternatives to synthetic dyes, which are facing increased scrutiny and bans. As governments continue to intensify regulations on synthetic dyes, consumers will increasingly seek out more sustainable and nature-derived products. By partnering with Ginkgo, Phytolon is in a strong position to scale their robust array of food colorants for the global market. Following the successful completion of the partnership's first milestone, Phytolon soon expects to bring the full color palette enabled by these two new strains to market. Ginkgo and Phytolon will continue to work together under their existing agreement toward achieving additional milestones that further increase production efficiency. We are so excited to reach this key milestone with our partner, Ginkgo Bioworks. This achievement puts our colors at the forefront to efficiently replace artificial dyes in our food and create a healthy and sustainable world," said Tal Zeltzer, co-founder and CTO of Phytolon. "Our clients are now able to explore high-performing natural colors in their brands, covering the full range from purple to pink, red, orange, and yellow shades." "We are thrilled to see our collaboration with Phytolon accelerate, and we're proud to be a driving force behind the realization of this milestone and the R&D breakthroughs it represents," said Kevin Madden, Senior Vice President of Commercialization at Ginkgo Bioworks. "Ginkgo Natural Product Services have enabled Phytolon's products to be competitive worldwide and create a broader palette of options for the industry. We're happy to be able to provide innovators like Phytolon with our services and give access to our codebase to accelerate their product development. As we celebrate this success, we look forward to sustaining this momentum to further enhance the performance of Phytolon's products." ]]> https://www.agrospectrumasia.com/news/137/1780/lucent-bio-introduces-nutreos-a-biodegradable-seed-coating-to-comply-with-microplastic-bans.html https://www.agrospectrumasia.com/news/137/1780/lucent-bio-introduces-nutreos-a-biodegradable-seed-coating-to-comply-with-microplastic-bans.html Thu, 01 Feb 2024 09:17:23 +0530 Lucent BioSciences, a leader in sustainable crop input solutions, announced a groundbreaking innovation with the launch of Nutreos, a non-toxic, plant-based, and biodegradable micronutrient seed coating. This environmentally responsible solution aligns with impending regulatory changes addressing the environmental impact of microplastics in seed treatments, particularly in anticipation of upcoming EU microplastic ban regulations. Nutreos is designed to address the growing concerns surrounding microplastic pollution while evolving advancement in agricultural seed coating. Unlike conventional seed coatings that often contain microplastics, Nutreos offers improved germination, early vigour, and root growth, delivering uniform crop establishment and nutrition without compromising the environment. The inclusion of iron, manganese and zinc provides vital nutrition without toxicity or microplastics, fostering strong crop establishment. Germination results of Nutreos micropplastic-free seed treatments "As the world looks toward more sustainable solutions, Lucent Bio is committed to leading the charge in climate-smart crop input innovations," states Michael Riedijk, CEO of Lucent BioSciences. "The introduction of Nutreos is the second product line based on our plant-based nutrient carrier technology supporting our mission to accelerate the transition to a sustainable and climate-positive agri-food system." Lucent Bio is building the first Nutreos manufacturing plant in British Columbia, Canada, targeted to become operational by the end of 2024, and aims to expand production capacity in the US, Brazil, and Europe. Lucent Bio is co-developing and conducting trials with leading seed companies using the Nutreos seed coating technology and is expanding its partner and co-development program. Besides its Soileos granular micronutrient products and the Nutreos seed coating technology, Lucent Bio is also working on a third product line of biodegradable and microplastic-free controlled-release NPK fertilizer coatings, which will be announced later this year. ]]> https://www.agrospectrumasia.com/news/137/1776/nrgene-establishes-supree-a-food-tech-company-developing-self-drying-fruits-and-vegetables.html https://www.agrospectrumasia.com/news/137/1776/nrgene-establishes-supree-a-food-tech-company-developing-self-drying-fruits-and-vegetables.html Wed, 31 Jan 2024 10:14:13 +0530 Supree™ develops innovative fruit and vegetable varieties designed to naturally dry on the vine while preserving high vitamins and nutrient levels, and rich taste Israeli AgTech firm, NRGene Technologies Ltd. has introduce Supree (Supree-Zanim), its newly established FoodTech subsidiary, specializes in innovative fruit and vegetable varieties that naturally self-dry on the vine while maintaining nutritional value and flavor. Supree is an Israeli food-tech company specializing in the production of self-drying fruits and vegetables. Leveraging NRGene's genomics and AI technology, Supree aims to bring new naturally dried fruits and vegetables to the market, enriching food with tasty, healthy, and long shelf-life products. For more information, visit the company's website: Supree's first product line is a unique semi-dried tomato varieties that stand out for their delicious taste, high nutritional value and one year frozen shelf-life. The uniqueness of these varieties is in their skin's structure that is filled with microcracks which enables natural moisture evaporation. This natural drying process preserves the rich taste, vibrant color, vitamins, and antioxidants, resulting in a superfood that loses about 80% of its original weight when ripe, intensifying flavor and nutritional concentration. Emerging Competator in B2B marketing Presently, Supree is targeting premium B2B markets in Israel, Europe, and the Middle East, including restaurants, hotels, catering companies, and food manufacturers. Leading chefs, such as Chef Ran Shmueli from the Claro restaurant, Tel Aviv, have tried Supree's semi-dried tomatoes. The potential market size for Supree's tomatoes is estimated to reach USD 1.5 billion by 2030. Supree anticipates that its semi-dried tomatoes will create a new category within the USD 16 billion market for dried tomatoes. Additionally, the tomatoes may serve as a substitute product for the USD 10.2 billion dried fruit market, the USD 4.4 billion frozen fruit market, and the USD 60 billion superfood market. Our projections consider the market shares of these segments and take into account market education and penetration rates.  Elevating sustainability and cost efficiency, Supree's tomato varieties enable optimal seasonal growth, eliminating the need for artificial heating or cooling. Immediate post-harvest drying, packaging, and freezing significantly reduce fruit loss along the supply chain. In addition, mechanical harvesting is planned and is expected to bring substantial savings in labor cost, ultimately reducing tomato prices. To facilitate the production and processing of the first product, Supree has signed a partnership agreement with Tzabar Tech, which strengthens the agricultural foundation and promotes technological innovation in agrifood-tech. Together, the companies will establish a joint venture, with Tzabar Tech providing its expertise in farming and trading of agricultural produce to support the unique growing and post-harvesting processes of the tomatoes. Tzabar Tech's CEO, Gilad Mintz, stated, "The collaboration between Tzabar Tech and Supree presents an excellent opportunity to integrate innovative growth technologies, while allowing farmers to improve work processes and achieve more profitable yields." ]]> https://www.agrospectrumasia.com/news/137/1774/fresh-del-monte-launch-rubyglow-pineapple-a-innovative-red-shelled-pineapple.html https://www.agrospectrumasia.com/news/137/1774/fresh-del-monte-launch-rubyglow-pineapple-a-innovative-red-shelled-pineapple.html Wed, 31 Jan 2024 08:52:37 +0530 The Rubyglow® pineapple is first being launched in Chinese market, further cementing company's position as the world’s leader in pineapple innovation Fresh Del Monte Produce Inc., one of the world’s leading vertically integrated producers, marketers, and distributors of high-quality fresh and fresh-cut fruits and vegetables, has launched its latest pineapple innovation, the Rubyglow® pineapple – a red-shelled pineapple. This pineapple has a red outer skin, bright yellow flesh, and a new, sweet flavor similar to Del Monte pineapples. The Rubyglow® pineapple is first being launched in China, in time for Chinese New Year as part of the company’s grand debut in the Chinese market. With around 5,000 pineapples available worldwide in 2024 and 3,000 in 2025, the pineapple’s rarity and limited inventory make Rubyglow® pineapple a highly coveted item. Grown in Costa Rica, the Rubyglow® pineapple has been in development for more than 15 years and has a registered plant patent in the United States. It is a cross between a traditional pineapple and a Morada pineapple — which is typically inedible — making the Rubyglow® pineapple a hybrid fruit produced through traditional crossbreeding techniques. Rubyglow® pineapples are naturally ripened in Costa Rica on the plant and sold crownless in elegantly designed packaging. “We are proud to unveil our latest pineapple innovation to the world, the Rubyglow® pineapple. This Del Monte exclusive pineapple further cements our global leadership position in the pineapple market,” said Mohammad Abu-Ghazaleh, Chairman and CEO of Fresh Del Monte. “Our scientists continue to elevate the bar by creating new pineapple varieties, with varied tastes and colors, that cater to more and more consumers worldwide. We believe that the Rubyglow® pineapple is the perfect product to build our market presence in China.” Fresh Del Monte has been leading pineapple innovation since the 1990s with the debut of the Del Monte Gold® Extra Sweet pineapple, the first of its kind. The pineapple has a golden color and, at that time, was much sweeter than any other pineapple on the market. Since then, the company’s robust pineapple program has released the Pinkglow® pineapple, the Honeyglow® pineapple, the Del Monte Zero™ pineapple, and now the Rubyglow® pineapple. ]]> https://www.agrospectrumasia.com/news/137/1765/ayana-bio-enter-korean-market-to-develop-plant-cell-derived-saffron-bioactive-key-ingredients.html https://www.agrospectrumasia.com/news/137/1765/ayana-bio-enter-korean-market-to-develop-plant-cell-derived-saffron-bioactive-key-ingredients.html Mon, 29 Jan 2024 07:58:00 +0530 Partnering with Wooree Green Science, the New 7-figure joint development agreement will overcome agricultural supply chain constraints and make key ingredients more accessible Ayana Bio, the plant cell technology company dedicated to creating sustainable bioactives for consumer products, have announced a seven-figure joint development agreement with Wooree Green Science, a subsidiary of Wooree Bio, to develop plant cell-derived saffron and other important bioactive ingredients for health and wellness products for distribution in the South Korean market. The partnership will increase the accessibility and affordability of underdeveloped beneficial botanical ingredients like saffron. Saffron is proven to aid in weight loss by suppressing appetite and increasing metabolism, but climate change-driven crop failures are exacerbating an already constrained supply chain from the plant's labor-intensive harvesting needs. It can take up to 170,000 flowers to produce just one kilo of saffron, making it a prohibitively expensive ingredient for supplements. This joint development agreement will address these issues by sustainably producing saffron bioactives using plant cell cultivation, a cost-efficient, alternative production method that bypasses the constraints of agricultural supply chains. "Saffron, like many other botanicals, faces a complex and uncertain future as it grapples with shifting weather patterns, pollution and water shortages in the limited number of countries where traditional production happens," says Frank Jaksch, CEO of Ayana Bio. "We want to reinvigorate the natural plant-based weight loss supplement market so more people can reap the health benefits. Joining forces with Wooree Green Science will help Ayana Bio deliver on the promise of saffron's clinical evidence by making the ingredient more affordable with plant cell cultivation." Saffron and the other ingredients under this agreement will join Ayana Bio's Plant Cell Advantage™ ingredient portfolio. Plant cell cultivation is a means to create plant materials without growing plants in the ground. By growing real plant cells in stainless steel tanks, this process delivers the health benefits of plant bioactives without the quality issues that come from the constraints of conventional agriculture, including climate change. Ayana Bio's plant cell cultivation technology produces the full spectrum of bioactives found in nature – or with an even higher potency of beneficial bioactives. Plant Cell Advantage™ ingredients are DNA-fingerprint certified and 100% clean label, with standardized phytocomplex, increased bioavailability, full traceability and a neutral taste and color. "We're excited to collaborate with Ayana Bio to utilize its plant cell cultivation technology for the production of new plant cell ingredients for a multitude of applications across food and beverages, cosmetics and pharmaceuticals," said Um Tae Wook, CEO of Wooree Green Science. "We look forward to commercializing these high-value sustainable ingredients through this partnership." Wooree Green Science uses biotechnology to address sustainability needs in the agriculture industry. The company is focused on the development and commercialization of functional ingredients for food and pharmaceutical products. Ayana Bio's Plant Cell Advantage™ ingredient portfolio is currently composed of Dog Rose PCA™, Hedge Nettle PCA™, Sage PCA™, Echinacea-p PCA™ and Lemon Balm PCA™.  ]]> https://www.agrospectrumasia.com/news/137/1905/evonik-manufactures-first-product-from-worlds-first-industrial-scale-rhamnolipid-biosurfactant-plant.html https://www.agrospectrumasia.com/news/137/1905/evonik-manufactures-first-product-from-worlds-first-industrial-scale-rhamnolipid-biosurfactant-plant.html Fri, 26 Jan 2024 08:11:00 +0530 Industrial-scale facility for sustainable biosurfactants that has been completed ahead of schedule at its site in Slovakia Evonik has manufactured the first product from its industrial-scale facility for sustainable biosurfactants that has been completed ahead of schedule at its site in Slovakia. The new plant is the first worldwide to produce sustainable rhamnolipid biosurfactants. Evonik’s rhamnolipids are exceptionally high quality and provide the company with a unique market position due to the IP-protected, fermentation-based manufacturing process. Rhamnolipids and other sustainable biosurfactants in Evonik’s portfolio draw on the company’s biotechnology platform in its life sciences division, Nutrition & Care. Driven by sustainability, the division is using innovative biosolutions to address the challenges of biocircular care through closed-loop carbon systems, while maintaining high functionality and preserving biodiversity. “Our high-performance rhamnolipids are setting a precedent, not only at Evonik, but as part of a broader sustainable chemicals revolution. We are excited to be leading the way with our biosolutions,” said Johann-Caspar Gammelin, president of Evonik’s Nutrition & Care division. “Completing this plant ahead of schedule is a milestone for our business and a testament to our technical expertise, but most importantly, it enables our customers to bring more sustainable cleaning and personal care products to market faster,” said Yann d'Hervé, head of Evonik's Care Solutions business line. Rhamnolipids are a class of biosurfactants that are sustainably manufactured via a fermentation process using European corn sugar as the main raw material. This biogenic, carbon-based process does not require petrochemical feedstocks or tropical oils. Rhamnolipids are fully biodegradable and offer a sustainable alternative to conventional surfactants due to their biobased raw materials, and low toxicological and ecotoxicological profile. Their exceptional foam-forming properties and mildness make them ideal for use in household cleaners and personal care products such as shampoos and micellar waters. They also offer superior performance for industrial applications such as coatings, mining and oil and gas. Evonik Fermas, located in Slovenská Ľupča in Slovakia, was founded in 1992 as a joint venture between Degussa AG and Biotika a.s. The company initially produced amino acids for animal feed using biotechnology, but in 1998 became a 100 percent subsidiary of Evonik, expanding its expertise to include the production of fermentation-based products for animal nutrition, pharmaceuticals, cosmetics, and personal care. In 2016, Evonik Fermas ran the first pilot plant for the production of sustainable biosurfactants via fermentation. ]]> https://www.agrospectrumasia.com/news/137/1720/organic-valley-expands-product-portfolio-with-new-family-first-milk-line.html https://www.agrospectrumasia.com/news/137/1720/organic-valley-expands-product-portfolio-with-new-family-first-milk-line.html Thu, 25 Jan 2024 07:59:24 +0530 Organic Valley – America's largest organic farmer-owned dairy cooperative – announced the expansion of its fluid milk portfolio with Organic Valley® Family First™. New Organic Valley Family First milk has all the goodness of the standard 12 essential nutrients in Organic Valley milks, with added DHA Omega 3 to support brain health. This new milk is meant to be enjoyed by milk lovers of all ages and comes from pasture-raised cows on Organic Valley's small family farms. According to a 2019 study published by the National Institute of Health, Americans in all age groups did not meet the recommended daily intake of Omega 3s to meet nutritional needs based on U.S. Dietary Guidelines for Americans. And, recent insights uncovered by Organic Valley show that families are in search of a milk that meets the varying nutritional needs of their families. The new Family First organic milk line from Organic Valley provides 50 mg of DHA Omega 3 per serving to help provide a solution to this problem. "Our new Organic Valley Family First milk tastes just as fresh and delicious as our other organic milks, with the added benefits of DHA Omega 3," said Jaclyn Cardin, Organic Valley chief brand officer. "And so, we couldn't be more excited to bring our new Family First milk to store shelves nationwide and offer families a great-tasting option from our co-op that provides quality nutrition for the whole family." Like all Organic Valley milk, Family First comes from happy, healthy cows on the cooperative's farms and is produced without antibiotics, synthetic hormones, toxic pesticides, or GMO's. Consumers can feel good knowing that when they choose Organic Valley – including the new Family First milk – they are purchasing organic milk from small organic family farms and helping protect where your food comes from. Organic Valley Family First milk can be enjoyed as a delicious, hydrating beverage to support everyday nutrition. Additionally, it can be used for cooking and baking just like other Organic Valley milks. Family First milk will begin appearing on retailer shelves nationwide beginning this month, available in Whole and Reduced Fat 2%, 64-ounce (half gallon) cartons for a suggested retail price of $5.99-$6.99. ]]> https://www.agrospectrumasia.com/news/137/1758/loam-bio-launches-biological-for-carbon.html https://www.agrospectrumasia.com/news/137/1758/loam-bio-launches-biological-for-carbon.html Wed, 24 Jan 2024 10:38:17 +0530 Australian company Loam Bio announced its entry into the U.S. agricultural biologicals space with the launch of CarbonBuilder, a new class of microbial seed treatment intended to increase soil organic carbon and overall soil health. In addition, farmers who use the product can earn revenue by participating in SecondCrop, the company's carbon credit program. In 2024, CarbonBuilder will be available to soybean farmers in Iowa, Minnesota, Nebraska, North Dakota, South Dakota and Wisconsin. In an interview with DTN, Loam Bio CEO Guy Hudson said not all soil carbon is created equal. The microbial technology in CarbonBuilder increases the amount of stable carbon in the soil. "We've done a lot of work with our academic partners to understand how these organisms can influence not just the building of carbon but also the stability of that carbon within the soil," he said. In the United States, Loam Bio has partnered with researchers at Texas A&M University, the University of Arizona and Lawrence Livermore National Laboratories in California. Plants pull carbon from the atmosphere during photosynthesis, eventually turning it into particulate organic matter. This form of carbon can cycle in and out of the soil in a short period of time. According to Loam Bio, the soil fungi in CarbonBuilder work to stabilize this carbon and increase levels of aggregate carbon and mineral-associated organic matter, the most stable carbon pools, within the soil. With greater stability, less carbon should be released back into the atmosphere. Kevin Hodges, Loam Bio's senior vice president of U.S. commercial operations, said that in field trials across the upper Midwest, CarbonBuilder improved total organic carbon by 3.8% when compared to untreated plots. That translates to an increase in sequestered carbon of roughly 2 tons per acre. For comparison, the addition of cover crops in a rotation might generate 0.25 to 0.75 ton per acre, he said. ]]> https://www.agrospectrumasia.com/news/137/1866/syngenta-groups-map-launches-endos-enhanced-efficiency-fertilizer-in-china.html https://www.agrospectrumasia.com/news/137/1866/syngenta-groups-map-launches-endos-enhanced-efficiency-fertilizer-in-china.html Tue, 23 Jan 2024 11:20:00 +0530 Syngenta Group China successfully kicked off the launch with more than 300 MAP cooperative growers in attendance.  On the heels of announcing our partnership with Syngenta Group’s Modern Agricultural Program (MAP) in China, the company gathered on January 22, 2024 in Wuwei, Gansu Province to officially launch its new enhanced efficiency fertilizer (EEF) product called Endos™. The product’s name, Endos™, is derived from its use of endophytic microorganisms. The EEF leverages BiOWiSH® Crop Liquid, which is a blend of proprietary microbial cultures coated onto dry fertilizer or mixed with liquid fertilizers.  It is designed to help increase crop production economically, safely and sustainably. Food security is a major concern in China, and fertilizer is an important source of crop nutrients, playing a vital role in improving agricultural productivity to meet the needs of human health and nutrition.  Syngenta is tasked with balancing this demand with the country’s sustainability goals, and they proudly presented Endos™ as an upgrade to traditional fertilizer and a new way to meet modern agricultural development. ]]> https://www.agrospectrumasia.com/news/137/1731/thailand-launches-chatbot-for-strawberry-disease-diagnosis-using-ai-images.html https://www.agrospectrumasia.com/news/137/1731/thailand-launches-chatbot-for-strawberry-disease-diagnosis-using-ai-images.html Wed, 17 Jan 2024 10:51:29 +0530 NECTEC-NSTDA, in collaboration with the Royal Project Foundation, developed the 'Strawberry Disease Bot NECTEC-NSTDA, in collaboration with the Royal Project Foundation, developed the 'Strawberry Disease Bot.' This chatbot facilitates the diagnosis of strawberry diseases through images and provides recommendations for disease control. Mr. Wasin Sinthupinyo, a researcher from Artificial Intelligence Research Group at NECTEC explained the project’s origin. Mr. Wasin’s team, in collaboration with Kasetsart University, previously developed the Rice Disease Bot, an image-based rice disease diagnostic chatbot service. Following media coverage of the Rice Disease Bot, the Royal Project Foundation approached the research team, expressing interest in developing a similar disease diagnosis chatbot service for temperate crops to support farmers in the northern region. Strawberry was chosen for research and development due to its economic importance and the availability of a comprehensive database. The Strawberry Disease Bot is now ready for testing by farmers, the process that will further enhance its performance.” The Strawberry Disease Bot is designed to be user-friendly on the LINE application platform. Farmers can simply take pictures of infected strawberry plants and send them to LINE chat. The images are then transferred to the cloud system, where AI performs disease diagnosis using deep learning. The results, along with recommendations for disease control, are sent back to the farmers within 3-5 seconds. At present, the chatbot can diagnose five diseases affecting strawberry cultivation in Thailand: anthracnose, leaf blight, gray mold, powdery mildew, and leaf spot. Currently, the system achieves an accuracy of 60-70%, with expectations of improvement as more data is collected through farmer participation. “While the accuracy at this early stage may not be high, farmers can still use the chatbot with confidence because technicians at the Royal Project Foundation will help verify the results. Early detection is the key to effectively managing the disease and reducing the use of chemicals. As more farmers use the system, more images will be added to the database, thereby improving the diagnosis performance,” explained Mr. Wasin. “Strawberry was chosen for research and development due to its economic importance and the availability of a comprehensive database. The Strawberry Disease Bot is now ready for testing by farmers, the process that will further enhance its performance.” The Strawberry Disease Bot is designed to be user-friendly on the LINE application platform. Farmers can simply take pictures of infected strawberry plants and send them to LINE chat. The images are then transferred to the cloud system, where AI performs disease diagnosis using deep learning. The results, along with recommendations for disease control, are sent back to the farmers within 3-5 seconds. At present, the chatbot can diagnose five diseases affecting strawberry cultivation in Thailand: anthracnose, leaf blight, gray mold, powdery mildew, and leaf spot. Currently, the system achieves an accuracy of 60-70%, with expectations of improvement as more data is collected through farmer participation. “While the accuracy at this early stage may not be high, farmers can still use the chatbot with confidence because technicians at the Royal Project Foundation will help verify the results. Early detection is the key to effectively managing the disease and reducing the use of chemicals. As more farmers use the system, more images will be added to the database, thereby improving the diagnosis performance,” explained Mr. Wasin. ]]> https://www.agrospectrumasia.com/news/137/1730/adama-launches-5-innovative-formulation-cereal-fungicides-in-europe.html https://www.agrospectrumasia.com/news/137/1730/adama-launches-5-innovative-formulation-cereal-fungicides-in-europe.html Wed, 17 Jan 2024 10:42:58 +0530 Deliver Excellent Results and Respond to Diverse Farmer Needs ADAMA Ltd. , a leading crop protection company, has announced the launch of five new cereal fungicide products across Europe to tackle the most serious diseases impacting farmer yields at each stage of the crop's reproductive phase. Together, these products offer ADAMA's customers a comprehensive portfolio of innovative solutions designed to deliver excellent results in the field and address different application stages (T1, T2, and T3) and various value segments.  With the launch of these new products ADAMA will have one of the most robust portfolios in the industry for cereal disease control in Europe. The five products are based on a leading DMI molecule, cementing them as the foundation for treatment of cereal diseases after the regulatory phase-out of other key active ingredients in the market.  The company also introduced its novel and proprietary Asorbital® Formulation Technology to enhance the activity of its products, delivering improved penetration, excellent systemic movement in the leaf tissue, improved and long-lasting disease control, and excellent rainfastness. "Our new, enhanced cereal fungicide portfolio is a powerful demonstration of our ability to deliver value and innovation through enhancing the performance of existing molecules with proprietary formulation technologies and delivering products to our customers that provide excellent disease control, keep the crop safe and address the different value segments in the market." said Alex Mills, Head of Global Fungicides at ADAMA. ADAMA's European cereal fungicide portfolio includes: Soratel®, a versatile and broad-spectrum solution powered by ADAMA's proprietary Asorbital® Formulation Technology, which can be used in various segments alone or in a mixture. Maxentis®, is a broad-spectrum, multi-crop, convenient and easy to use fungicide with flexible timing that can easily be plugged into any wheat spray program as a T1 or T2 application. Forapro®, is a broad-spectrum fungicide powered by Asorbital® Formulation Technology that controls all the major T1 diseases in wheat such as Septoria, Rust and Powdery Mildew. Maganic®, powered by Asorbital® Formulation Technology, is a T3 fungicide that protects wheat against all ear diseases including Fusarium spp. resulting in lower mycotoxin levels and higher quality grain. Avastel®, is ADAMA`s premium T2 broad-spectrum fungicide with both curative and preventative disease control, powered by Asorbital® Formulation Technology delivering a new standard of efficacy and long-lasting protection. "We set a strategy 10 years ago to invest in Europe's cereal growers given the anticipation of the regulatory phase-out of key active ingredients in this market. We devised a plan to ensure farmers have the products they need today to address rising disease pressure, new agronomic challenges, and an increased focus on sustainability. Our enhanced portfolio with five new products ticks all of these boxes," said Sergio Dedominici Paz, EVP EAME at ADAMA. ADAMA began rolling out its new cereal fungicide portfolio in 2023 with the introduction of Soratel® in the UK, and the launches will continue across the continent, UK, and Ireland throughout 2024. ]]> https://www.agrospectrumasia.com/news/137/1722/biopolin-pollination-enhancer-now-available-in-canada.html https://www.agrospectrumasia.com/news/137/1722/biopolin-pollination-enhancer-now-available-in-canada.html Tue, 16 Jan 2024 10:10:00 +0530 Andermatt Canada and Cohort Wholesale have reached an agreement for Cohort Wholesale to distribute new Biopolin Pollination Enhancer in Canada. For use in berries, tree fruit, canola, and other crops, Biopolin is sprayed on the crops during bloom and enhances pollinator activity in the crop leading to more flower visits.  As a result, farmers benefit from increased pollination and substantial increases in yield and quality.  ″Enhancing the pollination process is our final opportunity to increase our yield potential as a fruit grower. After pollination we must shift to playing defence, protecting the potential yield that develops from successful pollination,″ observed Colin Smith, Andermatt Canada’s market and sales manager. ″We believe Biopolin is a great new tool for our grower customers,″ noted Trevor Latta, Cohort Wholesale manager.  ″It has the potential to change the way farmers think about their crops’ potential, and we are looking forward to introducing the product to them.″ Biopolin uses advanced microencapsulation technology which prevents rapid evaporation of the product after application while also releasing it gradually throughout the pollination period.  The pollination enhancement effect is consistent and extended throughout bloom.  Biopolin is available to Canadian growers now.  In 2024, Cohort Wholesale will be working with horticulture growers and their crop input retailers across Canada to establish demonstration Biopolin demonstration sites ]]> https://www.agrospectrumasia.com/news/137/1704/upl-to-strengthen-fungicide-portfolio-with-planned-acquisition-of-cortevas-mancozeb-business.html https://www.agrospectrumasia.com/news/137/1704/upl-to-strengthen-fungicide-portfolio-with-planned-acquisition-of-cortevas-mancozeb-business.html Wed, 10 Jan 2024 08:18:12 +0530 UPL to acquire Corteva Agriscience's global mancozeb fungicide business outside of China, Japan, South Korea and EU member countries UPL Ltd., the global provider of sustainable agricultural solutions, has planned acquisition of Corteva Agriscience's solo mancozeb global fungicide business outside of China, Japan, South Korea, and EU member countries. The acquisition will give UPL ownership of Dithane®, the original global mancozeb brand which has provided farmers with a reliable disease management solution, as well as access to Rainshield™ technology which enables crop protection in wet weather conditions. Mancozeb is a highly effective protective fungicide used to prevent plant diseases across a range of crops, including rice, soybean, wheat, onions, potatoes, and other vegetables and fruits. Across the crop protection industry, mancozeb is also an increasingly important tool in managing fungicide resistance. UPL, the market leader in this technology, was instrumental in introducing mancozeb for soybean production in 2014, where it proved effective in controlling fungal diseases and boosting growth and yield. Christina Coen, Chief Marketing Officer of UPL Corporation Ltd., said: "This acquisition is a meaningful milestone for UPL and for farmers, it strengthens our portfolio of solutions and leadership in the multisite fungicide market. We are committed to expanding our offering for plant disease management, and supporting farmers globally to achieve sustainable crop yields and enhanced food security outcomes." The acquisition is limited to Corteva's solo formulations of mancozeb, with Corteva retaining ownership of premix formulations. The transaction is subject to customary approvals and expected to conclude Q1 of FY24-25. This acquisition includes all data, registrations, trademarks for Corteva's solo mancozeb products, and a license to the Rainshield™ technology but excludes manufacturing and formulation facilities. ]]> https://www.agrospectrumasia.com/news/137/1665/brevant-seeds-will-introduce-24-new-soybean-varieties-to-market-in-2024.html https://www.agrospectrumasia.com/news/137/1665/brevant-seeds-will-introduce-24-new-soybean-varieties-to-market-in-2024.html Wed, 27 Dec 2023 09:25:29 +0530 Soybean varieties featuring elite genetics from Corteva Agriscience The 2024 class of Brevant® brand soybeans is the largest to date, with 24 new Enlist E3® soybean varieties featuring elite genetics from Corteva Agriscience and a focus on consistent performance in any growing season. “The 2024 soybean class is our most exciting launch class to date,” said Travis Belt, Portfolio and Technology Leader for Brevant® seeds. “With new germplasm, we can set new yield expectations. The depth of the Brevant seeds portfolio fills agronomic gaps to give farmers more choice, and it sets up ag retail to deliver yield wins on their customers’ acres.” Brevant brand Enlist E3 soybeans feature unique germplasm for ag retail and an improved agronomic and disease package, so farmers can choose a variety without having to compromise what’s most important to them. The new class offers products from 0.1 to 4.7 relative maturity, including nine varieties with Peking resistance to soybean cyst nematode (SCN). The 2024 class of Brevant brand Enlist E3 soybeans average 2.0 bu/A1 more than competitor Enlist E3 soybean varieties and win 65% of the time in head-to-head comparisons. The next generation of Brevant® brand soybeans demonstrates improved agronomic performance for emergence, standability, Phytophthora field tolerance and charcoal rot, plus significant enhancements in combating iron deficiency chlorosis (IDC), white mold, sudden death syndrome (SDS) and frogeye leaf spot. “Corteva Agriscience has made significant investments in soybean R&D. Brevant brand Enlist E3 soybeans just keep getting better with increased yield potential and differentiation with ag retail" said Travis Belt. ]]> https://www.agrospectrumasia.com/news/137/1578/lavie-bio-expands-its-bio-inoculant-product-for-spring-wheat-yalos-to-durum-and-barley.html https://www.agrospectrumasia.com/news/137/1578/lavie-bio-expands-its-bio-inoculant-product-for-spring-wheat-yalos-to-durum-and-barley.html Wed, 29 Nov 2023 10:50:34 +0530 Lavie Bio Ltd., a subsidiary of Evogene Ltd., a leading ag-biological company committed to elevating food quality, sustainability, and agricultural productivity through microbiome-based innovations, is pleased to announce the expansion of its microbiome-based product for spring wheat, now rebranded as Yalos™ (formerly Thrivus™), to include durum and barley, significantly broadening its potential market reach. This expansion follows very successful field trials conducted in the US in 2023 in durum and barley, which generated on average over 7% of yield increase. Yalos™ is a seed treatment that enhances production by improving soil nutrients, reducing environmental stress, and increasing yields. It aims to boost yield in all small grains, starting with spring wheat, durum, and barley. The 2023 trials exceeded expectations with 86% success rate, surpassing industry standards in extensive large-acre trials. Yalos™ demonstrated its efficacy by delivering an average production improvement of 8.3% in Durum and 6.6% in Barley. This expansion increases the product's addressable market in the US and Canada by ~40% from 25 million acres to 35 million acres. Yalos™ combines two natural microbes discovered by Lavie Bio's advanced BDD platform, powered by Evogene's MicroBoost AI tech-engine. This platform provides deep insights into microbe functions, allowing Lavie Bio to develop a strong portfolio of high-performance, cost-effective bio-inoculants and bio-pesticides like Yalos™. Chad Rubbelke, owner at Rubbelke Farms asserts "Yalos™ has been impressive on our farm.  As a farmer and research provider it is unusual to see a product perform as well as Yalos™. Yalos's performance has been consistent over several different environmental conditions and years. In my mind Yalos™ is a strong competitor in the biological market and pays for itself yearly." "We are very satisfied with these results from our 2023 field trials enabling us to offer our product to durum & barley growers in 2024." states Amit Noam, Lavie Bio's CEO, "As Lavie Bio charts its course for 2024, the company remains dedicated to commercial growth by expanding to additional crops across the United States, Canada and beyond. Lavie Bio continues to lead the agricultural innovation frontier, championing sustainable practices and enhancing crop yields. ]]> https://www.agrospectrumasia.com/news/137/1527/nutramax-and-adm-expand-global-distribution-partnership-to-boost-next-gen-pet-health-solutions.html https://www.agrospectrumasia.com/news/137/1527/nutramax-and-adm-expand-global-distribution-partnership-to-boost-next-gen-pet-health-solutions.html Mon, 06 Nov 2023 06:24:22 +0530 Shared commitment to quality and improving the lives of animals around the globe Nutramax and ADM's trusted probiotic supplements brand, ADM Protexin has expanded their longstanding partnership that will allow ADM Protexin to manage certain Nutramax brands in Europe and a number of APAC markets, with the aim to expand further internationally. This agreement builds upon the existing successful collaboration between the two organizations. Under the enhanced partnership, ADM Protexin will manage the distribution of select Nutramax brands, including Cosequin®, Dasuquin®, and Denamarin® in various international markets. These trusted Nutramax brands are known for their high-quality ingredients and researched formulas in the animal health industry. The partnership will allow ADM Protexin to leverage its capabilities in Europe to better service existing distribution channels and further expand the global reach of Nutramax brands to make the products more widely available to veterinarians and consumers around the globe. "We are excited to expand our partnership with ADM Protexin to better meet the increasing needs for international markets," said Todd Henderson, DVM, CEO and President of Nutramax. "This is a significant step for both organizations and is a testament to our shared commitment to quality and improving the lives of animals around the globe." This agreement is a significant milestone for both Nutramax and ADM Protexin, as it represents a new phase in their partnership and underscores their commitment to providing high-quality products to support animal health worldwide. "The Nutramax portfolio of products aligns exceptionally well to ADM's Health and Wellness solutions, allowing us to provide our companion animal customers with a much broader array of products and capabilities," said James Kyffin, Commercial Director, Animal Health at ADM Protexin. "The ADM Protexin team could not be more excited about the expanded partnership and the opportunity to better serve our customers." ]]> https://www.agrospectrumasia.com/news/137/1479/syngenta-launches-first-biologicals-service-center-for-seed-treatment-in-germany.html https://www.agrospectrumasia.com/news/137/1479/syngenta-launches-first-biologicals-service-center-for-seed-treatment-in-germany.html Fri, 20 Oct 2023 09:25:00 +0530 Sharpens biologicals seed treatment solutions providing best-in-class service and application support Syngenta Seedcare is strengthening its focus on biologicals and extending its leadership in seed treatment with the opening of its first biologicals service center at The Seedcare Institute in Maintal, Germany. Equipped with state-of-the-art technologies, the center addresses growing farmer demand across the EU for biological seed treatment solutions providing best-in-class service and application support for its customers. Syngenta Seedcare currently operates 18 Seedcare Institutes with more than 120 experts globally. Additional biological service centres are set to be added to more Seedcare Institutes in future. Biological seed treatment solutions ensure healthy crop establishment, by safeguarding plants from pests and improving their ability to access available nutrients – right from the beginning of life. Only tiny amounts are necessary to coat the seed, helping increase soil health and protecting biodiversity and the environment. However, the incorporation of living organisms can present new challenges to developing biological seed treatment solutions, which will need to take into account factors such as biological compatibility and on-seed survivability. “Our leadership in biological innovation and seed treatment is built on our ability to constantly enhance and adapt our service offers,” said Jonathan Brown, Global Head Seedcare. “This new biologicals service centre enables the successful use of biologicals as seed-applied solutions through shared practical knowledge and resources. As the industry collaborator of choice, we look forward to launching new solutions together with our partners.” Syngenta Seedcare offers a broad portfolio of biological seed treatment solutions, comprising the EPIVIO™ range of biostimulants for healthy crop establishment; ATUVA™ to promote nutrient use efficiency for soybean and legume crops, and NUELLO™ biofertilizers that leverage nitrogen fixation and promote soil health. The biologicals service center in Maintal offers specialized expertise to support the application of new biological seed treatments. These include extensive competence in microbiology – from understanding the viability on-seed and in-mixture with other active ingredients, the ability to develop assays for all microbial products, to expertise on the handling of sensitive biologicals throughout the process. It will also provide value-adding services, including advisory on water quality and recipe compatibility, on-seed survivability measurement, guidelines for storage, handling and cleaning, and specialized training on proper stewardship of biologicals. ]]> https://www.agrospectrumasia.com/news/137/1391/corteva-agriscience-launches-revolutionary-nematicide-and-preserves-soil-health.html https://www.agrospectrumasia.com/news/137/1391/corteva-agriscience-launches-revolutionary-nematicide-and-preserves-soil-health.html Fri, 15 Sep 2023 07:26:40 +0530 Launches ReklemelTM active, a new nematicide Corteva has launched ReklemelTM active, a new nematicide that helps reduce the damage caused by plant-parasitic nematodes; without disrupting the balance of beneficial organisms in soil. Corteva discovered and developed Reklemel active after more than a decade of research and development. Plant-parasitic nematodes are microscopic organisms found in soil that feed on the roots of plants. Because they are notoriously difficult for farmers to identify and control, plant-parasitic nematodes represent a significant constraint to the delivery of global food security, causing damage estimated at or exceeding $80 billion per year. Reklemel received a Reduced Risk designation from the U.S. Environmental Protection Agency (EPA) due to the product's ability to selectively target plant-parasitic nematodes, its lower use rates than older nematicides, and its highly favorable environmental and toxicological profile as compared to alternatives. Reklemel is one of the first new active ingredients to be registered under EPA's updated policy incorporating Endangered Species Act assessments into the pesticide registration process. Reklemel also received the National Association of Manufacturers' Sustainability and the Circular Economy Award in recognition that it, through lower use-rates, enables the potential to avoid more than 500M Kg of CO2 - equivalent emissions over the next five years. Salibro™ nematicide with Reklemel™ active will be available in the United States, India and Mexico beginning in late 2023, and is currently available for sale in Canada and Australia. Additional registrations are planned globally, including in the European Union, subject to regulatory approvals. ]]> https://www.agrospectrumasia.com/news/137/1382/beno-relaunches-oil-free-compressed-air-systems-to-benefit-fish-farms-and-agriculture-sectors.html https://www.agrospectrumasia.com/news/137/1382/beno-relaunches-oil-free-compressed-air-systems-to-benefit-fish-farms-and-agriculture-sectors.html Mon, 11 Sep 2023 08:08:00 +0530 BOGE re-issues EO series for food & beverage, pharmaceutical, medical water treatment, fish farms, electronics, automotive and agriculture sectors BOGE, manufacturer of compressed air systems, has re-issued its tried-and-tested EO series and expanded its performance range to 30 kW. This means these very quiet and compact models can now be used for more applications including in fish farms and agriculture sectors. The EO series is very popular in sensitive work environments in particular with high demands for oil-free use and process safety. In the small to medium output performance range, they press hometheir advantage with their oil-free, quiet and low-vibration scroll compressors. In order to meet the demand for compact scroll compressors with higher performance, BOGE has introduced a 30 kW model. There are three sizes of compressors for performance ranges of 4 to 7 kW, 11 to 23 kW, and 30 kW. The design principle ensures totally oil-free compressed air generation. “This smart control concept as well as the quiet, efficient and oil-free operation in connection with a small footprint, make the EO series particularly attractive for use in medical technology as well as agriculture where a high level of availability is required,” says Nalin Amunugama, General Manager, BOGE Kompressoren Asia Pacific. Flexible adjustment to compressed air requirements While two compressors are integrated in the EO 11 and EO 15 types, the EO 23 type has three and the EO 30 type has four compressors that can be individually controlled using focus control 2.0. In this way, the system can be perfectly adapted to the relevant requirements. Furthermore, it ensures process safety and creates redundancies because compressors can be flexibly added or turned off. The compressor can also be equipped with a compressed air receiver, as a duplex system as well as with an integrated or external refrigerant dryer. The changes in compressor performance and dimension result in lower purchasing costs and higher efficiency, which is partly explained by the reduction in mechanical losses. Compressor type EO 7, for example, is available with a smaller housing and includes a scroll compressor, while two compressors were integrated in a medium-sized housing in the previous EO 8 type. Two-stage aftercooling ensures optimised outlet temperatures. The compressors have been designed for a pressure dew point of 3°C. ]]> https://www.agrospectrumasia.com/news/137/1381/vietnam-prepares-for-23rd-international-agriculture-exhibition-agroviet-2023.html https://www.agrospectrumasia.com/news/137/1381/vietnam-prepares-for-23rd-international-agriculture-exhibition-agroviet-2023.html Mon, 11 Sep 2023 07:44:00 +0530 Hanoi to host with the theme "Connecting the value chain, developing ecological and sustainable agriculture" from September 14 to 17, 2023 Vietnam’s Hanoi Agricultural Trade Promotion Center is introducing the 23rd International Agricultural Exhibition (AgroViet 2023) to be held in Hanoi from 14-17 Sep. The platform will facilitate international economic exchange cooperation, promote brands, products, trade transactions, honor agricultural, forestry, and fishery products and OCOP products, high quality agricultural specialties of localities throughout the country. The forum will be an opportunity for businesses and cooperatives to consolidate and exploit the domestic and export markets. Nguyen Minh Tien, Director of the Center for Agricultural Trade Promotion, said “The 23rd International Agricultural Exhibition is an important annual trade promotion activity organized by the Ministry of Agriculture. Agriculture and Rural Development directs the Agricultural Trade Promotion Center to organize from September 14 to 17, 2023, to promote and expand international economic exchange cooperation, brand promotion, products, trade transactions, honoring high-quality agricultural, forestry, and fishery products, OCOP products, and agricultural specialties of localities throughout the country; This is also an opportunity for businesses and cooperatives to consolidate and exploit domestic and export markets. Within the framework of the Fair, thematic seminars will take place in both live and online formats. Specifically, the Workshop on Green and Sustainable Agricultural Development associated with the rural tourism model; Workshop on "Propaganda and promotion of consumption of typical products and specialties in mountainous, remote and island areas on the e-commerce platform in 2023"; Organize trade conferences between Vietnamese and foreign businesses. Agroviet 2023 will have nearly 200 domestic and international exhibitors with businesses from China, Korea, Australia, Russia and 45 localities across the country such as Hanoi, City. Ho Chi Minh, Ca Mau, Ba Ria - Vung Tau, Kien Giang, Soc Trang, Ben Tre, Tien Giang, Dak Nong, Lam Dong, Quang Ngai, Dong Thap, Lao Cai, Hai Phong, Son La, Yen Bai, Thailand Nguyen, Cao Bang, Tuyen Quang, Quang Ninh. The exhibition will feature agricultural and food products from Australia, including abalone, olive oil, Manuka honey, native flower honey, as well as Chinese fresh flowers, vegetables, and fruits. There will also be cheese, butter, sunflower oil, tumblers, wooden dolls, and souvenirs from the Russian Federation. Also a line of Korean sensor technology, such as: sugar content meter, generator, will be displayed at the exhibition in order to promote mechanization in production. In addition, the exhibition will showcase Image sensor technology that detects abnormalities inside fruits and vegetables without having to cut them, using color and shape to classify them. A wide variety of technological agricultural machines and equipment from China, such as refrigeration and insulation equipment, livestock and poultry dryer equipment, electric three-wheeled vehicles, forklifts, excavators, generators, and electric sprayers will also be the event highlights. ]]> https://www.agrospectrumasia.com/news/137/1336/international-rice-research-institute-inaugurates-its-speed-breed-facility.html https://www.agrospectrumasia.com/news/137/1336/international-rice-research-institute-inaugurates-its-speed-breed-facility.html Mon, 28 Aug 2023 10:45:32 +0530 Facility aims to revolutionize rice breeding by shortening the breeding cycle and to increased efficiency and productivity International Rice Research Institute (IRRI), Los Baos, Laguna held its Speed Breed Facility (SBF) Inauguration Ceremony in late mid August at the Lloyd T. Evans Plant Growth Facility (PGF). The event marks a significant milestone in rice breeding, as the facility aims to shorten the breeding cycle for increased efficiency and productivity. Research Director and Head of the Rice Breeding Innovations Department, Dr. Hans Bhardwaj, talked about the overall goal of the SBF and how it aligns with the objective of reducing breeding cycle time to enhance genetic gains. Occupying a 587-square-meter area, the facility will feature a remarkable capacity of 120,000 plants. It will shorten the turnaround time for rapid generation advancement by targeting 4-5 generations in a year. Equipped with an advanced automated irrigation and control system and interconnected chambers, the SBF will ensure improved reliability, precision, quality, environmental consistency, and water efficiency in the breeding process. Additionally, the facility will prioritize sustainability by operating with solar power, furthering its commitment to eco-friendly practices. The SBF is targeted to be completed in March 2024. As the facility becomes fully operational, it is expected to revolutionize the field of rice breeding by optimizing the breeding process and contributing to the development of innovative solutions for global food security. IRRI continues its commitment to cutting-edge research and collaboration, solidifying its position in rice research. ]]> https://www.agrospectrumasia.com/news/137/1340/bayer-launches-fieldview-to-rolls-out-new-capabilities-for-post-harvest-analysis-and-reporting.html https://www.agrospectrumasia.com/news/137/1340/bayer-launches-fieldview-to-rolls-out-new-capabilities-for-post-harvest-analysis-and-reporting.html Mon, 28 Aug 2023 10:22:09 +0530 FieldView’s most used features, Field Region Reports help farmers analyze seed performance and management practices in specific regions of their fields Bayer is extending Climate FieldView™ access with new features, including the ability to evaluate the performance of crop protection products and fertility applications more easily and more transparently. One of FieldView’s most used features, Field Region Reports help farmers analyze seed performance and management practices in specific regions of their fields. After harvest, farmers will have the opportunity to analyze yield by application when using the feature. Whether evaluating a field trial or seeking to understand a yield-limiting factor for an area within a field, this latest enhancement aims to bring greater performance transparency to applied products like herbicides, fungicides, and fertilizer. Available after U.S. harvest within the FieldView app on iOS, additional enhancements to this new feature are expected later this fall. Building on new reporting capabilities announced earlier this year, farmers can now generate Yield Analysis reports, export as a PDF or CSV file, and share them with whoever they choose directly from their FieldView app on iOS. Users can also access all reporting capabilities from a centralized home screen in the app. New capabilities in the FieldView™ Cab app – such as improved seed drill compatibility, better cloud sync, and the ability to create tillage maps – support greater efficiency of field activities and the adoption of regenerative practices across farm operations. Farmers can use their FieldView account to enroll in ForGround for free, which also provides access to a team of sustainable systems agronomists, as well as discounts and rebates from input and machinery providers. Along with streamlined enrollment, FieldView is making it easier for user to participate in ForGround. Now after inputting tillage type, depth and coulter angle in their FieldView Cab app, farmers using a FieldView™ Drive aims to identify precisely when and where a tillage implement is lowered or raised, and they can generate a live map that displays the tractor’s path, tillage depth, and acreage tilled. The new feature also allows them to track and compare fuel used during the tillage operation. ]]> https://www.agrospectrumasia.com/news/137/1271/australias-wide-open-agriculture-woa-to-establish-a-production-facility-for-buntine-protein-enhanced-oat-milk.html https://www.agrospectrumasia.com/news/137/1271/australias-wide-open-agriculture-woa-to-establish-a-production-facility-for-buntine-protein-enhanced-oat-milk.html Tue, 08 Aug 2023 11:07:47 +0530 Secures AUD$5 million grant from Government’s Investment Attraction Fund Wide Open Agriculture (WOA) has secured a non-dilutive AUD$5 million grant from the Western Australian Government’s Investment Attraction Fund to establish a production facility for Buntine Protein enhanced oat milk.  The facility will be located in Western Australia and will initially produce oat milk in various formats using the Company's proprietary lupin-based plant protein, Buntine Protein, with initial production to potentially begin this calendar year, with further expansion anticipated across 2024 and 2025.  The new facility is projected to potentially increase WOA's domestic production capabilities, enhance manufacturing efficiencies, and reduce costs, while enabling the company to navigate evolving consumer beverage markets effectively. Recently, WOA has also successfully manufactured an RTD prototype of its Buntine Protein oat milk – which it describes as a nutritional, versatile, and sustainable alternative to traditional dairy milk and other oat milks.  Located strategically adjacent to the Buntine Protein pilot plant, the new facility is expected to produce a range of Oat milk in 1 litre and Ready to Drink (‘RTD’) formats, featuring the Company’s lupin-based Buntine Protein as an ingredient. When fully operational, WOA will gain the ability to introduce a novel beverage into global markets, rivalling traditional dairy in protein content, yet maintaining a coveted creamy mouthfeel.  The new facility is also anticipated to bring about significant cost reductions. These savings would likely stem from enhanced manufacturing efficiencies, improved supply chain operations, and reductions in tariffs on exports to key markets such as SE Asia. Beyond cost savings, the facility should also speed up the new product development process for future product releases.  Wide Open Agriculture CEO, Jay Albany said “we are harnessing this opportunity to champion a new era of sustainable, innovative, and delicious plant-based nutrition.The grant will be disbursed in stages based on the achievement of defined milestones and fulfillment of reporting requirements. The first critical milestone involves the successful execution of the Financial Assistance Agreement (FAA). Following that, other milestones include obtaining the necessary regulatory and planning approvals for the construction and operation of the plant-based milk plant. Upon the successful completion of all the prescribed project milestones, the company will have accessed the total grant sum. ]]> https://www.agrospectrumasia.com/news/137/1268/amvac-expands-growth-regulator-portfolio-in-citrus-plant-product.html https://www.agrospectrumasia.com/news/137/1268/amvac-expands-growth-regulator-portfolio-in-citrus-plant-product.html Mon, 07 Aug 2023 10:05:27 +0530 Mandolin offers citrus growers a solution to promote size and quality improvements in mandarins AMVAC®, a global technology solutions provider in agriculture, has added Mandolin® plant growth regulator specifically formulated for thinning citrus fruit, to its citrus product portfolio. Mandolin received EPA registration in California for use on mandarins, including tangerines, tangelos, tangors and clementines, as well as oranges.   By effectively thinning immature fruit at the appropriate time, Mandolin offers citrus growers a solution to promote size and quality improvements in mandarins. Mandolin helps growers combat problems caused by overcrowded fruit, such as limited quality and carbohydrate drain, which can weaken trees and make them more susceptible to pests and sun damage.  Mandolin is an addition to AMVAC’s citrus product portfolio, which includes AbbA ULTRA® miticide/insecticide helping growers fight damaging mites and insects; Citrus Fix® plant growth regulator that provides preharvest fruit-drop control; Deadline® molluscicide products for fast, effective, and long-lasting control of slugs and snails; and Krovar® DF Crop herbicide with two modes of action for built-in resistance management and residual control of key annual and perennial broadleaf and grass weeds.  ]]> https://www.agrospectrumasia.com/news/137/1247/bionema-stimulates-organic-growth-with-a-new-range-of-biostimulants.html https://www.agrospectrumasia.com/news/137/1247/bionema-stimulates-organic-growth-with-a-new-range-of-biostimulants.html Tue, 01 Aug 2023 10:37:14 +0530 Launching seven products, including seaweed extracts, humic and fulvic substances, and other natural nutrients Bionema Group Ltd, a leading biocontrol technology developer and manufacturer, has announced the launch of a new range of biostimulant products in the UK for use in agriculture, horticulture, forestry, and turf and amenities. These biostimulants use advanced micronutrient technology to promote healthy plant growth. Bionema Group Ltd is launching seven products, including seaweed extracts, humic and fulvic substances, and other natural nutrients that cover all stages of plant growth, with foliar and root applications in agriculture, horticulture, forestry, and turf and amenities. These products stimulate natural processes in plants and soil, increasing the uptake and assimilation of nutrients, increasing the surface area of roots and the quality of the soil. Field trials have shown that plants with biostimulants have better resistance against abiotic stress (e.g., heat, drought, salt), while the root reaches more nutrients and can collect more water. In fact, the Bionema team conducted a range of glasshouse and field trials in the UK, EU, India, Canada and LATAM countries, and the findings show that these products may allow farmers to cut their fertiliser use by 50%, while keeping 93% of the yields. In Bionema’s glasshouse trials, root growth was 35% better when using the suggested mix of 50% fertilizer and Bionema’s biostimulants, compared to just using the normal 100% fertilizer mix. The plant biomass (excluding roots) was 93% of that grown with just a common fertilizer mix. The core Bionema biostimulant products are being marketed under the following brand names in the UK market. O-Stimula™:Calcium peroxide complex enables sustained release of oxygen and a continuous supply of calcium for strengthened plant cell walls, optimised soil pH, reduced spread of anaerobic pathogens. Grostimula™ATCA: Acetyl thiazolidine carboxylic acid (ACTA) formulation triggers plants to synthesise their own amino acids and hormones for better plant functioning and growth. Grostimula™EW:Triacontanol acts as a biological PGPR that widens and lengthens opening of stomata for better photosynthesis and respiration, increased crop yield. Plantgro™: Patented combination of biofertilisers and nutrients to help improve yields. RootVita™SP:Combination of biofertilisers, beneficial microbes, nutrients, prebiotics and vitamins for soil health improvement and healthy plant growth. Groprim™: Derived from Sargassum seaweed which is endowed with biostimulant properties that promote plant growth, rooting and tillering, enhances nutrient uptake and plant health, and increases crop productivity. Floretocare™:Bioactive humic and fulvic substances derived from vermicompost provides bioenergy for fetter flower retention, attracts pollinators, promotes healthy flowers and fruit formation. ]]> https://www.agrospectrumasia.com/news/137/1220/syngenta-launches-broad-spectrum-fungicides-targeting-soybean-spot-control.html https://www.agrospectrumasia.com/news/137/1220/syngenta-launches-broad-spectrum-fungicides-targeting-soybean-spot-control.html Tue, 25 Jul 2023 11:05:10 +0530 MIRAVIS® Pro is an innovative solution with a broad spectrum of action for target spot control in soybeans. Syngenta Agricultural Protection presents MIRAVIS® Pro, a product developed from the ADEPIDYN® technology molecule, which enables a new generation of fungicides that provide greater control power, in addition to a broad spectrum of action.  During field tests, the novelty demonstrated great effectiveness for the first applications in target spot scenarios, an increasingly common disease in  soybean crops , caused by the fungus Corynespora cassiicola . Combining the excellent preventive effect of ADEPIDYN® with the curative effect of Protioconazole amplifies target spot control in high pressure environments. In addition, MIRAVIS® Pro also stands out in the complex of DFC's (end-of-cycle diseases), especially septoria and cercospora , considered as some of the main problems in crops in the Brazilian Cerrado. “ For a efficient management of diseases in the soybean crop Syngenta launches MIRAVIS® Pro,an innovative product that has high control power, long residual and broad spectrum of action, which can increase productivity by more than 4.4 bags per hectare”, explains Pedro Altomar, Product Marketing Manager at Syngenta Protection of Crops. The use of MIRAVIS® Pro is indicated in the first applications, providing an excellent control of the main diseases that affect the soybean crop in this period. In addition, the new technology brings convenience to the farmer, since its formulation has the Empowered Control Technology , responsible for increasing the effectiveness of the product, dispensing with the use of adjuvants or additional solutions. Currently, MIRAVIS® Pro is used to provide excellent control of damage caused by target spot in soybean crops in the Cerrado in Brazil. l ]]> https://www.agrospectrumasia.com/news/137/1159/chinas-shandong-jingbo-biotech-to-build-capacity-for-insecticide.html https://www.agrospectrumasia.com/news/137/1159/chinas-shandong-jingbo-biotech-to-build-capacity-for-insecticide.html Wed, 12 Jul 2023 08:35:00 +0530 Build capacity for flonicamid TC and tebufenozide TC A crucial project to extend production of green high-end chemicals by Shandong Jingbo Biotech's industrial chain to 16,000 tons per annum has been approved by China for phase I of the technological upgrading and transformation project. The company plans to build production lines for flonicamid TC and tebufenozide TC with this project. The Bureau of Administrative Examination and Approval of Binzhou City announced that it had approved the environmental impact (EI) report of Shandong Jingbo Biotech Co., Ltd. (Shandong Jingbo Biotech)'s industrial chain The phase I will add some new equipment to its existing line for 4-(trifluoromethyl)nicotinoyl chloride (molecular formula: C7H3F3OClN), and extend to the production of flonicamid TC with capacity of 500 t/a. Previously in March and May this year, local government announced acceptance of the EI reports for the company's industrial chain extension and technological upgrading and transformation project phase I and phase II.  The project has already acquired a record certificate for construction projects (project code: 2301-371603-07-02-212392) issued by the Shandong provincial government. Shandong Jingbo Biotech has planned to invest USD4.23 million (RMB30.04 million) in the whole project, which will transform its existing refining workshops No.3 and No.4. According to its plan, in refining workshops No.3, new equipment will be added to use 4-trifluoromethylnicotinoyl chloride as a main raw material to produce flonicamid TC, and in refining workshops No.4, already existed 1,200 t/a line for the product 4-amino-1-(2-(hydroxymethyl)-1,3-oxathiolan-5-yl)pyrimidin-2(1H)-one will be made use of and a new line of 400 t/a tebufenozide TC will be added. Shandong Jingbo Biotech was established by Shandong Jingbo Agrochemicals Technology Co., Ltd. in Nov. 2019. Its registered business scope covers R&D, production and sale of chemical products, development, transfer and services of technologies in biological and environmental protection sectors, etc. Its plant is located in the Chemical Industrial Park of Zhanhua Economic Development Zone, Binzhou City, Shandong Province. The park is a provincial-level accredited chemical park. The company believes the industrial chain extension and technological upgrading and transformation project will boost its competitiveness both at home and abroad, speed up its structural adjustment, facilitate healthy development in the future, promote improvement in related industries and better satisfy the needs for a variety of high-end products in the market. ]]> https://www.agrospectrumasia.com/news/137/1039/philippines-researchers-drives-technology-to-preserve-fruit-freshness.html https://www.agrospectrumasia.com/news/137/1039/philippines-researchers-drives-technology-to-preserve-fruit-freshness.html Thu, 08 Jun 2023 14:20:00 +0530 The novel technology Fruitect® consists of edible coating formulations that delay the ripening of mangoes and bananas University of the Philippines Los Baños (UPLB)-based inventors founded HS InnoTech, Inc. (HSII) to manufacture products that make fresh fruit last longer. The technology named Fruitect® consists of edible coating formulations that delay the ripening of mangoes and bananas. Unlike petroleum wax coatings, Fruitect® is biodegradable because it is made from agricultural waste such as peels and leaves. Carabao mangoes stored at room temperature (28°C–31°C) turn ripe and sweet five to six days after harvesting, but when mangoes are coated with Fruitect®, the fruits ripen after 10 or more days. At cooler storage temperatures, the Fruitect®-coated fruits ripen after 20 days. On the other hand, Lakatan bananas stored at room temperature turn ripe and ready to eat six or more days after harvesting, while bananas coated with Fruitect® start to ripen after 20 days. The Southeast Asian Regional Center for Graduate Study and Research in Agriculture (SEARCA) awarded HSII the Grants for Research towards Agricultural Innovative Solutions (GRAINS) in 2022 to start the operation of its pilot plant located in UPLB, Los Baños, Laguna. The grant enabled the fabrication of support structures and test runs to produce Fruitect® up to 300 liters. Dr. Veronica Sabularse and Dr. Hidelisa Hernandez, inventors of Fruitect®, cite their technology as a solution to two common problems of agriculture: post-harvest life extension and agricultural waste utilization. “By preserving the freshness of fruits sold to consumers, the technology promises better earnings and improved livelihood of our local farmers,” they explained. The new pilot plant will be producing Fruitect® in liquid form, which is ready to apply to whole fresh fruits. Moreover, Fruitect® will also be available as a wettable powder for easier packaging, distribution, and longer shelf life. HSII is now exploring ways on how to cut production costs. SEARCA Director Glenn Gregorio shared the impact of Fruitect®’s technology. “This nature-based coating technology significantly contributes to reducing food wastage and preserving fruit exports.” The development of Fruitect® was initially funded by the Department of Science and Technology-Philippine Council for Industry, Energy and Emerging Technology Research and Development (DOST-PCIEERD) to apply nanotechnology in creating new materials for commercialization. HSII reported that it is now ready to sell its Fruitect® formulation for Carabao mangoes. Groceries, fruit processors, retailers, and consumers will soon have a greener way of keeping produce fresh longer. Fruitect® for Lakatan banana will also be for sale soon ]]> https://www.agrospectrumasia.com/news/137/1027/syngenta-seedcare-launches-a-novel-mode-of-action-to-control-soil-pests.html https://www.agrospectrumasia.com/news/137/1027/syngenta-seedcare-launches-a-novel-mode-of-action-to-control-soil-pests.html Tue, 06 Jun 2023 10:53:57 +0530 Introduces EQUENTO® with best-in-class PLINAZOLIN® technology, a novel seed treatment for next-gen sustainability in pest control Syngenta Crop Protection’s Seedcare business introduces EQUENTO®, a novel seed treatment that provides outstanding control of various soil pests while helping farmers increase the sustainability of their farming operations. Syngenta will mark its global launch of EQUENTO® in Australia later this year, under the trademark EQUENTO® Extreme. Further registrations are expected to follow in other markets worldwide. EQUENTO®, based on Syngenta’s cutting-edge PLINAZOLIN® technology, is applied onto seeds, protecting the crop right from the start of its life. Based on a new mode of action (IRAC Group 30), it breaks the critical rise in insect resistance, while offering precise control of a broad variety of soil pests – including difficult-to-control pests such as wireworm and the red-legged earth mite. The seed treatment can be applied across multiple crops including cereals and canola. Among the key benefits EQUENTO® brings is its ability to increase the sustainability of a farm’s operations. Safe for both seed and plant, this seed treatment is highly effective at very low dose rates and is not easily soluble or mobile in soil. This provides precise and effective pest control in the area immediately surrounding a plant’s roots and ensures healthier roots that contribute to better soil health and biodiversity. This innovative seed treatment also offers farmers greater flexibility in farming decisions – ranging from application timings, dose rates to choices of mixtures with other insecticides and fungicides. It is effective even in low soil temperatures, controlling pests that either ingest or come in contact with the plant, and reducing pest populations in the soil. In addition, EQUENTO® features exceptional target specificity, which enables farmers to precisely tailor their dose rates to meet particular pest challenges. “EQUENTO®'s combination of a novel mode of action, broad spectrum pest control, as well as superior seed and crop safety reflects Syngenta's commitment to innovation,” said Jonathan Brown, Global Head of Syngenta Seedcare. “It transforms the ability of farmers to manage wireworms and other hard to control pests, establish a healthy young crop crucial for good yields, while protecting soil health, bio-diversity and the planet.” ]]> https://www.agrospectrumasia.com/news/137/996/evonik-launches-updated-biolys-product-for-animal-feeds.html https://www.agrospectrumasia.com/news/137/996/evonik-launches-updated-biolys-product-for-animal-feeds.html Mon, 29 May 2023 09:26:00 +0530 The upgraded Biolys® provides higher concentrations of L-lysine which have a significantly lower carbon footprint among available feed additives in the market. On June 1, Evonik will introduce a new generation of Biolys®, a proven source of lysine for livestock feeds. The novel formulation product contains valuable nutrients and energy resulting from its fermentation process, which can benefit livestock such as swine or poultry. By formulation, the revised Biolys® contains 62.4 percent L-lysine (an 80 percent ratio to Lysine HCl) compared to the current version’s 60 percent L-lysine (a 77 percent ratio to Lysine HCl). “The new Biolys® meets the animal's requirements for the essential amino acid L-lysine even more efficiently enabling it to achieve the usual effect with a smaller amount of product. This is in line with our strategy to meet growing global demand for high-quality animal protein for healthy human nutrition using a minimum of natural resources”, says Dr. Martin Steffan, product manager Biolys® at Evonik Animal Nutrition. Biolys® is produced through fermentation. Microorganisms convert dextrose, a corn sugar, into L-lysine. The product contains L-lysine granulated with nutritionally rich biomass. Since 2021, Evonik has effectively reduced CO2 emissions from this production process by roughly 20%, leading to the lowest carbon footprint for lysine available on the market. Biolys® is produced at Evonik’s sites in Castro, Paraná, Brazil, and Blair, Nebraska, USA, serving mainly markets in the Americas, but also in the Middle East and Africa. ]]> https://www.agrospectrumasia.com/news/137/989/israels-steakholder-foods-unveils-3d-bio-printing-model-for-cultivated-meat.html https://www.agrospectrumasia.com/news/137/989/israels-steakholder-foods-unveils-3d-bio-printing-model-for-cultivated-meat.html Fri, 26 May 2023 10:12:39 +0530 The business model will focus on selling 3D bio-printers and bio-inks designed to develop delicious, nutritious, safe, and consistent cultivated meat from ethically harvested cells Steakholder Foods Ltd. an international deep-tech food company at the forefront of the cultivated meat industry, today announced that it has focused its business model to target B2B meat manufacturers and cultivated meat producers, by offering manufacturers the ability to produce a cultivated meat product that aims to closely mimic the taste, texture, and appearance of traditional meat. The Company intends to monetize its 3D printers and bio-inks that are needed to support printer operation. The Company's competitive advantage lies in its top-of-the-line expertise in 3D bio-printing technology and its ability to create highly–sophisticated, structured end products that aim to closely mimic real meat in terms of taste, texture, and appearance.   3D bio-printersThe Company's 3D printers are state-of-the-art technology designed to produce cultivated meat products that mimic the texture, taste, and appearance of conventional meat. The Company is developing two types of printer platforms: Ready to Cook (RTC) printerThe flagship product, the RTC printer, produces a hybrid cultivated meat product made from a mixture of cultivated and plant-based ingredients. The Company plans to offer lab- and industrial-scale printers using one of two types of technology to produce different end products. DropJet technology, based on drops of gel-based materials to create a 3D structure, is ideal for producing fish and seafood products, while for all other meat products, Fusion technology extrudes paste materials through a narrow nozzle, enabling the creation of fiber texture that best simulates conventional meat fibers. 3D printer for incubated productsThe Company's innovation team is developing a 3D printer for an incubated product, such as tissue-engineered steak, considered the holy grail of the industry.  Bio-inksBio-inks are an integral part of the Company's 3D printing technology. Steakholder Foods' bio-inks are made of plant-based ingredients and cultivated cells. They are developed to ensure the production of tasty, safe, and consistent products. ]]> https://www.agrospectrumasia.com/news/137/965/bayer-unveils-its-first-physical-outlet-for-farmers-in-rio-verde-go.html https://www.agrospectrumasia.com/news/137/965/bayer-unveils-its-first-physical-outlet-for-farmers-in-rio-verde-go.html Mon, 22 May 2023 10:04:39 +0530 The new Agro Bayer Store extends solutions in the third largest agribusiness hub in Rio Verde-GO in the Brazilian state of Goiás Bayer has unveiled its first-ever physical store pilot project in Rio Verde (GO), Brazil. The 700 m² space "Agro Bayer Store" is Bayer's first and only physical store. The Store is part of the distribution strategy of the company's agricultural division. It will act as an additional channel to ensure farmers in the region have access to seed and biotechnology solutions, crop protection, and digital tools. "Bayer has been present in Brazil for 126 years and we reinforced our strategy of focusing on the farmer, constantly seeking proximity to him to ensure that all Brazilian farmers have access to our solutions, providing more productivity and profitability to rural producers", explains the marketing director for Bayer in Brazil, Tiago Santos. The store will act as a catalyst with current partners in the region, strengthening demand generation, presence in the field, generating closer proximity and connection with the farmer, according to the director. According to the marketing director, the store itself will function as a large laboratory, making it possible to establish even closer ties with farmers. "We will learn more about the reality of our retail partners, thus modeling new solutions for the farmer and network of strategic partners, including distributors and cooperatives", emphasized Santos. "We are experiencing a major transformation in the market. Farmers are increasingly demanding and in recent years we have experienced an accelerated transformation in market access with the entry of new players seeking consolidation", says Santos. "In some regions this process was more accelerated, causing ruptures in the reciprocity of consolidated partnerships between distributors and Bayer". ]]> https://www.agrospectrumasia.com/news/137/954/guizhou-agricultural-products-directory-unveils-80-premier-agricultural-brands-worldwide.html https://www.agrospectrumasia.com/news/137/954/guizhou-agricultural-products-directory-unveils-80-premier-agricultural-brands-worldwide.html Thu, 18 May 2023 09:49:43 +0530 The directory includes three national agricultural brands, Guizhou's top ten provincial brands, and nine city/prefecture brands, as well as detailed information about these brands. Under China's Department of Agriculture and Rural Affairs of Guizhou Province, a directory of agricultural products from Guizhou has been launched in Shanghai, revealing 80 prominent and distinguished agricultural brands of Guizhou Province. The directory includes three national agricultural brands, Guizhou's top ten provincial brands, and nine city/prefecture brands, as well as detailed information about these brands. Representatives of Guizhou's major agricultural brands showcased their products, including Job's Tears Seeds, Guizhou Mushrooms, Guizhou Tea, and Duyun Maojian Tea. The directory was unveiled at the launch ceremony at the Shanghai International Convention and Exhibition Center, jointly organized by the Department of Agriculture and Rural Affairs of Guizhou Province and the Development and Reform of Guizhou Province. Bu Tao, Deputy Director of the Department of Agriculture and Rural Affairs of Guizhou Province, introduced the directory. Tian Xiaohong, Deputy Secretary-General of the Silk Road International Chamber of Commerce (SRCIC), said, "This conference demonstrates Guizhou Province's determination and confidence to develop agricultural brands in the series "Mistletoe”. SRCIC will leverage the power of our platform and channels to help Guizhou's agricultural industry, businesses and brands find partners on the global market. We hope to contribute to Guizhou's unique agricultural industry development." China's Guizhou province is located in the southwestern region and is rich in soil fertility and biodiversity. The directory includes 14 categories carefully selected and evaluated by experts over the past two years. These selected brands are in the public domain and may be adopted by qualified agricultural producers in their designated areas. ]]> https://www.agrospectrumasia.com/news/137/941/china-launches-directory-of-guizhou-agricultural-products.html https://www.agrospectrumasia.com/news/137/941/china-launches-directory-of-guizhou-agricultural-products.html Tue, 16 May 2023 11:00:16 +0530 The Directory includes three national-level agricultural brands, the Top 10 Guizhou provincial-level brands and nine city/prefecture-level brands The directory of Guizhou Agricultural Products was launched in Shanghai to introduce 80 outstanding agricultural brands to the world. Guizhou, which lies in China's southwest region, is well known for its clean environment, fertile soil and rich biodiversity resources. The Directory includes 14 categories which have been carefully selected and evaluated by experts in the past two years. These selected brands are in the public domain and can be shared by qualified agricultural products from their designated areas. The Directory includes three national-level agricultural brands, the Top 10 Guizhou provincial-level brands and nine city/prefecture-level brands as well as their detailed information. The Directory was unveiled at the launching ceremony at Shanghai World Expo Exhibition and Convention Centre, jointly organised by the Department of Agriculture and Rural Affairs of Guizhou Province and the Development and Reform Commission of Guizhou. Bu Tao, Deputy Director of the Department of Agriculture and Rural Affairs of Guizhou Province, touched upon the Directory and delivered a keynote speech. During the ceremony, representatives from leading Guizhou agricultural brands introduced their products, including Xinren coix seed, Guizhou mushroom, Guizhou tea and Duyun Maojian tea. Tian Xiaohong, the Deputy Secretary General of the Silk Road Chamber of International Commerce, said, "Through this conference, we can see Guizhou Province's resolution and confidence in developing 'Gui'-series of agricultural brands. The SRCIC will leverage the power of our platform and channels to help Guizhou agricultural industry, companies and brands to find partners in the global market. Hopefully, we can contribute to the development of Guizhou's unique agricultural industry." ]]> https://www.agrospectrumasia.com/news/137/927/corteva-agriscience-launches-global-herbicide-active-ingredient-brand.html https://www.agrospectrumasia.com/news/137/927/corteva-agriscience-launches-global-herbicide-active-ingredient-brand.html Sun, 14 May 2023 08:20:17 +0530 Bexoveld™ Active is a innovative proprietary Herbicide molecule discovered by Corteva Corteva Agriscience has launched "Bexoveld™ active" as the newest herbicide brand from its robust innovation pipeline. The active ingredient will offer cereal farmers another tool for controlling broadleaf weeds. Bexoveld is expected to launch in North America in 2028 and in Europe in 2030, pending regulatory approval. “Bexoveld demonstrates Corteva Agriscience’s commitment to bringing farmers innovative, sustainable crop protection solutions. With Bexoveld, Corteva will continue adding value to the cereal herbicide market by providing an expanded spectrum of weed control through differentiated products” said Robert King, Executive Vice President – Crop Protection Business, Corteva Agriscience. Bexoveld is an innovative proprietary molecule discovered by Corteva and is a third-generation 6-Arylpicolinate (6-AP) herbicide built upon the company’s deep knowledge of Arylex™ active and Rinskor™ active herbicides.  “We are very excited about the novel class of auxin herbicides that we are bringing to the market. These new molecules interact with auxin receptors in a unique manner providing resistance management and differentiated attributes, while also meeting our sustainable innovation criteria” said Sam Eathington, Chief Technology and Digital Officer, Corteva Agriscience. Bexoveld has demonstrated remarkable control of broadleaf weeds, including key resistant species in cereal crops. It is effective at low use rates against Kochia, the number one broadleaf weed in cereal crops in North America, as well as poppy, Veronica and wild mustard, which are common weeds impacting wheat, rye, triticale and barley farmers in Europe. Arylpicolinate herbicides are noted for their favorable regulatory, toxicological, and environmental profiles. Bexoveld's environmental profile stands out among other auxin mimic herbicides due to its low dose use rate and superior efficacy. Bexoveld breaks down quickly in soil, reducing crop restrictions in the following season to a minimum. Residue levels of Bexoveld and its metabolites are below the Limit of Quantification in cereal grains. Bexoveld is highly complementary to Corteva’s current cereal herbicide portfolio and will be offered in several pre-mixed formulations with leading Corteva herbicides. ]]> https://www.agrospectrumasia.com/news/137/929/urban-medical-cannabis-cultivation-with-its-led-solutions-to-hit-global-market.html https://www.agrospectrumasia.com/news/137/929/urban-medical-cannabis-cultivation-with-its-led-solutions-to-hit-global-market.html Sun, 14 May 2023 08:14:00 +0530 Fluence's partnership with Israel-based Trichome demonstrates efficient and standardized vertical cultivation model Fluence, a leading global provider of energy-efficient LED lighting solutions for commercial cannabis and food production, has successfully cultivated premium quality medicinal cannabis in association with Israeli firm Trichome. The innovative facility grows world-class medicinal cannabis using two-tier vertical farming in an urban center. To successfully launch an urban vertical growing facility in Qiryat Gat, Israel, Trichome is collaborating with the right solution partners to maximize space and optimize quality and automation. For designing the compact, intricate indoor environment and tiered growing systems in accordance with the complexities involved, Trichome turned to Fluence for its market-leading LED lighting solutions, local service capabilities through Fluence’s Israeli distribution partner, REMY, and in-house horticultural experts to assist with planning, installing and managing the deployment of integrated lighting technology. Trichome has installed Fluence lighting throughout its fully standardized medicinal cannabis facility. REMY, Levi, and the Trichome team worked closely with Fluence to understand the facility's constraints as a result of a reduction in space between crops and artificial lighting. Fluence designed a bespoke system comprising its SPYDR 2i, SPYDR 2x and RAZR Modular series for Trichome. Trichome has completed 17 full crop growing cycles, all with superior to expected results using Fluence lighting—including above average yields, higher than expected terpene levels, and high cannabinoid content. ]]> https://www.agrospectrumasia.com/news/137/920/koreas-daesung-smarthive-launches.html https://www.agrospectrumasia.com/news/137/920/koreas-daesung-smarthive-launches.html Thu, 11 May 2023 13:30:00 +0530 The novel Plasma Ozone Storage is designed to eliminate bacteria, viruses and harmful substances from the honey by trapping the impurities outside the hive Korea's Daesung SmartHive, has launched a innovative honey collection unit to strengthen the apiculture industry. The innovative Plasma Ozone Storage has a built-in eco-friendly technology that provides advanced sterilization, disinfection and odor removal impacts from the honey collected from natural sources. The innovative product is designed to eliminate bacteria, viruses and harmful substances from the honey by trapping the impurities outside the hive. Plasma Ozone Storage and Wasp Trap were installed in various bee farms in Korea, including North Jeolla, North Gyeongsang and Gangwon, for empirical testing. By reducing labor time by 50%, the Hive Controller allows Korean beekeeping farms to extract honey in its purest farm. Weasel traps are another environmentally friendly product that use no attractants, such as separately fermented liquid. The device is placed at the hive's entrance and plays with the habits of the wasps that follow the bees. Through the passage of bees in the trap, wasps are caught in the trapping surface, allowing bees to freely and safely enter the hive. In addition to reducing the labor and other costs of wasp control, this technology reduces the need to be present at the apiary to manually remove wasps. A handheld smart beekeeping system, the Hive Controller, can be used to safely remove honeycombs from hives, brush bees, and stack combs outside the hives. With this product, honey extraction is more convenient and efficient because it weighs only 9 kg, is non-corrosive, and can be used by a beginner alone. Furthermore, it can be used in all hives of the same width, regardless of size. For power supply, an adapter and battery (optional) can be used. Daesung SmartHive has also signed MOUs with companies and research institutes in the US, Spain, UK, Uzbekistan and Africa to enter the overseas market. Daesung SmartHive will showcase its products at domestic and foreign agricultural equipment fairs to expand its reach and continue to offer innovative solutions to the agricultural industry. Daesung SmartHive's new products are expected to provide significant benefits to the livestock and beekeeping industries, making these operations safer, more efficient and more profitable. ]]> https://www.agrospectrumasia.com/news/137/914/evonik-launches-epa-registered-vigorox-trident-for-water-quality-control-in-aquaculture.html https://www.agrospectrumasia.com/news/137/914/evonik-launches-epa-registered-vigorox-trident-for-water-quality-control-in-aquaculture.html Wed, 10 May 2023 08:50:00 +0530 EPA-registered Peracetic acid formula combats pathogens in water in recirculating aquaculture systems, ponds, egg hatcheries Vigoros® Trident peracetic acid from Evonik has been registered by the US Environmental Protection Agency (EPA) for use in recirculating aquaculture systems (RAS) and ponds. A biocide produced by Evonik's Active Oxygens business line can reduce fish pathogens (bacteria and viruses) in water. In fact, VIGOROX® Trident can be applied while fish are present, as it breaks down into only water, oxygen, and acetic acid. RAS is a land-based form of aquaculture that enables high-density fish farming while minimizing impact on the surrounding environment and avoiding depletion of natural marine and freshwater resources. Maintaining water quality is one of the greatest challenges in a recirculating system. With VIGOROX® Trident, the biocide can be dosed directly in the tank — without the need for time-consuming fish or water removal. VIGOROX® Trident has no-observable effect on salmon and similar fin fish in concentrations below 3.5 mg/L. And because peracetic acid breaks down into nothing more than water, oxygen, and acetic acid, there are no additional steps to clean up chemical residues. “Evonik has been pioneering this new technology in close collaboration with authorities and research facilities. The effective treatment will reduce waterborne fish pathogens that can be used with fish present,” said Philip Block, Technology Director for Specialty Markets at Evonik Active Oxygens in North America. “Keeping water clean is an important first step in pathogen management — which is a big concern to operators of RAS systems.” LuAnn Maloney, Regulatory Manager for Evonik Active Oxygens in North America. “The new EPA registration for VIGOROX® Trident attests to our commitment to offering effective solutions that helps in meeting compliance standards.” ]]>