https://www.agrospectrumasia.com/rssfeed/livestock/animal%20husbandry animal husbandry https://www.agrospectrumasia.com/news/35/4753/hanwoo-beef-gains-access-to-qatar-market.html https://www.agrospectrumasia.com/news/35/4753/hanwoo-beef-gains-access-to-qatar-market.html Tue, 29 Sep 2026 10:26:29 +0530 The Ministry of Agriculture, Food and Rural Affairs (MAFRA) announced that it has finalized the animal health requirements and the health certificate for animal quarantine with Qatar’s Ministry of Public Health for exports of boneless beef to the Middle Eastern nation. Korean exporters may now sell beef there provided that it meets the agreed conditions and Qatar-recognised halal standards. Efforts to gain access to the Qatari market began following a working-level meeting in April between the Embassy of the Republic of Korea in Qatar and Qatar’s Ministry of Public Health (MOPH). At the meeting, Qatari officials indicated that imports of boneless Hanwoo beef could be permitted. The MAFRA subsequently submitted a formal market-access request, and the two governments began working out the necessary health conditions and certification procedures. As a result, the MOPH officially registered the Republic of Korea in August as a country eligible to export boneless beef under its regulations. In early September, the ministry confirmed that all procedures required for Hanwoo beef exports had been completed. Qatar is now the third halal market open to Hanwoo beef, following Malaysia in 2023 and the United Arab Emirates in 2025. List of Precautionary Requirements and Measures for Imported Food, Qatar Ministry of Public Health, issued on 10 August 2026 --  Eligible products are chilled or frozen boneless beef. After slaughter, beef for export must undergo a specified period of natural aging, and the head, feet, tail, and internal organs must be removed. Qatar established these requirements to manage the risk of foot-and-mouth disease, and they have been incorporated into the health requirements and the health certificate agreed upon by the two countries. Accordingly, Korean exporter Hoengseong KC Co., Ltd., which operates a halal-certified slaughterhouse and processing facility, plans to ship 100 kg of chilled beef to Qatar in early October as its first export consignment. ]]> https://www.agrospectrumasia.com/news/35/4746/chinas-new-5-year-livestock-plan-puts-dairy-sector-on-efficiency-quality-and-smart-farming-track.html https://www.agrospectrumasia.com/news/35/4746/chinas-new-5-year-livestock-plan-puts-dairy-sector-on-efficiency-quality-and-smart-farming-track.html Tue, 29 Sep 2026 08:57:51 +0530 China’s dairy sector is set for a policy shift from production expansion to efficiency, quality and tighter integration across the milk supply chain, following the Ministry of Agriculture and Rural Affairs’ release of the 15th Five-Year Plan for National Animal Husbandry and Veterinary Industry Development on September 7, 2026. The plan sets a target of 43 million tonnes of milk production by 2030, up from 41.69 million tonnes in 2025. While the increase is relatively modest, the policy emphasis is significant: improving dairy competitiveness through cost reduction, efficiency gains and technology adoption rather than relying primarily on higher production volumes. That shift could intensify competition among milk producers around cost per unit of output, herd productivity, feed efficiency and farm-level technology adoption. Raw Milk Pricing Moves Towards Greater Coordination The plan proposes a government-led, primarily provincial-level raw milk price coordination mechanism aimed at improving coordination between dairy farms and processors. The move comes alongside a push for closer integration between farming and processing. By encouraging coordinated development across the two ends of the supply chain, policymakers are seeking to improve the stability of milk sourcing while creating a more predictable operating environment for producers and processors. The plan also calls for exploring a system that links dairy farm scale with land available for manure absorption, tying the expansion of livestock production more closely to environmental carrying capacity. Dairy Processing Gets Scope for Deeper Integration The policy framework encourages integrated development of farming and processing, while supporting new processing formats focused on nutrition and health. For dairy companies, this creates room to pursue a broader value-chain strategy—from securing milk supplies through farm integration to developing higher-value processed products. The emphasis on nutrition and health also points to a gradual expansion beyond conventional dairy categories into products positioned around specific consumer and nutritional needs. The plan gives additional policy recognition to specialty dairy, including buffalo, goat and camel milk. It also calls for the development of local specialty industries covering pigs, poultry, cattle and sheep. Farm Upgrades and Forage Security Become Central to Competitiveness The plan’s focus on improving quality and efficiency extends directly to the production base. It proposes upgrading dairy farming infrastructure in major production areas, including livestock sheds, environmental control systems, manure treatment facilities and forage processing and storage infrastructure. At the same time, China plans to strengthen high-quality alfalfa cultivation in the Northeast, Northwest and North China, recognising that dairy competitiveness depends not only on herd management but also on the availability and quality of feed. This creates a more integrated approach to milk-source development, connecting farm productivity with forage supply, storage and feed quality. The plan also calls for exploring the construction of smart pastures, with industry-specific models and intelligent robots among the technologies being encouraged. Automation and digitalisation are therefore emerging as important tools for improving labour efficiency, farm management and per-animal productivity. Disease Control Moves Closer to the Farm Gate Disease prevention and quality traceability form another major pillar of the plan. For cattle and sheep, the policy prioritises the purification of zoonotic diseases including brucellosis and bovine tuberculosis. More than 70 per cent of national core breeding farms and bull studs are required to pass evaluations as disease-purified farms or disease-free zones. The objective is to strengthen disease control at the breeding source, reducing risks before animals and milk enter the broader production chain. The plan also calls for regular action to address veterinary drug residues, reduce the use of veterinary antimicrobials and establish a livestock and poultry product quality and safety traceability system. From More Milk to Better Milk The 2030 milk target of 43 million tonnes is only part of the significance of China’s new livestock strategy. The broader policy architecture suggests that the next phase of dairy development will be defined less by aggressive volume expansion and more by stable production, higher productivity, stronger disease control, improved feed systems, smarter farms and closer integration between producers and processors.   ]]> https://www.agrospectrumasia.com/news/35/4734/tianjin-breaks-new-ground-in-china-uzbekistan-livestock-trade-with-333-cattle-export.html https://www.agrospectrumasia.com/news/35/4734/tianjin-breaks-new-ground-in-china-uzbekistan-livestock-trade-with-333-cattle-export.html Mon, 28 Sep 2026 08:29:07 +0530 A batch of 333 live cattle has been exported from Wuqing District in Tianjin to Uzbekistan after completing inspection and quarantine procedures conducted by Wuqing Customs under Tianjin Customs. The shipment marks the first live cattle export from Tianjin to Uzbekistan since the introduction of the Belt and Road Initiative, underscoring the expanding livestock and agricultural trade links between China and Central Asia. The cattle include Holstein dairy cattle and Simmental dual-purpose cattle, selected for their robust constitution, adaptability and ability to adjust to different climatic and breeding conditions. The shipment is expected to strengthen livestock cooperation between the two countries while creating a new export avenue for Chinese animal husbandry enterprises. According to Tianjin Customs, demand for live cattle in Central Asian markets remains significant. China-Uzbekistan economic ties have also continued to expand. From January to June 2026, bilateral trade reached RMB 64.77 billion, up 24.2 per cent year on year, providing a broader commercial backdrop for increasing cooperation in agriculture and livestock. The shipment was exported by Tianjin Haode Animal Husbandry Co., Ltd., a Wuqing-based company engaged in livestock breeding and animal husbandry technical services. The company identified Uzbekistan as a potential market during the Uzbekistan International Agricultural Exhibition in March 2026, where it reached a cooperation intention with local customers. The first batch of orders was subsequently received in May. Customs Builds Export Framework for Live Animal Trade The shipment required extensive inspection, quarantine and traceability measures because of the additional sanitary and animal-health requirements associated with live-animal exports. Tianjin Customs provided guidance throughout the export process, helping the company navigate inspection and quarantine procedures and prepare for Uzbekistan's import requirements. The Animal and Plant Inspection Division of Tianjin Customs also guided Wuqing Customs in establishing a dedicated working group for the shipment. The group studied Uzbekistan's official inspection and quarantine requirements and developed a dedicated supervision plan covering the preparation, isolation, quarantine and export of the cattle. At the company's isolation facility, customs officials provided guidance on epidemic prevention and disinfection, ear-tag application and individual traceability records. During the isolation and quarantine period, officials conducted clinical examinations and collected samples for laboratory testing. The process established a one-file-per-animal traceability system, allowing the health and quarantine status of each animal to be tracked throughout the export process. Following completion of quarantine and confirmation that the cattle met the required standards, customs issued the Animal Health Certificate. Officials also supervised the loading of the animals and applied customs seals before notifying the customs authority at the exit port. The cross-regional coordination was designed to minimise waiting time and reduce the risk of animals being held at the port, an important consideration in live-animal logistics. Central Asia Opens New Market for Chinese Livestock The shipment comes as agricultural and livestock cooperation between China and Uzbekistan expands alongside broader bilateral trade. For Chinese livestock companies, Central Asia offers potential demand for breeding cattle, dairy genetics and dual-purpose breeds, while Uzbekistan is seeking to strengthen its livestock production capacity. The Tianjin shipment also demonstrates the importance of customs infrastructure in enabling live-animal trade. Beyond conventional export documentation, such shipments require coordinated disease-control measures, quarantine supervision, animal identification, health certification and logistics management. The successful export of the 333 cattle therefore represents more than a single shipment. It establishes a new livestock trade route between Tianjin and Uzbekistan and adds another dimension to the agricultural cooperation developing between China and Central Asia under the Belt and Road framework. ]]> https://www.agrospectrumasia.com/news/35/4714/philippines-targets-more-female-dairy-calves-with-170000-semen-scale-facility.html https://www.agrospectrumasia.com/news/35/4714/philippines-targets-more-female-dairy-calves-with-170000-semen-scale-facility.html Tue, 22 Sep 2026 17:23:14 +0530 The Philippines has taken a major step towards expanding its domestic dairy herd with the inauguration of what the Department of Agriculture (DA) and Philippine Carabao Center (PCC) describe as the world’s first laboratory dedicated exclusively to sex-sorting buffalo semen. Located in the Science City of Muñoz, Nueva Ecija, the ₱237.9-million facility uses flow cytometry to separate sperm carrying X and Y chromosomes with approximately 90 per cent accuracy. The technology allows breeders to influence the sex of offspring according to production needs, enabling greater targeting of female calves for dairy operations and male calves for meat and draught purposes. The facility could have particular significance for a Philippine dairy industry that remains heavily dependent on imports. Local milk production currently accounts for less than 5 per cent of national demand, leaving the country reliant on imported dairy products as well as imported breeding material. The PCC plans to produce approximately 170,000 sex-sorted semen straws annually, with female-oriented breeding expected to be the principal focus as the country seeks to expand its milk-producing buffalo population. “This facility will give farmers the choice of whether they want a female calf that will eventually produce milk, or bulls for meat and farm work,” Agriculture Secretary Francisco P. Tiu Laurel Jr. said. According to the DA, producing breeding material domestically could generate several economic and biosecurity advantages. It can reduce foreign-exchange outflows associated with imported breeding inputs, lower procurement costs and reduce exposure to risks associated with the movement of livestock and genetic material across borders. Local production could also allow breeding programmes to place greater emphasis on animals suited to tropical production conditions, potentially improving the fit between genetics and local farm environments. The technology works by using flow cytometry to identify and separate sperm cells according to their chromosomal content. X-bearing sperm have the potential to produce female offspring, while Y-bearing sperm can produce males. Once sorted, the semen is cryogenically preserved and made available for artificial insemination programmes. For a dairy sector constrained by herd size, sex-sorted semen can change the economics of herd expansion. Conventional breeding produces male and female calves in roughly equal proportions. Greater targeting of female offspring allows a larger share of breeding events to contribute directly to future milk-producing capacity. That does not, however, make technology alone a substitute for broader dairy-sector development. The economic impact will depend on the quality of donor bulls, conception rates, field artificial insemination capacity, calf survival, farmer adoption and the eventual productivity of the resulting animals. The PCC will initially focus the laboratory on elite water buffalo bulls, although the technology has potential applications in other ruminant species. Distribution of the sex-sorted semen for field artificial insemination is scheduled to begin in the fourth quarter of 2026, with the first genetically targeted calves expected by late 2027. The laboratory was funded under US Public Law 480, also known as the Agricultural Trade Development and Assistance Act of 1954, and was completed in three months under the DA's Intensified Community-based Enterprise Development programme. The speed of construction reflects the government's attempt to move reproductive technologies from research institutions into field-level livestock programmes. The more important measure of success, however, will be whether the laboratory can consistently deliver semen at scale and whether farmers can convert the genetic targeting into larger, more productive dairy herds. The new laboratory therefore represents more than a reproductive-technology milestone. If its planned output of 170,000 straws a year is achieved and effectively deployed through artificial insemination networks, sex-sorted buffalo genetics could become a tool for accelerating the growth of the country's domestic dairy base—while keeping a greater share of breeding expenditure within the local agricultural economy. ]]> https://www.agrospectrumasia.com/interviews/35/4701/new-world-screwworm-exposes-weakest-links-in-global-livestock-biosecurity.html https://www.agrospectrumasia.com/interviews/35/4701/new-world-screwworm-exposes-weakest-links-in-global-livestock-biosecurity.html Mon, 21 Sep 2026 18:07:27 +0530 The re-emergence of New World Screwworm after decades of successful eradication is more than a livestock-health story; it is a test of how prepared the global food system is for biological risks that do not respect borders. What makes the episode particularly instructive is that the vulnerability is not simply biological, but institutional, exposing the consequences of weakened veterinary capacity, inadequate surveillance and gaps in preparedness. In this exclusive AgroSpectrum interview, Thanawat Tiensin, Assistant Director-General, Chief Veterinarian and Director of the Animal Production and Health Division at the FAO, examines the forces behind the pest’s resurgence and the lessons for countries confronting increasingly complex transboundary threats. His assessment places prevention at the centre of the response, arguing that veterinary services must be treated as critical infrastructure rather than as a cost that can be deferred until a crisis emerges. The conversation also brings economics into the biosecurity debate, highlighting how the cost of prevention must be weighed against losses to livestock, trade, livelihoods and food security when outbreaks take hold. Equally significant is the role of technology, from sterile insect technique and advanced surveillance to artificial intelligence and biotechnology, in building a more precise and sustainable pest-control toolkit. Yet technology alone cannot compensate for fragmented governance or inadequate financing; effective biosecurity depends on sustained cross-border coordination, shared responsibility and the capacity to translate international frameworks into action on the ground. The return of the screwworm therefore offers a wider lesson for agriculture: in an era of climate variability, expanding trade and intensifying biological risks, resilience will depend less on how quickly the world responds to the next outbreak than on how seriously it invests in preventing one. The re-emergence of New World Screwworm in North and Central America after more than four decades raises important questions about global biosecurity. Does this outbreak reflect a failure of surveillance systems, or does it signal that transboundary pests are becoming more difficult to contain in an era of climate change and globalized trade? The situation around the emergence of New World screwworm, Cochliomyia hominivorax, in Central America was complex with many factors influencing the ability of this pest to spread back into previously free areas. Illegal and informal animal movements, combined with a lack of awareness of farmers to manage infestation risk after not seeing the pest for over 20 years, created an environment where the fly could spread rapidly.  The lack of trained personnel in Veterinary Services affected the ability of countries to respond rapidly, despite repeated detections of the pest spreading northward. While surveillance systems can and should continue to be improved, the chronic underfunding and diminished capacities of veterinary services in many countries is a more critical issue contributing to the spread of transboundary pests and diseases globally. A recent report from the World Organizsation of Animal Health noted that animal health receives as little as 0.6 per cent of global health spending despite dramatic increases in the need for food for a growing global population. Concurrently, effective disease control globally needs innovation to be more cost-effective and sustainable. To address this need, IAEA and FAO have launched a new coordinated research project, which aims to contribute to enhancing the response to the ongoing NWS emergency affecting Central America, Mexico and the United States and the continuous support to the NWS management in endemic countries in South America and the Caribbean. The research will also focus on advancing surveillance and control techniques including sterile insect technique (SIT) against the NWS. Special emphasis will be made on increasing the sensitivity of surveillance methods through development and testing of more potent attractants, developing novel mating compatibility and sterility induction measurement techniques, including the artificial wound, and assessing alternative irradiation methods These innovations, combined with education, outreach and community-based actions can help bring this pest under control. The original eradication campaign against New World Screwworm is often cited as one of the most successful examples of international pest control. What lessons from that 45-year effort remain relevant today, and what has fundamentally changed in the risk environment since eradication was achieved? Many of the lessons learned during the eradication of NWS remain relevant today including the need for sustained cross-border coordination of surveillance and control efforts; engagement of all stakeholders including small shareholders, pet owners, and private veterinarians to detect and control the pest; and the need for sustained funding for both control and communication/outreach activities in each country.  Integrating research and innovation into the control process was also critical for its success, with the original campaign supported by a strong methods development unit. The use of a dedicated commission to help coordinate the effort, monitor the effectiveness, and adjust the strategy as needed is a best practice that can be replicated to address other transboundary disease challenges. However, as you point out, biological risks are always changing. Over the past 45 years, the UN estimates that Central America's population has more than doubled, growing from roughly 85 million in 1980 to over 186 million today. This has been accompanied by a shift from predominantly rural to an overwhelmingly urban population. These shifts have cascading impacts on how and where food is produced, the demographics of rural communities, and the availability of funding to support animal health. At the same time, the flies themselves have continued to evolve, impacting the effectiveness of control and surveillance tools. Addressing these shifts, both in terms of the changing population and the need for innovation in surveillance and control, will be critical to reducing the impacts of the pest. The economic benefits of previous eradication efforts were estimated at more than US$1.3 billion annually. How should governments evaluate the cost of prevention [RC1] versus the cost of inaction when it comes to transboundary livestock pests that may remain invisible until outbreaks occur? Governments should evaluate prevention as an investment rather than a cost. This requires bringing together multidisciplinary expertise, including animal health, economics, public health, environmental science, and social sciences, and applying a One Health approach to capture the full range of risks and benefits. A risk-based approach is essential to optimize the use of limited resources. Governments should compare the cost of preventive measures, such as surveillance, biosecurity, preparedness, and early warning systems, with the potential economic, social, and environmental consequences of an outbreak. These consequences often extend well beyond the livestock sector, affecting trade, food security, livelihoods, public health, and related industries. Particular attention should be given to understanding who bears the costs of an outbreak. Small-scale livestock keepers, women, and vulnerable rural communities are often disproportionately affected and may have the least capacity to recover. The evidence consistently shows that prevention and preparedness are far more cost-effective than responding once an outbreak has occurred. Climate variability, shifting ecosystems and increased movement of animals are reshaping disease and pest dynamics worldwide. To what extent should countries begin treating livestock pest outbreaks as strategic food-security risks rather than simply animal-health issues? Pest and disease outbreaks can have devasting impacts on food security, particularly when they occur in combination with environmental or societal stressors. We also know that the relationship between pests, diseases, and climate change are highly cyclical, meaning that impacts can intensify over time. FAO has focused on advancing the sustainable production of food to help countries address these risks holistically and in partnership with the key stakeholders both involved in and impacted by food security. Countries need to increasingly be able to rapidly assess risks, discuss tradeoffs, and identify cost-effective solutions to safeguard food security. The Sterile Insect Technique has been described as one of the most successful applications of nuclear science in agriculture. In an era increasingly dominated by biotechnology, artificial intelligence and gene editing, where does SIT fit within the future toolkit of integrated pest management ? The Sterile Insect Technique, supported globally by the Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture through applied research, capacity building  and technology transfer, is still one of the most environmentally friendly area-wide pest control techniques available, capable of reducing insecticide application by more than 90 per cent in some cases (e.g the case of codling moth in Canada or Mediterranean fruit fly in Spain). The SIT’s effectiveness is consistently enhanced with incorporation of biotechnological advances, such as the use of new female-biased attractants, leveraging artificial intelligence for sex sorting insects at the pupal stage to increase production of sterile males, and genetic based approaches to optimize production with the introduction of Genetic Sexing Strains. SIT is a key tool for the future that will continue to take advantage of advances in these other areas. The current outbreak has exposed a significant gap in global sterile-fly production capacity. Does this reveal a broader vulnerability in international preparedness systems, where critical scientific infrastructure is often maintained only until a crisis reemerges ? Mass production of sterile flies depends not only on infrastructure but also on the labor needed to raise millions of insects. While it is not sustainable to maintain idle facilities at full production, countries need to take into account the timelines needed to build or expand production if needed. Finding the right balance in the face of changing risks is never easy, but investing in the underlying surveillance and early warning systems can provide countries with the information needed to make strategic decisions on the capacities they may need to maintain and how and when to scale, while understanding shared risks may help countries partner and share costs. Many livestock producers view animal diseases and pests primarily as operational challenges. How can policymakers better communicate the wider implications of outbreaks such as New World Screwworm for food security, rural livelihoods, trade flows and national economies ? Part of the challenge in communicating around these broader impacts is that they are often not clearly known or understood. Creating opportunities for two-way exchanges of information between policy makers and agricultural stakeholders can help increase understanding of the full implications of disease outbreaks, while conducting the analyses needed to describe impacts in a way that is clear to different audiences can be critical to developing shared understanding of priorities and needs. Clear messages tailored to the different target audiences are more effective in driving action and strengthening engagement of all stakeholders. However, policymakers must be careful and avoid putting the whole burden of disease and pest control on producers, particularly small holders whose vulnerability and limited financial capacities may constrain their ability to act. Diseases like New World Sscrewworm highlight how far reaching the effects of these pests can be, and the need for everyone to take responsibility for prevention and control. This includes pet owners, wildlife managers, livestock producers, and the general public. Speaking more generally for transboundary diseases, stopping losses is most possible when roles and responsibilities for all relevant stakeholders are agreed and disease prevention is promoted as a shared responsibility. Economic evaluations, when properly conducted, can provide information to facilitate the dialogues needed to achieve disease prevention goals As agricultural systems become more interconnected, are existing international frameworks for monitoring and managing transboundary animal pests sufficiently coordinated, or is there a need for a new generation of global biosecurity governance mechanisms ? Over the last decades, a lot of progress has been achieved in developing coherent international frameworks for coordinated efforts to address transboundary animal diseases. The main challenge now is translating those frameworks into concrete action. To achieve this, political will and financial resources are needed. New governance mechanisms can contribute to these efforts but must incorporate principles of solidarity and equity while recognizing regional and national realities. New governance mechanisms must build on existing frameworks [RC2] and ongoing efforts, integrating lessons learned to revamp collaboration and partnerships between public and private sectors. To be effective, governance mechanisms must align incentives towards common goals and mobilize resources for public goods, which tend to be underfunded by market forces alone. Specific to biosecurity, frameworks must account for the large diversity of livestock production systems and recognize that one-size-fits-none. Progressive pathways to strengthen biosecurity and establish accreditation or certification systems that are internationally recognized must be accompanied by investments and capacity building programmes to support stakeholders to meet national and then international standards. Otherwise, rigid frameworks can lead to frustration, divisions, and push segments of the livestock value chain into the informal sector. This risk is particularly prevalent in low-income settings with limited capacity to enforce regulations. Looking ahead, what should success look like over the next decade: the containment of the current outbreak, the establishment of permanent regional barriers, the expansion of sterile insect production capacity, or the creation of a more predictive and resilient global animal-health surveillance system ? These are all great goals for success moving forward. At FAO, we know that each country needs to define success in their own way, and we encourage them to consider how this challenge can create an opportunity to improve the resilience and sustainability of their agrifood systems. We also understand that every emergency, including disease outbreaks, is ultimately a local emergency that must be successfully addressed within a community. It is the accumulation of those successes that makes disease control possible. Solutions need to be designed to address these risks from the local to the global level if we are going to successful in feeding the world’s population. Specifically, regarding NWS, we want the next decade to be an era where farmers and animal owners are empowered to prevent health losses, provide appropriate care, and have access to veterinary care and information when needed. We believe that Veterinary Services are key partners and allies in stopping the impacts of NWS, and that together, we can transform livestock production to the benefit of countries, farmers, and food security.   The New World Screwworm outbreak is a reminder that threats once considered eradicated can return unexpectedly. What does this episode teach us about the future of global agrifood resilience, and are governments investing enough in prevention compared to emergency response ? As we mentioned before, animal health remains an area of chronic underfunding both in terms of prevention and emergency response. Pests and diseases will continue to challenge agrifood systems that are critical for feeding a growing global population, and focusing on holistic solutions that balance competing needs and diverse stakeholders will remain critical. But, if -as FAO- we can contribute to holistic approaches redefining the way animal health is tackled at field level, supporting farmers in adopting best practices based on prevention and early response through trustful partnerships with governments and other stakeholders, we will be preparing the system to withstand the next emergency that may come. — Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com)   ]]> https://www.agrospectrumasia.com/news/35/4638/nofence-turns-cattle-collars-into-a-precision-livestock-platform.html https://www.agrospectrumasia.com/news/35/4638/nofence-turns-cattle-collars-into-a-precision-livestock-platform.html Wed, 09 Sep 2026 17:45:39 +0530 Norwegian livestock technology company Nofence has launched the N3 cattle collar, positioning the device as the foundation of a broader precision livestock platform that brings virtual fencing, herd health monitoring and grazing management into a single system. Announced on September 2 in Oslo, the N3 is designed to move Nofence beyond virtual fencing and towards a more integrated model of livestock management, where data collected from individual animals can support decisions on reproduction, health and pasture utilisation. The company said the new collar is five times more durable than its previous model and comes with a 10-year warranty, reflecting its focus on long-term deployment across demanding livestock environments. The collar is designed to operate in extreme temperatures and uses a solar-chargeable battery that Nofence says can maintain performance in low-light conditions, including forests, valleys and high-latitude winters. Nofence has sold more than 200,000 collars across Europe and North America and reports a 99.7 per cent containment rate, drawing on more than a decade of field experience with GPS-based virtual fencing. Connectivity Becomes A Competitive Edge One of the N3’s biggest changes is its approach to connectivity. The collar uses three independent communication layers: cellular networks, satellite connectivity and HerdNet, Nofence’s proprietary collar-to-collar network. The combination is designed to extend the system into areas where conventional cellular networks are unavailable. “Satellite connectivity changes who Nofence works for,” said Jeff Glasson, Chief Product and Technology Officer, Nofence. “Millions of cattle graze in areas where cellular networks do not reach. With triple-layer connectivity, those producers are no longer limited to solutions that require expensive infrastructure.” That could expand the addressable market for virtual fencing, particularly across remote grazing regions where deploying conventional fencing or telecommunications infrastructure can be costly. From Virtual Fences To Herd Intelligence Nofence is also using the N3 to broaden its proposition from animal containment to continuous herd monitoring. The platform incorporates reproductive and health-related tools, including heat-cycle scores, calving alerts and individual activity and rumination tracking. The company said these capabilities are informed by behavioural data collected across more than 20 million grazing days. The shift reflects a larger change in livestock technology, where connected devices are increasingly being used not only to automate physical tasks but also to identify changes in animal behaviour that could help producers intervene earlier. “Livestock management tends to be dependent on visual observations,” Glasson said. “The system monitors every animal continuously so producers don’t have to guess when to check on cattle.” For Nofence, the commercial opportunity is therefore moving beyond selling a collar. The objective is to create a recurring technology platform around data, herd management and grazing decisions. “Virtual fencing was our beginning, and our customers showed us what should come next,” said Joachim Kähler, Chief Executive Officer, Nofence. Turning Pasture Into A Data Asset The N3 platform also targets grazing management, allowing producers to draw paddocks on a smartphone, schedule livestock movements and automatically record grazing activity. Those records can potentially be used to support applications for agricultural grants and value-added programmes, adding another layer of economic value to the data generated through the system. For livestock operators, the proposition is straightforward: reduce the physical burden of fencing while gaining greater visibility into where animals are, how they behave and how pasture is being used. Ole Kristian Kildahl, who operates a dairy and beef farm in Løten, Norway, said the system saves his farm approximately two weeks of fence maintenance each year. That type of labour saving could become increasingly relevant as livestock producers face pressure to improve productivity while managing labour availability and operating costs. A Broader Precision Livestock Bet Nofence’s launch reflects a broader evolution in livestock technology. Virtual fencing established the company’s position by replacing physical barriers with GPS-enabled animal management. The N3 takes that proposition further by combining containment with health, reproduction and pasture data. The company’s installed base of more than 200,000 collars gives it a significant dataset from which to build additional applications, while its triple-layer connectivity could extend the technology into previously underserved grazing environments. The bigger bet is that the collar becomes more than a fence. By making every animal a connected data point, Nofence is positioning precision livestock management as a continuous operating system for the farm—one that can influence where animals graze, when they move and when producers need to intervene. ]]> https://www.agrospectrumasia.com/news/35/4602/philippines-clears-first-commercial-asf-vaccine-for-fatteners-as-government-targets-hog-herd-recovery.html https://www.agrospectrumasia.com/news/35/4602/philippines-clears-first-commercial-asf-vaccine-for-fatteners-as-government-targets-hog-herd-recovery.html Thu, 03 Sep 2026 17:48:17 +0530 The Philippines has approved the commercial sale of its first African Swine Fever (ASF) vaccine for fattening pigs, giving hog producers a new weapon against a disease that has devastated the country’s swine industry and complicated efforts to rebuild domestic pork production. The Bureau of Animal Industry (BAI) has cleared AVAC ASF LIVE, developed by Vietnam-based AVAC Vietnam Joint Stock Company, for public sale and use. The approval marks a major step in the government’s effort to move the industry beyond years of relying primarily on outbreak containment, culling, biosecurity and restocking. AVAC ASF LIVE is a live, attenuated, gene-deleted and freeze-dried vaccine designed to protect pigs against the African Swine Fever virus. Its commercial approval comes almost seven years after ASF was first detected in the Philippines in 2019. The outbreak has had a profound impact on the country’s hog industry. The national swine population has fallen to around 8 million heads, from approximately 13 million before ASF entered the country, leaving producers facing repeated losses, disrupted production cycles and difficulties in rebuilding their herds. For the government, vaccination is now being positioned as an additional layer of protection within a broader national repopulation strategy. “The availability of a commercially approved ASF vaccine is crucial to our repopulation program,” Agriculture Secretary Francisco P. Tiu Laurel Jr. said. “It gives hog raisers another tool to protect healthy animals as we work to rebuild the industry and secure a more stable supply of pork.” A second vaccine could widen producer choice The Philippines may have another ASF vaccine option by next year. Agriculture Undersecretary for Livestock Constante J. Palabrica said a second vaccine, South Korea’s PROVAC, is currently undergoing testing by the BAI. If it clears the regulatory process, the product could potentially give hog raisers another vaccination option as early as next year. The emergence of multiple vaccine candidates is significant for an industry where ASF has remained one of the biggest barriers to herd recovery. ASF does not infect humans, but its impact on pig production can be severe. Infected or exposed animals may have to be culled, while outbreaks can interrupt farm operations, restrict animal movement and make restocking more difficult. The disease has also changed producer behaviour. Some hog raisers have been reluctant to return to production after suffering repeated losses, particularly in areas where outbreaks have continued to recur. That hesitation has compounded the biological problem with an economic one: fewer producers willing to restock means a slower recovery in domestic pork supply. ASF has reached almost every corner of the country The scale of the challenge is reflected in the geographical spread of the disease. The BAI has reported ASF outbreaks in 76 of the Philippines’ 82 provinces, highlighting how deeply the disease has penetrated the country’s swine-producing landscape. The burden has been especially heavy for backyard raisers. Smaller farms often have fewer financial and technical resources to maintain stringent biosecurity systems and are less equipped to absorb the economic shock of animal losses. For these producers, the cost of an outbreak extends beyond the value of pigs that are lost. Disease-related restrictions can delay restocking, interrupt cash flows and discourage farmers from returning to production altogether. That makes access to vaccination potentially important not only from an animal-health perspective but also from a rural-income and food-security standpoint. Government weighs P1 billion vaccination support The next question is whether the new vaccine can reach the producers who need it most. Palabrica said he has requested P1 billion next year from Tiu Laurel to support vaccination programmes, including ASF vaccination for backyard pig farms. The proposed funding could help lower the financial barrier to vaccination for smaller producers, who are among the most vulnerable to ASF-related losses. If implemented, such a programme would represent a shift from treating vaccination solely as a private farm-level expense toward using public funding as part of a national disease-control and herd-recovery strategy. That approach could become increasingly important as the government attempts to bring small-scale producers back into commercial activity. Vaccination will not replace biosecurity The government is not treating the vaccine as a standalone solution. Instead, vaccination is being integrated into a broader repopulation framework involving disease surveillance, biosecurity, movement control and targeted restocking. That distinction is critical because vaccination cannot eliminate the need for disease monitoring and farm-level prevention measures. The objective is to gradually rebuild the national swine herd toward its pre-ASF level while reducing the risk that new outbreaks will undermine the recovery. The challenge is particularly complex in a country where production is spread across commercial operations and large numbers of backyard farms. A vaccination programme therefore has to work alongside measures controlling animal movement, improving farm hygiene and identifying outbreaks early. The economic stakes go beyond the farm The consequences of the ASF crisis have extended well beyond the hog sector. The decline in the domestic swine herd has contributed to pork supply gaps and increased reliance on imports. At the same time, recurring disease outbreaks continue to threaten the ability of domestic producers to maintain consistent output. A larger and healthier local herd could therefore have effects across the entire pork value chain. For farmers, herd recovery could restore production and income. For processors and retailers, greater domestic availability could provide a more dependable supply base. For consumers, stronger local production could eventually help ease price pressures associated with tight domestic supply and import dependence. But that recovery will not happen overnight. Restoring a national herd that has fallen from around 13 million to approximately 8 million animals requires not only preventing further disease losses but also convincing producers that returning to hog farming is economically viable. That is where vaccination could have its greatest strategic value. A new weapon, not a silver bullet The approval of AVAC ASF LIVE does not mark the end of the Philippines’ ASF battle. It marks the beginning of a new phase. For years, the country’s response has centred heavily on containment, culling, surveillance and biosecurity. The commercial availability of an approved vaccine gives producers another tool with which to protect healthy animals and support restocking. The potential arrival of PROVAC could further expand the options available to farmers, while the proposed P1 billion government support could determine how widely vaccination reaches the backyard sector. The bigger test will be execution. If vaccination can be combined effectively with surveillance, biosecurity, movement controls and targeted repopulation, the Philippines could begin rebuilding a swine industry that has spent years operating under the shadow of ASF.   ]]> https://www.agrospectrumasia.com/news/35/4567/asias-largest-dairy-farm-rooftop-agrivoltaic-project-begins-operations-in-anhui.html https://www.agrospectrumasia.com/news/35/4567/asias-largest-dairy-farm-rooftop-agrivoltaic-project-begins-operations-in-anhui.html Mon, 31 Aug 2026 10:51:40 +0530 A large-scale rooftop agrivoltaic project at a dairy-farming complex in Anhui Province has entered commercial operation, creating a new model for combining renewable power generation with intensive livestock production. The Anhui Huadian Wuhe Modern Dairy 60MW Photovoltaic Power Project was completed and commissioned on July 27, 2026, according to information released by CCM. The project is located at the Modern Dairy Industrial Park in Zhuding Town, Wuhe County. With a total installation area of approximately 560,000 square metres and installed capacity of 84.02 MWp, the project is described as the largest single-scale dairy-farm rooftop agrivoltaic project in Asia. The development uses the roofs of large dairy-cow sheds as the primary platform for photovoltaic generation. Rather than converting additional agricultural or rural land for solar panels, the project uses existing industrial and agricultural structures. The approach addresses one of the central challenges facing large-scale renewable-energy development: securing land without competing directly with farming, livestock production or other rural uses. The project’s design follows a “power generation above, breeding below” model. Solar modules are installed across the rooftops, while dairy operations continue underneath. This three-dimensional use of space allows the same site to support two activities. The roof area generates electricity, while the ground-level facilities remain available for standardised, large-scale dairy production. The model also offers an operational benefit for the livestock facilities. The photovoltaic modules provide shade over the cow sheds and reduce direct exposure to intense sunlight. By moderating heat gain, the rooftop structures can help stabilise the temperature inside the sheds. Temperature control is an important consideration in dairy farming because heat stress can affect animal comfort, feed intake, productivity and milk quality. The project’s design is intended to improve the conditions in which the cattle are housed while generating renewable electricity. The project is positioned as an integrated green-power demonstration for a large dairy industrial park in East China. It has also been identified as a key new-energy demonstration project for Anhui Province during the 15th Five-Year Plan period. Its significance extends beyond the scale of the solar capacity. The project demonstrates how existing agricultural and livestock infrastructure can become part of the clean-energy system without requiring a separate land footprint. For rural industrial parks, large farms and food-production complexes, rooftops, sheds, warehouses and processing buildings can provide substantial surfaces for solar generation. These sites may also have high electricity demand, creating opportunities for self-consumption, grid supply or a combination of the two. The Anhui project adopts a centralised power-generation model. All electricity generated by the facility is connected to the grid and supplied through the power system. The project is expected to generate approximately 100 million kilowatt-hours of electricity annually and produce annual output value of around Rs 24 million equivalent in Chinese currency? Wait source says RMB 24 million. We need use source currency, not Rs. The requested style likely use RMB. We need correct. Let's rewrite sentence. Annual output value about RMB 24 million. The combination of centralised grid connection and large installed capacity gives the project a clear commercial structure. Electricity generation is not limited to the dairy farm’s own demand and can be delivered into the wider power network. The development also reflects a shift in the way agricultural and livestock industries are approaching energy costs. Dairy farms consume electricity for milking, cooling, refrigeration, ventilation, water pumping, feed preparation, lighting and waste management. Rooftop solar can help reduce exposure to grid-power costs, although the project’s reported operating model involves feeding the generated electricity into the grid. The project’s broader value lies in the integration of agriculture, livestock and renewable energy. Traditional livestock operations can be energy-intensive, particularly where they rely heavily on grid electricity or fossil fuels. By adding a large solar installation without displacing the underlying dairy activity, the project creates a path towards lower-carbon production. The development also revives underused rural assets. Large dairy parks often include extensive shed roofs and other built structures that are not fully used for energy generation. The project converts that idle three-dimensional space into an income-generating energy asset. This approach could be relevant beyond dairy. Poultry farms, livestock parks, grain warehouses, cold-storage facilities, food-processing units and agricultural markets also have large roof areas that could host solar systems. The economic case will depend on the condition and load-bearing capacity of existing roofs, the cost of structural reinforcement, grid-access arrangements, solar-resource availability, maintenance requirements and the operating life of both the buildings and the photovoltaic equipment. Rooftop agrivoltaics also require careful design. Panels must be installed without interfering with ventilation, animal movement, maintenance access, fire safety, water drainage or future expansion of the livestock facility. The Wuhe project is therefore not simply a solar installation placed on a roof. It is an integrated infrastructure project in which electricity generation must coexist with animal housing, farm logistics and industrial operations. The project’s supporters describe it as a demonstration of “dual use of one space and efficiency improvement”. Its economic logic is based on extracting more value from existing assets rather than expanding the land footprint of either the dairy or the solar facility. The environmental case is similarly linked to land efficiency. Solar generation on existing cow-shed roofs can reduce the pressure to allocate additional land for photovoltaic development. It can also support local decarbonisation objectives and contribute to the wider “dual carbon” goals associated with China’s emissions-reduction and carbon-neutrality strategy. The project is also intended to support the green transformation of the livestock sector. Its direct impact will depend on actual electricity generation, grid performance, operational availability and the extent to which the solar system improves the energy economics of the dairy park. The reported annual output of approximately 100 million kWh provides a substantial renewable-power contribution. The project’s effectiveness will ultimately be judged by its generation performance, operating reliability, contribution to the grid, impact on the dairy facility and financial returns. The commissioning of the Anhui Huadian Wuhe project points to a broader trend in rural energy development. Agriculture and livestock production are increasingly being viewed not only as consumers of energy but also as platforms for generating it. A dairy farm can produce electricity from rooftop solar, generate biogas from manure, recover nutrients through digestate and potentially reduce its dependence on external energy and fertiliser inputs. The rooftop photovoltaic project represents one component of that wider circular model. The most immediate opportunity is replication. If the Wuhe model performs as expected, similar rooftop solar projects could be developed at large dairy farms and livestock parks in other regions. The approach would be particularly attractive where land is scarce, grid demand is high and large agricultural structures already exist. Replication will require more than copying the project’s installed capacity. Each site will need a separate assessment of roof area, structural integrity, livestock operations, electricity demand, grid access, financing, maintenance and regulatory permissions. The project also raises the importance of measuring benefits beyond electricity output. A complete assessment should examine whether rooftop panels reduce shed temperatures, improve animal comfort, influence milk productivity, lower farm energy costs and reduce emissions associated with dairy operations. Those outcomes will determine whether rooftop agrivoltaics becomes a niche demonstration or a scalable infrastructure model. For Anhui, the project strengthens the province’s position in integrated renewable-energy development. For China’s livestock industry, it offers a practical example of how agricultural infrastructure can support clean-power expansion without sacrificing productive land. The project’s central proposition is straightforward: generate electricity above the dairy sheds while continuing livestock production below them. Its significance lies in what that arrangement represents—a move away from single-use land and single-purpose infrastructure towards a more integrated rural economy. The Anhui Huadian Wuhe Modern Dairy 60MW Photovoltaic Power Project has therefore opened a new chapter in the relationship between livestock farming and renewable energy. With 84.02 MWp of installed capacity, approximately 560,000 square metres of installation area, projected annual generation of around 100 million kWh and reported annual output value of about RMB 24 million, it provides a large-scale test of the agrivoltaic model.     ]]> https://www.agrospectrumasia.com/news/35/4559/breedr-raises-27-mn-to-build-digital-record-for-every-cow-from-farm-to-retail.html https://www.agrospectrumasia.com/news/35/4559/breedr-raises-27-mn-to-build-digital-record-for-every-cow-from-farm-to-retail.html Fri, 28 Aug 2026 16:46:05 +0530 Breedr, the platform giving every cow a digital record that follows it from birth to the supermarket shelf, today announced it has raised $27 million in Series B funding led by Partech, through its impact fund, with participation from Latitude, the growth-stage fund of seed investor LocalGlobe, and Outsiders Fund, which led the company’s Series A. The round takes total funding to $46.6 million and will be used to grow the team, bring more ranchers and farmers onto the platform and enhance the platform to capture more data points such as genomic data. Partech’s Arnaud Minvielle and Latitude’s Remus Brett will join Breedr’s board. With more than 1.3 billion cattle in the world, Breedr’s ambition is to become the system of record for every major livestock-producing region, producing higher quality, more sustainable beef. More than two million cattle are already on the platform with close to $500 million of livestock transacted this year, and customers range from family ranches to operations handling more than 100,000 cattle a year. The US cattle herd began 2026 at its lowest level since 1951 and this year's calf crop is projected to be the smallest on record, while demand for beef keeps rising. To close that gap, the industry must get more from every animal - hard to do when most beef is still raised on paper records. Breedr gives every animal a digital record- its weight, health and family history, updated at each of the three or four farms and ranches an animal typically passes through during its lifespan. Instead of selling at auction, where buyers judge an animal by eye, producers trade on Breedr's marketplace, where every animal comes with its digital record and fees are lower. Breedr’s growth prediction model uses AI to help inform the optimum point of sale. A separate cattle fund managed by Breedr advances cash against livestock, so producers can unlock money tied up in animals they're still raising. As the digital record stays with the animal, beef producers can see how it is growing at every stage, resulting in getting cattle to market weight up to five months sooner than the previous guesswork approach, earning producers more than $500 per animal. The decreased time it takes to go to market also means the cattle produce less methane - a reduction Breedr estimates at 20 to 30 per cent per animal. Breedr was founded in the UK in 2018 by Ian Wheal, who grew up on a cattle farm in Australia, where his father built one of the country’s first cattle cooperatives, before studying at London Business School and working in consulting and technology. The company has been headquartered in Texas since 2022 when Wheal relocated and operates across the US, UK and Australia, with a growing presence in New Zealand and Europe. Ian Wheal, founder and CEO of Breedr, commented: “We built Breedr to bring value back to the people who raise the cattle. Demand for beef is climbing while the herd is the smallest it has been in 75 years. The industry has to get more value from every animal, and you cannot do that on paper. "If you have bought beef from a major retailer in the United States or UK, there is a good chance it has moved through a Breedr-powered supply chain. We already do the same in Australia and New Zealand, and this round enables us to expand connected supply chains globally - where every animal tells its own story and every producer gets paid for the quality they raise." Arnaud Minvielle, General Partner at Partech, added: “Beef is one of the most complex decarbonization problems there is. Breedr cuts emissions while helping producers become more profitable. Ian and the Breedr team are building the transaction layer for one of the world’s largest unmodernized markets, earning revenue every time an animal changes hands. That alignment between the commercial engine and the environmental outcome is exactly what our impact fund exists to back. We truly believe that Ian, being an insider from this industry, and his team can fundamentally transform this value chain with data intelligence.” ]]> https://www.agrospectrumasia.com/news/35/4556/viet-nam-clears-4-belarusian-beef-exporters-in-push-to-expand-bilateral-trade.html https://www.agrospectrumasia.com/news/35/4556/viet-nam-clears-4-belarusian-beef-exporters-in-push-to-expand-bilateral-trade.html Thu, 27 Aug 2026 18:55:18 +0530 Viet Nam and Belarus are looking to deepen agricultural trade by removing market-access barriers and broadening the range of products moving between the two countries. The latest development comes as four Belarusian companies have secured approval to export boneless beef to Viet Nam, with the first shipment arriving in April 2026. The development was discussed during a meeting on August 25 between Dennis Nikalayeu, Trade Counsellor at the Embassy of Belarus in Viet Nam, and Pham Ngoc Mau, Deputy Director General of the Department of International Cooperation under Viet Nam's Ministry of Agriculture and Environment. The meeting highlighted the growing opportunities created by the free trade agreement between Viet Nam and the Eurasian Economic Union (EAEU), while also underscoring the relatively small scale of bilateral agricultural trade. First Belarusian Beef Shipments Enter Viet Nam Belarus has made progress in securing access for its livestock products in Viet Nam. According to Nikalayeu, four Belarusian companies have now been licensed to export boneless beef to the Vietnamese market. The first shipment, comprising 22 tonnes of Belarusian beef, entered Viet Nam in April 2026 and received positive market feedback. Belarus is now preparing another shipment and plans to submit an additional list of eligible exporters to Viet Nam's Department of Livestock Production and Animal Health. The move could mark the beginning of a broader expansion in Belarusian meat exports to Viet Nam. Belarus is also seeking approval to supply additional processed products, including canned beef and other processed meat. For Belarusian exporters, access to Viet Nam provides an opportunity to build a presence in one of Southeast Asia's major food markets. For Viet Nam, expanding imports from Belarus could diversify sources of meat and agricultural inputs while strengthening trade ties under the EAEU framework. Agricultural Trade Still Below Its Potential Despite the progress on market access, agricultural trade between the two countries remains relatively limited. Mau said agricultural, forestry and fishery sectors in Viet Nam and Belarus have considerable complementarity, but bilateral trade has not yet reflected that potential. Trade in these products was worth approximately $10 million in 2025, down sharply from previous years and well below the peak of around $90 million recorded in 2021. Viet Nam already exports seafood, rice, cassava, cashew nuts, tea and rubber to Belarus. Tropical fruits, vegetables and coffee are among the products that could offer additional opportunities. The trade relationship also works in the opposite direction. Viet Nam primarily imports fertilisers from Belarus and has begun increasing purchases of livestock products, particularly beef. The expansion of market access has therefore become a central focus for both governments as they seek to rebuild agricultural trade and create more predictable channels for businesses. Hanoi Seeks Greater Access for Vietnamese Seafood While Viet Nam has facilitated access for Belarusian meat, its government is seeking reciprocal progress for Vietnamese exporters. Mau called on Belarus to continue supporting the expansion of access for Vietnamese agricultural and seafood products within the EAEU. Viet Nam is particularly seeking Belarusian support in discussions with Russia and other EAEU members to increase the number of approved Vietnamese seafood exporters. The imbalance is significant. The number of Vietnamese companies authorised to export meat and seafood to the EAEU is currently only about one-sixth of the number of Belarusian companies authorised to export to Viet Nam. Vietnamese officials see this gap as evidence that there is considerable scope to address technical requirements, speed up approvals and create more balanced trade flows. The issue is increasingly important as Vietnamese seafood producers look to diversify their export markets and gain access to larger consumer bases beyond traditional destinations. Pork and Poultry Remain Market-Access Challenges The two sides also discussed unresolved issues affecting Belarusian pork and poultry exports to Viet Nam. Nikalayeu said Belarusian companies continue to face challenges during the market-access process, including lengthy reviews of technical dossiers. He called for closer cooperation between authorities and businesses so that exporters can prepare complete documentation that meets Vietnamese regulatory requirements. For poultry meat, Belarus has already provided additional information requested by Viet Nam's animal health authorities. The Vietnamese side is reviewing the submitted dossier and is expected to issue a formal response. The two countries are also exchanging additional information as part of the import risk assessment for Belarusian pork. Meanwhile, cooperation on poultry meat and bone meal has been underway since 2025. Belarus is seeking to build on that work by expanding the number of products eligible for trade with Viet Nam. FTA Creates Platform for Wider Trade The discussions reflect a broader effort to translate the Viet Nam-EAEU Free Trade Agreement into greater commercial activity in agriculture. Both countries have complementary strengths. Viet Nam has established export capabilities in seafood, rice, coffee, tropical agricultural products and other food commodities, while Belarus has opportunities in livestock products, fertilisers and processed foods. The challenge is increasingly less about identifying potential products and more about completing regulatory approvals, meeting technical requirements and reducing the time required to open markets. For exporters, faster completion of import-risk assessments and approval procedures could make a meaningful difference in determining whether potential trade opportunities become actual shipments. Agricultural Working Group to Review Progress The two sides are considering holding the third meeting of the Agricultural Working Group in late 2026. The meeting is expected to provide a platform for reviewing progress on existing areas of cooperation, resolving outstanding market-access issues and identifying priorities for the next phase of bilateral agricultural trade. The arrival of the first Belarusian beef shipment and the approval of four Belarusian exporters provide an early indication of what expanded cooperation could look like. The next test will be whether similar progress can be achieved for Vietnamese seafood and other agricultural products seeking access to Belarus and the wider EAEU market. For both countries, the opportunity is clear: turning regulatory cooperation into sustained two-way trade could help revive agricultural commerce from its current relatively modest base and create a more diversified trading relationship. ]]> https://www.agrospectrumasia.com/interviews/35/4354/why-resilience-has-become-thailands-biggest-competitive-advantage-in-swine-production.html https://www.agrospectrumasia.com/interviews/35/4354/why-resilience-has-become-thailands-biggest-competitive-advantage-in-swine-production.html Mon, 27 Jul 2026 15:51:30 +0530 As global geopolitical tensions increasingly influence agricultural supply chains, resilience has become as important as productivity in livestock production. In this exclusive AgroSpectrum interview, Asst. Prof. Dr. Natthawut Rattanavanichroj, Assistant Professor, Faculty of Veterinary Medicine, Kasetsart University, Thailand, examines how Thailand's swine industry is adapting to rising feed costs, supply chain disruptions and evolving animal health risks. He explains why biosecurity must extend beyond disease prevention to encompass logistics, preventive healthcare and supply chain resilience. The discussion also explores the long-term implications of imported feed dependence, veterinary product sourcing and global freight volatility on the sector's competitiveness. Dr. Rattanavanichroj highlights the growing importance of robust vaccination programmes, renewable energy adoption and domestic feed production in strengthening industry resilience. As recurring global shocks redefine livestock economics, he argues that sustainable profitability will increasingly depend on comprehensive risk management rather than cost optimisation alone. This interview offers valuable insights into the structural changes shaping the future of Thailand's swine industry and the broader animal protein sector. The Strait of Hormuz is traditionally framed as an energy chokepoint. At what point does it become a direct determinant of animal protein systems like Thailand's swine sector through second-order feed and veterinary input inflation? The Strait of Hormuz has become much more than an energy chokepoint—it now directly influences the economics of animal protein production through multiple indirect channels. Regarding Thailand's swine industry, conflicts in the region affect three major cost components. First, although energy itself represents a relatively small share of total production costs, higher fuel prices significantly increase transportation and electricity expenses throughout the supply chain, from feed mills to farms and processing facilities. Second, the biggest impact is on feed ingredients. Feed accounts for approximately 65–70 percent of total swine production costs, making it the single largest cost component. Thailand imports more than 99 percent of its soybean meal requirements, leaving the industry highly exposed to global shipping disruptions and commodity price fluctuations. In addition, around 40 percent of Thailand's fertilizer imports pass through the Strait of Hormuz. Any disruption raises fertilizer prices, increasing the cost of producing domestic feed crops such as corn, thereby creating another layer of inflation in feed production. Finally, inflationary pressures eventually influence labour costs. Sustained increases in the cost of living are likely to push minimum wages higher over time, adding further pressure to production costs. Taken together, disruptions in the Strait of Hormuz have evolved from being an energy concern into a direct driver of production economics across Thailand's livestock sector. Thailand's swine industry has historically relied on import-efficient feed sourcing. Is that model still viable, or has global grain price volatility permanently broken the assumption of predictable input economics? Thailand currently has little alternative but to continue relying on imported feed ingredients because domestic production remains insufficient to meet industry demand. Soybean is the clearest example. Domestic soybean production is very limited, and most locally produced soybeans are non-GMO varieties, which are generally unsuitable for large-scale industrial feed manufacturing. As a result, imported soybean meal will continue to remain an essential component of feed formulation. While recent geopolitical tensions and commodity market volatility have made feed costs less predictable, the industry's dependence on imports cannot be eliminated in the near term. Instead of expecting stable input prices, producers now need to accept volatility as a structural feature of the business. This means building greater flexibility into procurement strategies, inventory management and financial planning rather than relying on historically predictable feed economics. Beyond cost, what is the most underappreciated operational risk today in swine production—feed availability, veterinary supply continuity, or logistics reliability—and why? In my view, logistics reliability and animal welfare represent the most underappreciated operational risks facing Thailand's swine industry today. From an operational perspective, the livestock transportation system still lacks sufficient energy efficiency, increasing costs while reducing overall supply chain performance. More importantly, transportation poses a significant biosecurity risk because vehicles moving between farms can easily facilitate disease transmission if sanitation protocols are inadequate. Animal welfare during transport is another critical concern. Poor transport conditions—including prolonged heat exposure, overcrowding and excessive handling stress—not only reduce animal welfare but also negatively affect productivity and meat quality. From a veterinary perspective, transport-induced heat stress can suppress the pigs' immune systems, while overcrowding creates ideal conditions for rapid disease transmission. If animals have not received complete and effective vaccination, this weakened immune status makes them particularly susceptible to diseases such as Porcine Reproductive and Respiratory Syndrome (PRRS) and Porcine Circovirus Disease (PCVD). These diseases become even more problematic when they occur simultaneously, reducing daily weight gain, increasing respiratory illness and causing substantial production losses. Hence, preventive health programmes and robust vaccination strategies should be viewed not only as disease control measures but also as essential biological buffers that protect herd productivity throughout the production cycle. How is rising global freight and insurance volatility reshaping the structure of Thailand's livestock supply chain—not in price terms, but in terms of who controls supply access? Thailand has maintained a relatively neutral position in global trade and has not experienced major restrictions in accessing imported feed ingredients or veterinary products. Therefore, supply access itself has remained relatively stable. The primary challenge continues to be price volatility rather than physical shortages. Freight rates, insurance costs and global market conditions influence import prices, but Thailand has generally been able to maintain access to international suppliers. At present, the country's livestock supply chain is shaped more by fluctuations in global commodity and logistics costs than by changes in ownership or control over supply access. Is Thailand's swine health system becoming structurally dependent on a small number of global pharmaceutical and biologics suppliers, and does that concentration now represent a systemic vulnerability? The situation has improved compared with previous years because Thailand now has access to veterinary pharmaceuticals and biologics from a wider range of countries, including China, South Korea and Japan. However, the more fundamental vulnerability lies elsewhere. Thailand currently lacks sufficient domestic production capacity for veterinary pharmaceuticals and biological products. Regulatory complexity, limited economies of scale and the substantial investment required for manufacturing mean that local production remains limited compared with multinational companies. Consequently, Thailand continues to depend heavily on imported veterinary products. Strengthening strategic collaborations with leading global animal health companies therefore plays an important role in expanding access to advanced diagnostics, vaccines and preventive healthcare solutions. Such partnerships help bridge domestic research and development gaps while simultaneously improving national disease surveillance and veterinary capabilities. Has the definition of "biosecurity" in Thailand evolved enough to include economic and supply-chain shocks, or does policy still treat it narrowly as disease containment? At present, biosecurity policy in Thailand remains focused primarily on disease prevention and containment. Even within this traditional framework, implementation still requires significant strengthening, as disease risks continue to pose major challenges for producers. Looking ahead, biosecurity should be viewed through two complementary dimensions. The first is preventing disease introduction onto farms through strict external biosecurity measures. The second is maintaining healthy, resilient animals capable of resisting disease through effective vaccination and preventive healthcare. Diseases such as PCVD and PRRS continue to impose significant economic losses on producers. Advances in vaccine technology now allow both diseases to be addressed through single-injection routine vaccination programmes, reducing animal handling stress while improving herd immunity and overall welfare. Healthier animals also improve farm profitability, enabling producers to maintain stronger biosecurity systems against larger threats such as African Swine Fever (ASF), where biosecurity remains the industry's primary line of defence because no universally accepted commercial vaccine is yet available. Are we seeing early signs that swine production is shifting from a margin-driven agribusiness model to a risk-managed utility-like system under recurring global shocks? Yes. This transformation has become increasingly evident since the outbreaks of African Swine Fever (ASF) and the COVID-19 pandemic. Historically, producers focused primarily on maximising profitability. Today, the industry's priorities have shifted towards maintaining stable returns while managing multiple categories of risk simultaneously. Disease outbreaks, environmental uncertainty, supply chain disruptions and input price volatility have fundamentally changed business decision-making. Rather than pursuing maximum short-term margins, producers increasingly prioritise resilience, continuity and long-term sustainability. How do sustained input shocks alter farmer behavior at the ground level—specifically in terms of herd size decisions, vaccination compliance, and preventive health spending? Sustained cost pressures encourage farmers to reduce expenditure wherever possible, but some of these cost-cutting measures may ultimately prove counterproductive. One common response is reducing vaccination programmes or switching to lower-cost products through competitive procurement. From a veterinary standpoint, this represents a significant risk. Reducing immunoprophylaxis against highly contagious diseases may lower short-term veterinary costs, but it weakens herd immunity and allows subclinical infections to circulate within production systems. Although mortality may remain relatively low, chronically infected pigs often experience respiratory disease, slower growth rates and poorer production performance, ultimately reducing profitability. Consequently, compromising preventive healthcare rarely generates sustainable economic benefits. Cost pressures also influence herd size decisions. Smaller farms with weaker financial positions often reduce herd numbers or leave the industry altogether, whereas larger, more efficient operations generally maintain production scale while investing in improved risk management. To what extent is Thailand's competitiveness in regional pork markets now determined less by production efficiency and more by resilience to external input volatility? Both production efficiency and resilience to external shocks have become increasingly important, but production efficiency remains the foundation of long-term competitiveness. Efficient production systems continue to determine productivity and profitability under normal market conditions. However, larger commercial farms are placing much greater emphasis on managing feed price fluctuations, energy costs and other input risks in order to maintain stable financial performance during periods of market disruption. Increasingly, competitiveness depends not only on producing efficiently but also on maintaining operational resilience when external conditions become volatile. If global energy corridors remain unstable, what structural changes would be necessary for Thailand's swine sector to decouple itself from imported inflation without losing export relevance? Reducing long-term exposure to imported inflation will require structural reforms across both the energy and agricultural sectors. On the energy side, greater adoption of renewable energy, particularly biogas generated from livestock waste and on-farm solar power, would improve energy self-sufficiency while reducing dependence on imported fossil fuels. At the same time, agricultural policy should encourage greater domestic production of feed crops such as corn and soybeans through improved productivity and more diversified cropping systems. Reducing dependence on imported feed ingredients would strengthen supply chain resilience and lessen the industry's exposure to global commodity and freight market volatility. Together, greater energy independence and stronger domestic feed production would improve the long-term competitiveness and resilience of Thailand's swine industry while supporting its continued role in regional export markets. -- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/35/4288/new-indonesia-australia-halal-agreement-aims-to-boost-bilateral-food-and-agriculture-trade.html https://www.agrospectrumasia.com/news/35/4288/new-indonesia-australia-halal-agreement-aims-to-boost-bilateral-food-and-agriculture-trade.html Wed, 15 Jul 2026 17:31:22 +0530 Indonesia and Australia have formalised a strategic partnership on halal product assurance, signing a five-year Memorandum of Understanding (MoU) designed to deepen regulatory cooperation, streamline halal certification processes and expand bilateral trade in halal-certified products. The agreement establishes a comprehensive framework for collaboration between Indonesia's Halal Product Assurance Organizing Agency (BPJPH) and Australia's Department of Foreign Affairs and Trade (DFAT), reflecting both countries' growing commitment to strengthening the global halal economy while supporting exporters and food producers operating across international markets. The partnership is expected to facilitate the movement of halal-certified goods by promoting closer alignment between the two countries' halal assurance systems. Through enhanced technical dialogue, information exchange and institutional cooperation, both governments aim to improve regulatory transparency, strengthen consumer confidence and create more predictable market access for businesses engaged in halal trade. The MoU also provides a formal mechanism for recognising Australian foreign halal certification bodies in accordance with Indonesia's regulatory framework, supporting smoother certification pathways for products entering the Indonesian market while reinforcing compliance with national halal standards. Beyond trade facilitation, the agreement outlines broader cooperation in technical consultations, research and development, technology exchange, infrastructure enhancement and human resource capacity building. Regular institutional engagement is expected to strengthen implementation while supporting the continued evolution of halal assurance systems in both countries. The initiative further reinforces the economic relationship established under the Indonesia-Australia Comprehensive Economic Partnership Agreement (IA-CEPA) and complements the broader Comprehensive Strategic Partnership between the two nations. By integrating regulatory cooperation with trade facilitation, both governments aim to unlock new commercial opportunities for halal-certified food, agricultural and consumer products. Commenting on the agreement, Ahmad Haikal Hasan, Head of Indonesia's Halal Product Assurance Organizing Agency (BPJPH), said the partnership would strengthen technical cooperation while expanding opportunities for halal-certified products in both markets. "Through stronger technical dialogue, capacity building, and information exchange, we can enhance confidence, support the development of the halal ecosystem, and expand market access for high-quality halal products in both countries." Hasan added that harmonising halal assurance systems would further strengthen trust among businesses and consumers while supporting the development of a more integrated and globally competitive halal ecosystem. Australia's Assistant Minister for Foreign Affairs and Trade and Assistant Minister for Immigration, Matt Thistlethwaite, described Indonesia as one of Australia's most important strategic partners in the Indo-Pacific region, particularly for food and agricultural trade. "The agreement will provide greater certainty for businesses in both countries, strengthen bilateral trade ties, and create broader opportunities for halal-certified products to enter each other's markets." The agreement will remain in force for five years, with the option for extension by mutual consent, providing a long-term platform for expanding cooperation as global demand for halal-certified products continues to accelerate. ]]> https://www.agrospectrumasia.com/news/35/4239/european-commission-approves-zoetis-poulvac-procerta-hvt-nd-vaccine.html https://www.agrospectrumasia.com/news/35/4239/european-commission-approves-zoetis-poulvac-procerta-hvt-nd-vaccine.html Wed, 08 Jul 2026 15:57:49 +0530 Global animal health company Zoetis has received European Commission (EC) marketing authorisation for Poulvac® Procerta® HVT-ND, a recombinant vector vaccine designed to protect chickens against both Newcastle disease (ND) and Marek's disease through a single administration. The approval marks another milestone for Zoetis' poultry vaccine portfolio, providing European poultry producers with an additional tool to strengthen flock health and reduce losses associated with two of the industry's most economically significant viral diseases. The vaccine can be administered either in ovo during embryo development or through subcutaneous injection at hatch, delivering immunity against both diseases with a single dose while simplifying vaccination programmes for commercial poultry operations. Addressing a Persistent Poultry Health Challenge Newcastle disease remains one of the most devastating viral diseases affecting poultry worldwide and is classified as a notifiable disease under European Union animal health legislation. Recent outbreaks reported in Germany, Spain and Poland have reinforced concerns over the disease's continued impact on poultry production, trade and food security across Europe. Poulvac Procerta HVT-ND employs a herpesvirus of turkey (HVT) vector, an established vaccine platform widely used in poultry health for nearly two decades. The recombinant vaccine expresses an antigen from the Newcastle disease virus, enabling birds to develop immunity against Newcastle disease while simultaneously protecting them from Marek's disease. According to Kevin Esch, Executive Vice President and President, Research and Development at Zoetis, the approval expands disease prevention options for poultry producers while reinforcing the company's long-standing commitment to advancing poultry health through innovative vaccine technologies. He noted that the European authorisation also creates new export opportunities for poultry producers, particularly in Southeast Asian markets where the vaccine has already been approved, supporting international trade while strengthening disease control efforts. Expanding the Procerta Vaccine Portfolio The newly authorised vaccine becomes the third product within Zoetis' Poulvac Procerta recombinant vaccine portfolio to receive European Commission approval. The portfolio already includes Poulvac Procerta HVT-IBD, which protects against infectious bursal disease and Marek's disease, as well as Poulvac Procerta HVT-IBD-ND, approved in 2025, which provides simultaneous protection against Newcastle disease, infectious bursal disease and Marek's disease through a single-dose vaccination programme. The latest approval further broadens the company's disease prevention options, allowing poultry producers to select vaccination strategies based on regional disease prevalence and production requirements. Timely Approval Amid Rising Disease Pressure Zoetis said the approval comes at an important time for the European poultry sector as recurring outbreaks continue to threaten commercial production across several countries. Julia von Gablenz, Regional President for Europe and the Middle East at Zoetis, said the continued emergence of Newcastle disease across Europe underscores the need for effective vaccination programmes and integrated flock health management. She added that the company looks forward to working closely with veterinarians and poultry producers to support the vaccine's adoption as part of comprehensive disease prevention strategies. Strengthening Global Poultry Disease Control Poulvac Procerta HVT-ND is approved for the active immunisation of one-day-old chicks as well as 18–19-day-old embryonated eggs, offering producers greater flexibility in vaccination scheduling. Already authorised in more than 35 countries worldwide, the vaccine strengthens Zoetis' global poultry health portfolio and reflects the increasing adoption of recombinant vector vaccine technologies designed to improve disease protection while simplifying vaccination protocols. As poultry producers face mounting challenges from transboundary animal diseases, evolving disease epidemiology and increasing biosecurity requirements, advanced combination vaccines such as Poulvac Procerta HVT-ND are expected to play an increasingly important role in improving flock health, safeguarding productivity and supporting sustainable poultry production worldwide. ]]> https://www.agrospectrumasia.com/interviews/35/4235/india-can-become-global-exporter-of-livestock-genetics-ashish-khandelwal-on-indigenous-embryo-transfer-breakthrough.html https://www.agrospectrumasia.com/interviews/35/4235/india-can-become-global-exporter-of-livestock-genetics-ashish-khandelwal-on-indigenous-embryo-transfer-breakthrough.html Wed, 08 Jul 2026 15:15:00 +0530 Leads Genetics' indigenous embryo transfer programme is more than a technological milestone—it signals India's growing ambition to build world-class bovine genetics through domestic capabilities and global scientific collaboration. By combining advanced IVF, genomics and embryo transfer technologies with indigenous breeds such as Gir and Sahiwal, the initiative addresses the long-standing challenge of improving dairy productivity without compromising genetic resilience. The partnership with Brazil's Embrapa also reflects an important shift towards international knowledge exchange in livestock breeding. AgroSpectrum has further explored the significance of this breakthrough through an exclusive interview with Ashish Khandelwal, Director, Leads Genetics, on the programme's scalability, commercial viability and its long-term impact on India's dairy economy. The real measure of success, however, will lie in translating these laboratory breakthroughs into scalable, affordable solutions that improve farmer incomes and strengthen India's dairy value chain. Defining a National Milestone: This is being positioned as India’s first large-scale indigenous embryo transfer programme—what makes this breakthrough structurally different from previous efforts in cattle breeding and genetics? Leads Genetics has break through success in genome technology by setting up an integrated R&D centre for Indigenous Cattle Genetics & Genomics in Bareilly. It is not just a scientific achievement, but as a systemic breakthrough. For long, genome technology or any efforts in embryo transfer were largely government initiatives or were in a very limited scale. For the first time, Leads Genetics has brought three things together, a private-sector-led Centre of Excellence with world-class IVF, Pathology, and Genomics laboratories, a structured programme with success metrics, and a tripartite international collaboration involving Embrapa (Brazil’s state-owned agricultural research institution under MAPA), Fazenda Floresta and Leads Genetics. The results are for everyone to see. In the first phase we have already witnessed successful IVF treatment on 116 cows with a 70 per cent success rate. In the second phase we have expanded this to 160 Gir, Sahiwal, and HF cross cows. What started as a pilot model has become a scalable model. From Pilot to Scale. Achieving a 70 per cent IVF success rate at this scale is significant—what were the key scientific, operational, or infrastructure factors that enabled this level of efficiency? The scale of IVF success is a defining moment for Indian dairy. This was made possible due to advancements in reproductive technologies like IVF and embryo transfer. This will accelerate India’s journey toward becoming a global leader in per-cow dairy productivity and livestock genetics. However, there were some key challenges. The first one was donor selection. We ensured high-genetic-merit Gir donors, including superior germplasm imported from Brazil, were only used. This gave us a strong genetic foundation to work with. The second challenge was that of having a world class laboratory infrastructure. For this we created an Integrated R&D Centre right from scratch. It had the state-of-the-art IVF-ET, Pathology, and Genomics capabilities. Also, the equipment and protocols had to meet international standards, not just Indian benchmarks. The third was operational discipline. We have to ensure synchronised protocols across hormone treatments, OPU (Ovum Pick-Up) procedures, fertilisation windows, and embryo transfer timing. Any deviation would have an adverse impact on the success. Economics of Genetic Transformation. How does embryo transfer at scale translate into tangible economic gains for dairy farmers, particularly in terms of yield improvement and return on investment? The economics of this successful program is at two levels. The first one is at an individual farmer level and the second one is at enterprise level. At an individual farmer level, the primary value will be in the form of step-change in milk yield per animal. Farmers can expect 3X increase in milk yield with our breeds. However, the actual outcome would depend on farm management and ecosystem support. A margin of 50 per cent -70 per cent increase in yield would be of great economic importance for farmers. Higher-genetic-merit Gir and Sahiwal cattle are known for their disease resistance and easily adapt to Indian climatic conditions compared to exotic crossbreeds. As a brand we are conscious in making sure that the economics improve not both revenue and cost side as well. We have to democratise access to large farms and as well as small farmer through cooperative models and government partnerships. Indigenous Breeds vs. Crossbreeding Debate. With a strong focus on Gir and other indigenous breeds, how do you see this initiative reshaping the long-standing debate between indigenous genetics and high-yield crossbreeds? Historical data tells us that the crossbreeding route, particularly with Holstein Friesian genetics, has given us short-term productivity but it came at a cost like increasing vulnerability to tropical diseases, heat stress, declining fertility rates, and a gradual erosion of our indigenous breed population. However, we have seen that Gir and Sahiwal, Red Sindhi breeds carry genetic traits that have been shaped by thousands of years of evolution in the Indian subcontinent. This is a valuable asset that cannot be replaced. Our IVF and embryo transfer technology allows us to unlock the productivity potential of indigenous breeds scientifically. There was no doubt on whether our breeds could be productive, it was always about whether we had the technology to realise our potential. Technology as a Force Multiplier. To what extent can IVF and embryo transfer realistically accelerate India’s per-cow productivity, and what are the bottlenecks to scaling this nationwide? There is no doubt that our IVF and embryo transfer will boost India's per-cow productivity is enormous. But we must be mindful of the challenges and the opportunities. Natural breeding produces one calf per cow per year but IVF-based OPU-ET can potentially yield 20–30 embryos per superior donor annually. This a huge opportunity for us. The compounding impact on national herd quality would be transformative. The main challenge is having skilled veterinary manpower, cold chain and logistics infrastructure for embryo transport, and recipient cow management. All these are critical for transfer success and it requires a framework for armer education and last-mile support. At Leads Genetics we see ourselves as change agent not just creating technology but an entire system through training and partnerships. Role of Global Collaboration. This programme involves collaboration with Brazil’s Embrapa—how critical is international scientific cooperation in advancing India’s livestock genetics ecosystem? The scientific knowledge transferred through this collaboration was as valuable as any piece of equipment we installed. India and Brazil share similar agro-climatic conditions and also a common ancestry in Zebu cattle genetics. Being Brazil's state-owned agricultural research institution, Embrapa represents decades of scientific work on Gir and Zebu breeds. This has transformed Brazil from a net importer of genetics to a global exporter. The partnership reflects a strategic significance of India's livestock sector and the credibility we have built. International scientific cooperation of this nature is unprecedented in India. Infrastructure and Replicability. The Centre of Excellence plays a central role—what investments and ecosystem support are required to replicate this model across other dairy clusters in India? The Centre of Excellence in Bareilly is not just a significant investment but reflects our firm commitment towards building physical infrastructure, scientific talent, and building protocols that are suited for Indian conditions. To replicate this across key states like Gujarat, Punjab, Rajasthan, or Maharashtra requires a carefully crafted integration programme. India is a diverse country and different regions have different breed priorities, different agro-climatic conditions, and different dairy ecosystem structures. It cannot be copied it has to adapted. However, what can be done is standardising things like laboratory protocols, training curriculum for veterinary staff and creating a data system for tracking outcomes. Also, one key factor would be government support through National Livestock Mission and Rashtriya Gokul Mission. Long-Term Vision for India's Dairy Sector. Looking ahead, how do you see advanced reproductive technologies shaping India’s position in the global dairy and livestock genetics landscape over the next decade? Our Centre of Excellence can create a paradigm shift in India’s dairy sector. Strangely, we are the world's largest milk producer but still our per-cow productivity ranks among the lowest globally. We have to solve this over the next decade. Advanced reproductive technology is the most powerful lever for us. We have to build a nationally networked livestock genetics infrastructure. Also, India has the potential to become a significant player in the global livestock genetics market. Our indigenous breeds like Gir and Sahiwal are now attracting interests from Africa, Southeast Asia, and the Middle East. We are on the right track and India could transition from being an importer of livestock genetics knowledge to being a credible exporter of both genetics and expertise. This is our vision as well. -- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com)   ]]> https://www.agrospectrumasia.com/news/35/4201/top-filipino-livestock-producers-recognized-for-innovation-and-sustainability.html https://www.agrospectrumasia.com/news/35/4201/top-filipino-livestock-producers-recognized-for-innovation-and-sustainability.html Wed, 01 Jul 2026 11:16:26 +0530 The Philippine Department of Agriculture (DA), in partnership with Informa Markets, honored outstanding Filipino farms and cooperatives whose agripreneurial success, innovation, sustainable practices, and leadership have significantly contributed to community development and the advancement of the country's livestock sector. Held during the Livestock and Aquaculture Philippines Expo at the World Trade Center in Pasay City, the Livestock Philippines Recognition welcomed four new awardees to its distinguished roster of honorees since the recognition program's launch in 2023. The Outstanding Livestock Cooperative Award was conferred upon Sta. Catalina Multipurpose Cooperative, a North Cotabato-based organization recognized for its exemplary leadership in organizing farmers, promoting sustainable livestock production, and creating economic opportunities for its members. Over the years, the cooperative has diversified its operations into sustainable swine production, livestock dispersal programs, feeds and farm input distribution, and other agriculture-based enterprises that continue to benefit local farming communities. The title of Outstanding Goat and Sheep Farm was awarded to Jolly Goat Dairy Farm of Butuan City for its excellence in goat and sheep production, particularly its strong breeding program, commitment to animal welfare, and adoption of sustainable farm management practices. Meanwhile, Gilmark Antonio Farm in San Manuel, Isabela, was named Outstanding Poultry Broiler Farm for its dedication to delivering high-quality protein products while maintaining the highest standards of animal welfare, food safety, and sustainable farming. The recognition follows another milestone for the farm earlier this year. In May, Gilmark Antonio Farm was among the Good Animal Husbandry Practices (GAHP)-certified farms in Region II recognized by the DA's Bureau of Animal Industry for its remarkable production of 448,000 broiler chickens. The Outstanding Poultry Layer Farm Award was bestowed upon Ta-ala Farm of Bacolod City for its exceptional performance in egg production, efficient layer management, operational excellence, and unwavering commitment to quality assurance. The recognition marks the second time that Ta-ala Farm has received the distinction, having first won the same award in 2024. In a video message, DA Undersecretary for Livestock Dr. Constante J. Palabrica commended the awardees for setting a benchmark of excellence in the industry. "Those we honor today are proof that real change begins with people who care, are dedicated, and have a clear vision for the future of the sector. You will serve as an inspiration to more Filipinos who wish to contribute to strengthening the livestock industry," Palabrica said. The Livestock Philippines Recognition underscores the Department of Agriculture's continuing commitment to promoting innovation, sustainability, and inclusive growth in the livestock industry by celebrating individuals and organizations that are helping shape a more resilient and competitive agricultural sector. ]]> https://www.agrospectrumasia.com/news/35/4179/livestock-philippines-2026-showcases-next-generation-technologies-to-advance-food-security-and-sustainable-farming.html https://www.agrospectrumasia.com/news/35/4179/livestock-philippines-2026-showcases-next-generation-technologies-to-advance-food-security-and-sustainable-farming.html Fri, 26 Jun 2026 17:20:05 +0530 The Philippines is reinforcing its commitment to modernizing livestock and aquaculture production through Livestock and Aquaculture Philippines 2026, with the Department of Agriculture (DA) positioning the country's flagship industry exhibition as a strategic platform to accelerate technology adoption, strengthen food security, and promote sustainable agricultural growth. Held from 24 to 26 June at the World Trade Center Metro Manila, the annual exhibition brings together stakeholders across the livestock, poultry, aquaculture, meat processing, and animal feed industries, providing a venue for farmers, agribusinesses, researchers, policymakers, and technology providers to explore emerging innovations and forge new business partnerships. Now in its ninth year of collaboration with the Department of Agriculture, the event has evolved beyond a conventional trade exhibition into a knowledge-driven platform focused on innovation, skills development, and industry transformation. Organizers highlighted the growing importance of connecting producers with modern production technologies, improved management practices, and market opportunities as the country's agriculture sector navigates increasing pressure to improve productivity while ensuring long-term sustainability. The exhibition features a broad range of technologies and solutions spanning animal health, biosecurity, livestock genetics, feed innovation, processing, financing, environmental sustainability, and farm mechanization. Alongside commercial exhibits, technical conferences provide stakeholders with insights into emerging industry trends and practical approaches to improving farm efficiency and resilience. The Department of Agriculture has expanded its institutional presence this year through a dedicated pavilion representing 11 government agencies, enabling farmers and agribusinesses to access technical services, extension support, regulatory guidance, and industry programs under a single platform. For the first time, the Bureau of Plant Industry also joined the exhibition, showcasing vegetable seeds and planting materials as part of efforts to promote integrated farming systems. The event also underscores the growing importance of public-private collaboration in strengthening the country's livestock value chain. Industry organizers noted that closer engagement between government agencies, technology providers, researchers, and producers is becoming increasingly critical as the sector responds to evolving consumer demand, animal health challenges, and sustainability expectations. Beyond technology and business development, the exhibition continues to recognize excellence across the livestock sector through the Livestock Philippines Recognition Program, celebrating farmers and cooperatives whose contributions have advanced the country's livestock and poultry industries. As the Philippines intensifies efforts to build a more resilient and competitive agricultural sector, Livestock and Aquaculture Philippines 2026 reinforces the role of innovation, knowledge exchange, and strategic partnerships in shaping the future of sustainable food production.       ]]> https://www.agrospectrumasia.com/news/35/4178/ceva-animal-health-expands-swine-health-portfolio-with-aquiln-acquisition.html https://www.agrospectrumasia.com/news/35/4178/ceva-animal-health-expands-swine-health-portfolio-with-aquiln-acquisition.html Fri, 26 Jun 2026 16:53:55 +0530 Ceva Animal Health has strengthened its position in the global swine health market through the acquisition of Spanish biotechnology company Aquilón CyL S.L., expanding its portfolio of biological solutions for intestinal diseases while reinforcing its long-term strategy to advance sustainable livestock production. The transaction brings into Ceva's portfolio the first and only commercially available European vaccine against swine dysentery caused by Brachyspira hyodysenteriae, a highly infectious bacterial disease responsible for significant production losses and increased antibiotic use across pig farming operations worldwide. Founded in 2012 as a spin-off from the University of León, Aquilón has built expertise in swine gastrointestinal research, diagnostics, and biological product development, translating academic science into commercially viable solutions for on-farm disease management. Its scientific capabilities have positioned the company as a specialist in addressing intestinal health challenges that directly affect animal welfare, productivity, and producer profitability. The acquisition enhances Ceva's disease prevention platform at a time when livestock industries globally are accelerating efforts to reduce antibiotic dependence while improving herd health through vaccination and precision disease management. As regulatory scrutiny over antimicrobial use intensifies, preventive biological solutions are increasingly becoming central to modern swine production systems. Beyond expanding its commercial vaccine portfolio, the agreement also strengthens Ceva's research and development capabilities. Aquilón's scientific team will join the company, adding specialized expertise in intestinal microbiology, diagnostics, and vaccine development that is expected to accelerate innovation across Ceva's global swine health pipeline. The integration is expected to support the development of new vaccines and diagnostic technologies aimed at improving disease prevention while promoting more sustainable production practices across international pork markets. The acquisition also reflects broader consolidation trends within the animal health industry, where leading companies continue to invest in biotechnology firms with niche expertise to address emerging livestock health challenges through innovation rather than therapeutic intervention. As global pork producers face mounting pressure to improve productivity, animal welfare, and antimicrobial stewardship simultaneously, the combination of Ceva's international commercial network and Aquilón's specialized scientific expertise is expected to strengthen access to advanced biological tools for swine producers worldwide. ]]> https://www.agrospectrumasia.com/news/35/4174/global-poultry-meat-trade-to-rise-3-1-in-2026-as-china-leads-export-expansion-and-emerging-markets-drive-demand-fao.html https://www.agrospectrumasia.com/news/35/4174/global-poultry-meat-trade-to-rise-3-1-in-2026-as-china-leads-export-expansion-and-emerging-markets-drive-demand-fao.html Fri, 26 Jun 2026 12:16:28 +0530 Global poultry meat trade is projected to grow by 3.1 percent in 2026, reaching 17.2 million tonnes, according to the latest outlook from the Food and Agriculture Organization of the United Nations. The expansion is being underpinned by stronger import demand across Africa and parts of Asia, alongside a sustained and increasingly competitive export performance from major supplying countries—most notably China. At the centre of this growth trajectory is China, where poultry exports are expected to rise at double-digit rates for a third consecutive year. The country’s expanding exportable surplus, greater product diversification, and price competitiveness are collectively strengthening its position in global markets and improving access across a widening set of import destinations, particularly in lower- and middle-income economies. Brazil is also expected to support global supply growth, with exports forecast to increase in 2026. However, trade flows are likely to be shaped less by volume alone and more by shifting demand geography, logistics realignments, and evolving regulatory and sanitary standards in key importing regions. Emerging economies anchor demand growth On the demand side, Africa is expected to remain the most dynamic growth region, driven by population expansion and structural gaps in domestic protein production. Limited gains in local output continue to reinforce reliance on imports, particularly for affordable poultry protein. Asia is also expected to sustain firm demand, supported by steady consumption trends and urban dietary shifts. However, imports into China are projected to ease somewhat as domestic production remains sufficient to meet a larger share of internal demand. Together, Africa and Asia are reinforcing a broader structural shift in global poultry trade toward emerging and developing economies, where rising incomes and changing consumption patterns continue to support protein demand growth. Trade routes adjusting to geopolitical and logistical pressures The FAO notes that global meat trade continues to adapt to persistent logistical disruptions and geopolitical uncertainties. Shipping route adjustments have become more common, with trade flows increasingly rerouted through alternative corridors and, in some cases, supplemented by inland transport networks. These disruptions have also contributed to partial diversion of volumes toward African markets. While demand momentum remains strong, absorption capacity is uneven, constrained in part by limited cold-chain infrastructure and purchasing power in several importing countries. Diverging dynamics across global meat markets While poultry trade is on an upward trajectory, other meat categories are showing more subdued or divergent trends. Global bovine meat trade is projected to decline slightly to 13.8 million tonnes in 2026, down 0.6 percent year-on-year. The contraction reflects tighter export availability and the introduction of country-specific import quotas by China under a new safeguard framework beginning in 2026. Once quota allocations are exhausted, higher out-of-quota tariffs are expected to temper additional import demand. This downward pressure is expected to be partially offset by steady import requirements in the United States, where domestic supply remains constrained, and in the European Union, where structural adjustments in production continue to influence market balance. On the supply side, production declines in several major producing regions—driven by herd rebuilding cycles and regulatory pressures—are expected to be balanced by gains in countries such as Australia and Mexico, where slaughter availability and production conditions are more favourable. Pig meat production edges higher on productivity gains Global pig meat production is forecast to increase modestly by 0.6 percent to 129.5 million tonnes in 2026. The growth is being supported largely by productivity improvements rather than herd expansion. In China, structural adjustments in sow numbers are expected to be offset by efficiency gains, including higher piglet productivity per litter, keeping overall output broadly stable. Brazil and the United States are also expected to post gains, supported by favourable margins and continued productivity improvements. In contrast, the European Union is projected to record a decline in output, weighed down by animal health pressures, particularly ASF-related constraints, alongside weaker export demand from key markets. Outlook Taken together, the FAO outlook points to a global meat market entering a phase of divergence. Poultry is emerging as the primary growth engine, driven by competitive exports and strong demand across emerging economies, while bovine meat faces structural headwinds and pig meat grows at a more incremental pace. The broader picture reflects an increasingly segmented global protein landscape—shaped by shifting consumption patterns, evolving trade policies, and region-specific supply constraints—where growth is concentrated in poultry and increasingly anchored in developing-world demand. ]]> https://www.agrospectrumasia.com/interviews/35/4145/why-future-of-food-security-depends-on-reducing-antibiotic-dependence-in-livestock.html https://www.agrospectrumasia.com/interviews/35/4145/why-future-of-food-security-depends-on-reducing-antibiotic-dependence-in-livestock.html Tue, 23 Jun 2026 12:26:00 +0530 In an exclusive interview with AgroSpectrum, Alejandro Acosta, Livestock Economist and Policy Officer, FAO, cautioned that the projected rise in livestock antimicrobial use by 2040 could accelerate antimicrobial resistance (AMR), undermining animal health, farm profitability, food security and public health. Acosta emphasized that while reducing antimicrobial use delivers significant long-term economic benefits, the transition carries short-term costs that require targeted policy support, incentives and investment. He argued that preserving antimicrobial effectiveness should be treated as a global public good, given that the benefits extend far beyond individual farms and national borders. The FAO’s latest analysis suggests that improving productivity through better veterinary services, vaccination, biosecurity and husbandry practices offers the most effective pathway to reducing antimicrobial dependence without compromising livestock production. How does FAO’s latest assessment change the economic argument around antimicrobial use in livestock, particularly for policymakers balancing productivity and sustainability? Previous studies often presented antimicrobial use (AMU) reduction as a win-win proposition, assuming that lower use would automatically translate into economic gains. Our assessment suggests the reality is more nuanced. While reducing AMU delivers substantial economic, animal health and public health benefits in the long run, the transition is not costless, and the short-term economics can be challenging. In the early years, producers may face adjustment costs as they invest in improved biosecurity, vaccination, veterinary services and alternative disease prevention strategies. As a result, the immediate cost of action can be higher than the cost of maintaining existing practices. However, over time, the economic consequences of rising antimicrobial resistance (AMR) become significantly greater. The key policy challenge is therefore not whether to act, but how to support farmers through the transition so productivity, profitability and sustainability can advance together. With antimicrobial use in livestock projected to rise significantly by 2040, what are the biggest risks to food security, farm profitability and public health if current trends continue? Under the business-as-usual scenario, the projected increase in antimicrobial use (AMU) is not driven by higher use intensity, but by the expansion of livestock biomass required to meet growing global demand for animal-source foods. In other words, if AMU intensity remains broadly unchanged and productivity gains are insufficient to offset demand growth, total antimicrobial use will rise mechanically as livestock production expands. The main concern is that this trend could accelerate antimicrobial resistance (AMR). As resistance increases, treatments become less effective, animal diseases become harder to control, and producers face higher mortality rates, rising production costs and lower profitability. What may initially appear as a manageable production strategy can gradually undermine the economic efficiency of livestock systems. The implications extend beyond individual farms. In the long term, higher AMR could reduce global livestock production compared with scenarios where resistance is better controlled, affecting the availability and affordability of animal-source foods. This has direct consequences for food security, particularly as global demand for meat, milk and eggs continues to grow. From a public health perspective, the risks are equally significant. AMR is a One Health challenge that affects animals, humans and the environment simultaneously. If current trends continue, the long-term economic and societal costs of resistance could far outweigh the short-term benefits associated with continued reliance on antimicrobials, making preventive action increasingly important. The report suggests that the long-term costs of antimicrobial resistance far outweigh the short-term productivity gains from antimicrobial growth promoters. What evidence supports this conclusion? We first quantify the short-term productivity value of antimicrobial growth promoters (AGPs), and then compare it with the long-term economic losses associated with rising antimicrobial resistance (AMR). AGPs can provide measurable gains in growth performance and feed efficiency, which explains why they continue to be used in many livestock systems, particularly where disease pressure is high and access to alternatives remains limited. However, our analysis shows that these short-term benefits are significantly outweighed by the long-term economic consequences of increasing resistance. By 2040, cumulative livestock production losses under a high-AMR scenario are projected to reach approximately $ 318 billion, compared with about $ 53 billion under a severe AGP phase-out scenario. The key point is that while AGPs may deliver immediate productivity gains, AMR gradually erodes the effectiveness of antimicrobial treatments, making animal diseases harder and more expensive to control. Over time, this can lead to higher mortality, reduced productivity, increased production costs and lower farm profitability. The report therefore demonstrates that the economic risks of inaction are substantially greater than the costs associated with reducing reliance on growth-promoting antimicrobials and investing in preventive animal health measures. Why does FAO believe antimicrobial effectiveness should be treated as a global public good, and what would that mean in practical policy terms? The costs of reducing antimicrobial use (AMU) are often local and immediate, while the benefits of preserving antimicrobial effectiveness are global and long-term. This creates a misalignment of incentives, where farmers and countries bear the transition costs today, while the benefits are shared widely and materialize over time. For example, producers may need to invest in biosecurity, vaccination, improved husbandry, veterinary services and other preventive measures to reduce antimicrobial dependence. These investments require resources upfront, while the benefits of slowing antimicrobial resistance extend far beyond individual farms or national borders. This is why FAO considers antimicrobial effectiveness a global public good. Preserving it benefits animal health, food security, public health and the sustainability of agrifood systems worldwide. In practical policy terms, this means stewardship cannot rely solely on regulations or restrictions. It requires coordinated investments, economic incentives and transition support that help farmers adopt better practices without compromising productivity or profitability. The report highlights the need for stronger veterinary services, improved surveillance and diagnostics, wider access to alternatives, sustainable financing mechanisms and market incentives that reward responsible antimicrobial use. Ultimately, preserving antimicrobial effectiveness requires collective action because the benefits are shared globally, while the costs of transition are often borne locally. What kinds of investments and incentives are needed to help farmers transition away from routine antimicrobial use without compromising productivity? The transition should be built around FAO’s RENOFARM approach, which focuses on reducing the need for antimicrobials rather than simply restricting their use. The objective is not to take tools away from farmers, but to create production systems where animals are healthier, disease risks are lower, and reliance on routine antimicrobial use becomes unnecessary. To achieve this, FAO promotes the Farm 5Gs framework: Good Health Services, Good Production Practices, Good Alternatives, Good Incentives and Good Connections. This starts with investments in the fundamentals of animal health. Strengthening veterinary services, disease surveillance, diagnostics, vaccination programmes, biosecurity measures and improved husbandry practices can significantly reduce disease pressure on farms. These preventive measures help producers maintain productivity while reducing their dependence on antimicrobials as a routine management tool. Access to effective alternatives, including vaccines and other non-antibiotic interventions, is also critical, particularly in regions where disease risks remain high. However, technical solutions alone are not enough. One of the key findings of our report is that the transition carries real costs, especially in the early years. Farmers may need to invest in infrastructure upgrades, improved farm management systems, staff training or preventive animal health measures before the benefits become fully visible. Without support, these upfront costs can discourage adoption. This is why incentives are equally important. Farmers need access to finance, technical assistance and extension services that help them implement better practices. Market-based incentives can also play a significant role. Certification schemes, price premiums, sustainability-linked procurement programmes and other value-chain rewards can help compensate producers for the investments they make in responsible antimicrobial stewardship. The report also highlights the importance of stronger connections across the value chain. Producers, veterinarians, processors, retailers, financial institutions and policymakers all have a role to play in supporting the transition. When farmers are provided with the right combination of knowledge, financing, market access and technical support, it becomes possible to reduce antimicrobial use without sacrificing productivity or profitability. Ultimately, successful antimicrobial stewardship is not about imposing restrictions. It is about creating an enabling environment where farmers can adopt healthier, more productive and more resilient production systems while remaining economically competitive.  How can veterinary services, biosecurity measures, vaccination programmes and improved husbandry practices reduce dependence on antimicrobials in livestock systems?   These interventions reduce dependence on antimicrobials by addressing the root causes of disease rather than relying on treatment after disease occurs. Each plays a distinct but complementary role in strengthening animal health and improving the resilience of livestock production systems. For example, biosecurity measures help prevent the introduction and spread of pathogens by improving farm hygiene, controlling animal movements, managing visitor access and strengthening sanitation practices. By reducing disease exposure, farms face fewer outbreaks and consequently require fewer antimicrobial treatments. Vaccination programmes reduce the incidence and severity of infectious diseases by building immunity within animal populations. When animals are better protected against common diseases, the need for therapeutic or preventive antimicrobial use declines significantly, while productivity and animal welfare are maintained. Similarly, strong veterinary services and diagnostics enable earlier disease detection, more accurate treatment decisions and better herd health management. This helps ensure that antimicrobials are used only when genuinely needed and in an appropriate manner, rather than as a routine precautionary measure. Improved husbandry practices, including better nutrition, housing, animal welfare, stocking densities and overall farm management, reduce stress and disease pressure in livestock systems. Healthier animals are naturally more resilient and less susceptible to infections, which lowers the need for antimicrobial interventions. Together, these measures shift livestock production from a treatment-based approach to a prevention-based approach. They make antimicrobials less necessary as a routine risk-management tool while protecting productivity, farm profitability and long-term sustainability. This is the core principle behind FAO’s RENOFARM approach: reducing the need for antimicrobials through stronger animal health systems rather than relying solely on restrictions on antimicrobial use. The report highlights major regional differences in antimicrobial use, particularly across Asia-Pacific, South America and Africa. How should policy responses be tailored to these varying realities? While antimicrobial use patterns vary considerably across regions, the fundamental policy objective should remain the same everywhere: reduce antimicrobial use (AMU) intensity while increasing animal productivity. The report shows that changes in livestock biomass alone have relatively limited influence on total AMU. The main leverage comes from lowering the amount of antimicrobials used per unit of production through better productivity, greater efficiency and stronger preventive animal health management. That said, the pathways to achieving this objective will differ depending on regional realities. In some regions, particularly where livestock systems are rapidly expanding, the priority may be strengthening veterinary services, disease surveillance, vaccination coverage and biosecurity measures to ensure productivity growth does not translate into proportionally higher antimicrobial use. In others, the focus may be on improving farm management practices, promoting technology adoption and increasing access to alternatives that reduce dependence on routine antimicrobial use. The report projects that Asia and the Pacific will continue to account for the largest share of global livestock antimicrobial use by 2040, reflecting both the scale of livestock production and growing demand for animal-source foods. South America is also expected to remain a significant contributor, while Africa, despite a smaller overall share, is projected to experience some of the fastest growth rates in livestock production and antimicrobial demand. These differences underline the need for context-specific implementation strategies. However, regardless of geography, the most effective long-term approach is to improve animal health and production efficiency. Investments in biosecurity, vaccination, diagnostics, veterinary services and improved husbandry practices can simultaneously enhance productivity and reduce AMU intensity. This creates a pathway where producers can meet growing demand for animal-source foods while limiting the risk of accelerating antimicrobial resistance. Ultimately, the report suggests that successful antimicrobial stewardship is not about reducing production; it is about producing more efficiently and sustainably. The policy tools may vary across regions, but the strategic goal remains consistent: healthier animals, higher productivity and lower reliance on antimicrobials. What role can market-based mechanisms, trade policies and supply-chain standards play in accelerating responsible antimicrobial stewardship across the global livestock sector? Market-based mechanisms can play a critical role in accelerating responsible antimicrobial stewardship by helping to offset the transition costs associated with reducing routine antimicrobial use (AMU). One of the key challenges highlighted in our report is that while the benefits of preserving antimicrobial effectiveness are long-term and broadly shared, the costs of changing production practices are often immediate and borne by farmers. Economic incentives can help bridge this gap. Certification schemes, product labels and price premiums can function much like a “green premium,” rewarding producers who adopt responsible antimicrobial-use practices. When consumers, retailers and food companies recognize and value these practices, producers receive a direct economic signal that supports investment in improved animal health management, biosecurity, vaccination and other preventive measures. Supply-chain standards can further accelerate change by establishing clear expectations for responsible antimicrobial use across production systems. Food processors, retailers and exporters increasingly require suppliers to meet sustainability and animal health standards, creating incentives for producers to align with best practices. These standards can also improve transparency, traceability and accountability throughout the livestock value chain. Trade policies can complement these efforts by encouraging greater convergence around internationally recognized antimicrobial stewardship principles. As global markets place increasing emphasis on food safety, sustainability and responsible production, compliance with antimicrobial-use standards may become an important factor in maintaining market access and competitiveness. This is particularly relevant for export-oriented livestock sectors seeking to meet evolving consumer and regulatory expectations. However, market incentives should not be viewed as a substitute for public investment. They work best when combined with supportive policies, veterinary services, technical assistance and access to alternatives that enable farmers to make the transition successfully. The objective is to create an environment where responsible antimicrobial stewardship is not only a regulatory requirement but also an economically attractive business decision. Ultimately, aligning market signals with animal health and sustainability goals can help accelerate the adoption of responsible practices across the global livestock sector while supporting productivity, profitability and long-term food security. -- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com)   ]]> https://www.agrospectrumasia.com/interviews/35/4138/why-asias-pork-producers-are-increasingly-vulnerable-to-global-trade-disruptions.html https://www.agrospectrumasia.com/interviews/35/4138/why-asias-pork-producers-are-increasingly-vulnerable-to-global-trade-disruptions.html Mon, 22 Jun 2026 11:40:33 +0530 In an exclusive interview with AgroSpectrum, Juver Membrebe (Technical Manager (Swine), ASEAN, South Korea, Australia and New Zealand, Boehringer Ingelheim) argues that the biggest threat from ongoing Strait of Hormuz disruptions is not direct agricultural damage but the cascading impact on feed costs, animal health inputs, freight networks, and pork production economics. He warns that food security across Asia-Pacific is increasingly tied to global supply chain resilience, as import-dependent feed and veterinary supply systems become more vulnerable to geopolitical shocks. Membrebe highlights that rising input costs and persistent disease risks are creating a dual-margin squeeze that is accelerating consolidation across the region’s swine industry. As volatility becomes a permanent feature of global commerce, he contends that robust biosecurity, resilient animal health systems, and coordinated supply chain strategies will be critical to safeguarding pork production and food affordability. With the Strait of Hormuz emerging as a persistent geopolitical flashpoint, is the Asia-Pacific swine and pork ecosystem now effectively exposed to energy geopolitics through feed costs, logistics inflation, and veterinary supply chain stress rather than direct agricultural disruption? For the swine sector, the feed grain prices are sensitive to energy costs at every stage, from fertilizer production to freight. Disruptions to ammonia and nitrogen shipments directly affect fertilizer availability and cost, and when shipping routes are disrupted or insurance premiums spike, that pressure moves quickly through to landed feed costs across ASEAN and North Asia. Veterinary inputs, including vaccines and biologicals, follow similar pathways. Vietnam illustrates this dynamic clearly. With a pig herd of roughly 26 million head and pork production of around 3.2 million tonnes carcass weight equivalent in 2024, Vietnam is one of the region’s most significant pork producers. At the same time, the sector remains structurally dependent on imported feed ingredients, which are priced in $ (USD) and highly sensitive to global energy and freight costs. So, while the current tensions surrounding the Strait of Hormuz do not destroy a soybean crop or shut down a slaughterhouse directly, it can quietly erode the economic viability of pork production across the region within one to two production cycles. From where I sit, working across markets as different as Vietnam, Korea, and Australia, the vulnerability is not theoretical. It is already being felt in margin conversations at farm level, reinforcing the need for resilient, well-supported production systems. Across ASEAN and South Korea, pork demand is structurally high, yet feed and swine health inputs remain import-dependent. Has food security in these markets quietly shifted from production risk to global supply chain risk concentration? That shift is already underway, and it has happened gradually enough that policies have not fully adapted. In the past, food security in this region was mainly viewed through the lens of domestic production, animal health and disease control, and farm productivity. Those factors remain critical, but the nature of risk has broadened. Today, producers in markets like Vietnam or the Philippines can operate well-managed farms with healthy animals and strong local demand yet still face pressure on profitability due to factors beyond their immediate control—such as the cost and availability of key inputs like feed ingredients. This underscores the growing importance of strengthening resilience at the farm level. In Vietnam, pork remains the dominant meat protein, accounting for roughly half of total meat consumption, making it highly influential in household food spending and inflation dynamics. That structural reliance means any disruption to production economics can translate to wider social and economic impacts, not just commercial ones. The same dynamic holds across Thailand, the Philippines, and South Korea. Swine health management—particularly vaccines, therapeutics, and biosecurity inputs—relies on highly globalised pharmaceutical supply chains. Are these becoming a second systemic vulnerability layer beyond feed inflation? This dimension is often overlooked because veterinary inputs represent a smaller share of total cost than feed. However, their importance to overall production stability is far greater than their cost would suggest. Vaccines and biologicals are not interchangeable commodities. Their development, regulatory approval, handling requirements, and quality standards reflect years of investment and strict oversight. In today’s environment, ensuring consistent availability and reliability of these products has become more complex, which highlights the importance of strong partnerships between producers and trusted animal health providers to maintain access to high-quality solutions. In Vietnam, pork production is forecasted to grow modestly in 2026, supported primarily by large-scale integrated producers, while smaller operations continue to face disease and cost pressure. In that context, interruptions to vaccine or biological supply are not a minor inconvenience. They are a direct threat to herd stability and production continuity. Ensuring supply reliability and contingency planning in health management is therefore not optional; it is a core pillar of risk management. To what extent are rising feed costs, driven by energy-linked grain and freight volatility, fundamentally altering herd economics across ASEAN pork producers, particularly small and mid-scale operations? The impact on small and mid-scale producers is severe and, in many cases, structurally consequential. Feed typically represents around 60–70 per cent of total swine production cost. When that number rises because of freight inflation or energy-linked grain price volatility, the first cuts are often made in preventive health and biosecurity. Vietnam again demonstrates this. ASF outbreaks in recent years have disproportionately affected backyard and smallholder farms, where biosecurity investment is low, and economic buffers are limited. The farms least able to absorb cost volatility are also the most exposed to disease risk. That interaction between input cost pressure and biosecurity capacity is one of the most critical challenges facing the ASEAN swine sector today, and one where strengthening prevention and on-farm practices remain essential. South Korea operates one of the most biosecure and technologically advanced pork systems in the region. Does its model offer genuine insulation from global shocks, or merely delay transmission of feed and input inflation? South Korea’s biosecurity infrastructure is genuinely world-class, and its disease management outcomes are among the best in Asia. However, biosecurity protects against pathogens, not commodity price volatility. Korea remains dependent on imported feed ingredients, and global grain and freight dynamics transmit directly into farm economics regardless of health system strength. What Korea’s model does provide is resilience at the production layer. Effective disease control prevents risk compounding, allowing producers to focus on managing cost pressure rather than simultaneous health crises. That is a significant advantage, and it highlights the value of strong preventive health systems supported by science-based approaches. Australia and New Zealand are often viewed as structurally resilient due to domestic feed availability. However, are they increasingly exposed through imported veterinary inputs, pharmaceuticals, and energy-sensitive logistics chains? Australia and New Zealand benefit from a strong structural advantage in having reliable domestic feed grain production. It provides a level of stability that many other markets do not have. However, this does not mean they are insulated from broader pressures. Both countries still rely on externally sourced veterinary medicines, vaccines, and other specialized inputs that are critical to animal health and production. In addition, operating costs remain sensitive to changes in areas such as energy and transportation, which can influence overall production efficiency. Is the regional pork trade across ASEAN, South Korea, and Oceania still a collection of national markets, or has it effectively become a synchronized pricing system where global feed shocks propagate almost instantaneously? The reality sits between the two, but regional markets are becoming more interconnected, and this is happening faster than policies are adjusting. While each country still has its own production base and demand dynamics, price movements are increasingly influenced by common external factors, particularly feed costs, import flows used to balance supply, and process economics. What has changed most is the speed at which these influences are felt. Markets are not fully unified, but they are reacting more quickly to similar pressures. As a result, maintaining stable and efficient production systems—supported by strong animal health and preventive practices—has become even more important in managing volatility and ensuring consistent supply. With swine health risks rising alongside input cost pressures, are producers being forced into a dual-margin squeeze that accelerates consolidation and vertically integrated agribusiness dominance across the region? Yes, this is a clear trend across the region. As costs rise and disease risks persist, producers are facing increasing pressure on profitability from multiple directions. Those with greater financial resources are better positioned to adapt as they can invest in efficiency, strengthen farm management, and scale their operations. Others, particularly smaller producers, often have fewer options and face more difficult choices. Vietnam provides a clear example, where the sector is gradually shifting from household-scale farming toward larger, more structured operations. Similar patterns are emerging in markets like Thailand and the Philippines. From an animal health perspective, larger operations can support more consistent investment in preventive care and biosecurity, which helps improve overall stability. At the same time, it is important that smaller and transitioning producers are not left behind. Ensuring access to knowledge, practical tools, and best practices will be key to helping them adapt and remain part of the sector’s long-term development. How significant is maritime insurance inflation and shipping volatility—rather than actual supply shortages—in reshaping pork trade flows and import dependency across Asia-Pacific markets? This is an important but often overlooked factor shaping how markets evolve. Sudden shortages tend to draw immediate attention and response from both industry and policymakers. In contrast, gradual increases in underlying costs are less visible, which can make their overall impact easier to underestimate until they begin to significantly affect prices. Higher energy, fertilizer, and transport costs, feed through into food costs and can intensify cost‑of‑living pressures. At what point does pork in Asia-Pacific transition from a commodity market into a strategic food security asset, requiring coordinated regional buffers for feed grains, veterinary inputs, and cross-border trade stabilization mechanisms? In many ways, this shift is already happening, even if it is not always explicitly defined. Pork plays a central role in diets, economies, and livelihoods across Asia-Pacific, so periods of disruption—whether from disease or rising costs—quickly highlight its broader importance beyond a typical agricultural product. Vietnam is a strong example. With a population of over 100 million and pork as a primary protein source, any disruption to supply can affect food prices and the wider economy almost immediately. Managing such situations has required close coordination between government, industry, and external partners, rather than isolated actions. More broadly, a range of ongoing pressures—from disease risks to rising production costs—are prompting countries to think more proactively about how to maintain stable and reliable production. This includes improving access to key inputs, strengthening animal health practices, and ensuring markets can continue to function smoothly even during periods of stress. While formal regional coordination is still developing, there is a growing recognition that maintaining stability in pork production is important not only for the sector itself, but also for food affordability, economic resilience, and rural livelihoods. As a result, pork is increasingly viewed as an essential part of the food system that requires sustained attention and forward planning. -- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/35/4052/thailands-cocoa-industry-gains-circular-economy-boost-with-livestock-feed-innovation.html https://www.agrospectrumasia.com/news/35/4052/thailands-cocoa-industry-gains-circular-economy-boost-with-livestock-feed-innovation.html Mon, 08 Jun 2026 15:05:49 +0530 Scientists convert unsellable cocoa and husks into nutritional supplements that generate new income streams and strengthen farm resilience Researchers at Chulalongkorn University have developed a cocoa-based livestock supplement that transforms damaged cocoa beans and discarded cocoa husks into premium animal feed ingredients, creating a new revenue stream for cocoa growers while helping livestock producers manage rising feed costs. The innovation emerges at a time when climate volatility is placing increasing pressure on agricultural systems across Southeast Asia. Severe weather conditions have reportedly caused cocoa crop losses of as much as 80–90 per cent in some growing areas, leaving farmers with large volumes of low-grade or unsellable produce. Simultaneously, livestock producers have faced escalating feed expenses amid recurring droughts and supply disruptions. Rather than allowing this material to go to waste, researchers have sought to integrate it back into the agricultural value chain through a circular economy approach. The project, led by Asst. Prof. Dr. Tansiphorn Na Nan from Chulalongkorn University's Faculty of Integrated Agriculture and the Innovation Center for Research and Development of Sustainable Cocoa Thailand (ISTC), has resulted in two commercial feed supplement formats: compressed mineral lick blocks designed for small-scale livestock operations and powdered feed additives suitable for larger commercial farms. Both formulations can incorporate cocoa by-products at levels of up to 30 per cent of the final ingredient mix, creating a scalable pathway for waste utilisation while generating additional value from the cocoa supply chain. From Agricultural Waste to Animal Performance The scientific rationale behind the innovation lies in cocoa's naturally occurring bioactive compounds. Researchers found that substances such as flavonoids, polyphenols, tannins and theobromine deliver measurable benefits to animal health and productivity. Theobromine, a naturally occurring compound in cocoa, demonstrated potential to improve animal well-being, reduce inflammatory responses and enhance feed conversion efficiency. Trials conducted in dairy cattle produced particularly notable results. According to the research team, cattle receiving the supplement recorded a reduction of more than 70 per cent in somatic cell counts, a key indicator associated with mastitis and udder health. Milk quality also improved, with fat content increasing by as much as 15 per cent, potentially enhancing dairy farm profitability. The impact extended beyond milk production. Premium Beef Potential In beef cattle, the supplement appeared to improve carcass quality and market value. Researchers reported that animals traditionally sold as standard-grade beef showed significant improvements in meat characteristics after supplementation, with some achieving premium A3 and A4 quality grades. These higher-value classifications translated into substantially greater market prices, with certain animals reportedly commanding values exceeding 100,000 baht, compared with conventional market prices of 20,000–30,000 baht per head. The findings suggest that nutritional interventions could play a growing role in helping livestock producers capture value in premium meat markets. Climate Benefits Add to the Business Case Beyond productivity gains, the research also points to potential environmental benefits. Tannins present in cocoa were found to suppress methane-producing microorganisms within the rumen, reducing enteric methane emissions by up to 44 per cent during testing. By limiting energy losses associated with methane production, more energy becomes available for muscle growth and fat deposition, creating a dual benefit of improved livestock performance and lower greenhouse gas emissions. The development is particularly significant as livestock production comes under increasing scrutiny for its contribution to agricultural emissions and climate change. Expanding Beyond Cattle Researchers are now exploring applications of cocoa-derived feed supplements across a broader range of production systems, including poultry, goat and aquaculture operations. The initiative reflects a growing trend within agriculture toward extracting greater value from agricultural residues and by-products, transforming waste streams into commercially viable inputs. For Thailand's cocoa industry, which remains relatively small compared with global producers but is seeking higher-value opportunities, the innovation offers a compelling example of how research-driven circular economy solutions can create benefits across multiple agricultural sectors simultaneously. As climate pressures intensify and sustainability becomes increasingly central to food production strategies, innovations that convert waste into productivity gains may become an increasingly important part of the future agricultural economy. In the case of Chulalongkorn University's cocoa project, a discarded by-product is being reimagined as a tool for improving farm profitability, reducing environmental impact and strengthening agricultural resilience—demonstrating how some of agriculture's most promising solutions may already be hidden within its waste streams. ]]> https://www.agrospectrumasia.com/news/35/4041/abra-university-swine-project-positioned-as-strategic-investment-in-food-security-and-rural-livelihoods.html https://www.agrospectrumasia.com/news/35/4041/abra-university-swine-project-positioned-as-strategic-investment-in-food-security-and-rural-livelihoods.html Fri, 05 Jun 2026 15:44:30 +0530 Department of Agriculture-backed native pig multiplier farm aims to strengthen livestock production, support agricultural education, and build a sustainable breeding ecosystem in the Cordillera region In a move aimed at reinforcing livestock production and nurturing the next generation of agricultural professionals, the Department of Agriculture–Cordillera Administrative Region (DA-CAR) has inaugurated a PHP3.1-million native pig multiplier farm at the University of Abra (UA), describing the initiative as a long-term investment in food security, rural enterprise, and agricultural innovation. The project, formally turned over on Friday, establishes a dedicated breeding and production facility that will serve both as a commercial enterprise and a hands-on learning laboratory for agriculture students. The multiplier farm is expected to enhance the supply of quality native pigs across Abra while creating a sustainable model for livestock development within the academic sector. Officials underscored that ensuring future food security requires more than increasing agricultural output; it demands cultivating a new generation of skilled agricultural practitioners capable of driving innovation across the sector. "The future of Philippine agriculture rests in the hands of young people," said Dr. Aida Pagtan, Chief Administrative Officer of DA-CAR. She noted that investments in institutions such as the University of Abra represent investments not only in infrastructure but also in knowledge, capacity building, and long-term agricultural resilience. The facility includes breeding stock comprising one boar and 19 sows, six of which are already in advanced stages of pregnancy, alongside animal housing structures, feeding and veterinary equipment, forage-processing machinery, weighing systems, water storage facilities, and farm management tools. The operation is designed to produce both piglets for distribution and meat for commercial purposes, contributing to local food supply while generating income for the institution. University officials view the project as a dual-purpose initiative that combines education with enterprise. According to Dr. Jubert Gannapao, Associate Professor of Agriculture and Director of the University's Income Generating Projects Division, the facility will function as a revenue-generating asset while addressing the growing demand for healthy and quality breeding stock within surrounding communities. Equally important, it will provide practical learning opportunities for students pursuing animal science and related disciplines. The University of Abra currently has approximately 200 agriculture students enrolled across programmes including Animal Science, Crop Science, and Agricultural Extension, all of which stand to benefit from direct exposure to commercial livestock operations. Beyond its educational value, the project carries particular relevance for Abra's local economy and cultural landscape. Native pigs remain highly sought after in the province for traditional roasted pig production, ceremonial occasions, and indigenous cultural practices among the Tingguian communities. Provincial Veterinarian Dr. Paul Joseph Abaya emphasized that collaborative efforts between government agencies, academic institutions, and local stakeholders are essential to strengthening food systems and ensuring agricultural sustainability. The swine multiplier farm forms part of the broader Livestock Economic Enterprise Development (LEED) Programme, under which Abra has secured 13 livestock development projects valued at approximately PHP42.7 million. These encompass cattle, poultry, goat, swine, and apiary enterprises aimed at diversifying livestock production and improving rural incomes. According to DA-CAR Livestock Programme Coordinator Jayvee Canor, recent revisions to programme guidelines have expanded eligibility beyond farmer cooperatives and local government units to include state universities, recognising their critical role in research, extension services, and agricultural enterprise development. The initiative also complements the Department of Agriculture's Integrated National Swine Production Initiatives for Recovery and Expansion (INSPIRE) programme, which provides grant-based funding to accelerate livestock production and support the recovery of the swine sector. Both LEED and INSPIRE projects operate on a revolving-capital model, encouraging beneficiaries to expand production and reinvest proceeds into future operations, thereby creating self-sustaining agricultural enterprises. As the Philippines continues to prioritise food security amid evolving market and production challenges, officials believe initiatives such as the University of Abra's multiplier farm demonstrate how strategic investments in education, livestock development, and community engagement can collectively contribute to a more resilient agricultural future. ]]> https://www.agrospectrumasia.com/news/35/4030/fao-report-highlights-long-term-economic-case-for-tackling-antimicrobial-resistance-in-livestock.html https://www.agrospectrumasia.com/news/35/4030/fao-report-highlights-long-term-economic-case-for-tackling-antimicrobial-resistance-in-livestock.html Thu, 04 Jun 2026 12:42:02 +0530 Antimicrobial growth promoters may offer short-term productivity gains, but the long-term economic costs of rising antimicrobial resistance are far higher Antimicrobial resistance (AMR) poses a significant long-term threat to food security, livestock production, economic welfare and human health, making it imperative to realign incentives in the global livestock sector before the costs of inaction become much harder to reverse, according to a new scenario-based economic assessment from the Food and Agriculture Organization of the United Nations (FAO). Under current trends, driven by growing demand for animal source foods and continued production intensification, global antimicrobial use in livestock is projected to increase by nearly 30 percent by 2040 compared with 2019, according to The future of antimicrobial use in livestock – The economic cost of action or inaction, presented Wednesday on the sidelines of the Fourth Session of the COAG Sub-Committee on Livestock at FAO headquarters in Rome. The report highlights that while antimicrobial growth promoters (AGPs) are associated with clear short-term productivity gains, especially in resource-limited areas, the long-term production losses projected under rising AMR scenarios are much larger. In the scenarios assessed, cumulative livestock production losses under the high-AMR case could reach about $318 billion by 2040, compared with about $53 billion under the most severe AGP phase-out case. “The costs of reducing unnecessary antimicrobial use are often immediate and concentrated, while the benefits of preserving antimicrobial effectiveness are long-term and widely shared,” said Thanawat Tiensin, FAO Assistant Director-General, Director of the Animal Production and Health Division, and Chief Veterinarian. “This is why antimicrobial effectiveness should be treated as a global public good, requiring better alignment between national and farm-level incentives and the global benefits of preserving its effectiveness, supported by investment that makes prevention feasible at scale.” This calls for integrated policy approaches that combine regulation with economic incentives, invest in veterinary services, surveillance and diagnostics, promote alternatives such as vaccination, biosecurity and improved husbandry, and align trade and market incentives with responsible antimicrobial use and the adoption of viable alternatives. The report estimates that at least $28.4 billion in transitional investment would be needed to cover the short-term cost of action. The current situation International guidance increasingly calls for restricting and progressively phasing out the use of AGPs. Yet the effort and adjustments required are not uniform, as these products are associated with clear productivity gains, particularly in settings where producers face high disease risks and have limited access to veterinary services, biosecurity measures and affordable alternatives. The report shows that future antimicrobial use in livestock can be reduced through better productivity, stronger animal health systems and improved prevention. Still, phasing out AGPs imposes an up-front and visible shock, followed by partial recovery as producers adapt and scale alternatives. Rising AMR follows the opposite path. Its economic effects may be less visible at first, but they grow over time. This time gap is one reason why action can be delayed, even when the long-term case for intervention is strong. The report presents an integrated One Health economic framework and scenario-based modelling analysis to assess the return on investment in livestock antimicrobial stewardship by linking farm-level decisions, governance capacity and macroeconomic outcomes. It concludes that antimicrobial stewardship in livestock cannot be achieved through technical guidance or national regulation alone, pointing to the need for clearer targets, sustainable financing, market-based incentives and farm-level adoption support. Economic instruments may include, where appropriate and adapted to national contexts, caps, tradable standards and fiscal measures. Pairing restrictions with targeted transition support, including investments in biosecurity, vaccination, veterinary services and accelerated access to effective non-antibiotic alternatives, is central to bridging the cost and time gap between action and inaction. That case is reinforced by the report’s projection that global livestock production is expected to rise by about 23 percent through 2040, led by poultry and milk production. By 2040, Asia and the Pacific are projected to remain the largest global users of livestock antimicrobials, accounting for nearly 65 percent of total use, followed by South America with around 19 percent. While Africa’s share is lower, its growth rate is among the highest. The report assesses how AGPs are associated with improved growth and feed-use efficiency across broilers, pigs and cattle, although effects vary by region, species and production system. These findings help explain why producers may rely on AGPs when affordable and effective alternatives are limited. They also show why short-term losses from reform are likely to be uneven, requiring carefully tailored policy responses and collective support. FAO is supporting Members in this transition through RENOFARM, its 10-year initiative to Reduce the Need for Antimicrobials on Farms for Sustainable Agrifood Systems Transformation, the Farm 5Gs framework of good practices and the International FAO Antimicrobial Resistance Monitoring system (InFARM). Together, these efforts aim to strengthen prevention, improve monitoring and make responsible antimicrobial use feasible for farmers, value chains and governments. Participants in the Sub-Committee on Livestock will also discuss the draft Global Plan of Action for Sustainable Livestock Transformation, which lays out practical priorities and actions for governments and partners to follow. The Plan promotes working across the whole livestock value chain—from production to markets—and making decisions based on evidence and local context to make livestock systems more sustainable while still meeting growing demand for meat, milk and eggs. ]]> https://www.agrospectrumasia.com/news/35/3931/nestle-and-first-milk-back-next-generation-of-regenerative-dairy-farmers.html https://www.agrospectrumasia.com/news/35/3931/nestle-and-first-milk-back-next-generation-of-regenerative-dairy-farmers.html Fri, 22 May 2026 13:19:29 +0530 The group toured the facility and took part in discussions on stress management, leadership and resilience Nestlé and First Milk have launched a forward-thinking initiative to support the next generation of dairy farmers. The format has been developed with 8point9 Training and Education and responds to the lack of opportunity for capable farmers to learn in a way that fits how they think and work. It focuses on practical learning, reflecting the realities of running a modern dairy business. Attending the launch event, Mike Warmington, Regeneration Lead at Nestlé UK & Ireland, said: “We want to make sure we are helping to build long-term resilience and sustainability in our supply chain. Of course, that means farming regeneratively, but it also means the long-term resilience of the farmers and their businesses. Young Dairy Leaders is a great step forward to help make sure the next generation of farmers keep doing what they’re doing today for many years to come.” Young Dairy Leaders was launched at Dovenby Hall in Cumbria, home of international motorsports business M-Sport UK, so attendees could experience a successful business outside farming and explore how different sectors deal with pressure, uncertainty and decision making. The group toured the facility and took part in discussions on stress management, leadership and resilience. Guest speakers included Cumbrian dairy farmer Robert Craig, who shared his experience of building a progressive and sustainable dairy business, alongside adventurer, author and charity founder Alex Staniforth, who spoke about overcoming extreme physical and mental challenges. Young Dairy Leaders will run a series of events in 2026 and is for First Milk members looking for relevant learning to support both business performance and personal growth, with a strong sense of community sitting at its heart. Lee Truelove, Head of Regenerative Farming at First Milk, said: “We are not building a training course. We are building the community, the confidence and the competence the next generation of regenerative farmers needs to thrive." Nestlé and First Milk believe Young Dairy Leaders come at a critical time for the sector, as dairy businesses adapt to economic pressures and the transition towards more regenerative systems. Their ambition is to create a lasting network of skilled and confident farmers who can support one another and help shape a sustainable future for the industry. ]]> https://www.agrospectrumasia.com/news/35/3930/baladna-and-al-dahra-holding-sign-strategic-mou-for-global-farming-and-feed-supply-collaboration.html https://www.agrospectrumasia.com/news/35/3930/baladna-and-al-dahra-holding-sign-strategic-mou-for-global-farming-and-feed-supply-collaboration.html Thu, 21 May 2026 15:45:16 +0530 The collaboration will also focus on aligning feed specifications, supply volumes and delivery schedules across Baladna’s international operations Baladna has signed a memorandum of understanding (MoU) with UAE-based Al Dahra Holding to explore a strategic partnership focused on global farming operations and long-term animal feed supply for Baladna’s expanding dairy business across international markets, including Syria. The agreement was signed during the Make it in the Emirates 2026 forum in Abu Dhabi and establishes a framework for collaboration across several agribusiness activities, including farming platform development, agricultural operations management and tailored feed commodity supply. Under the proposed partnership, Al Dahra will serve as a global farming partner and strategic supplier, supporting Baladna with grains and feed inputs customized to the dairy company’s operational requirements. The collaboration will also focus on aligning feed specifications, supply volumes and delivery schedules across Baladna’s international operations. According to the companies, the partnership is expected to strengthen Baladna’s global supply chain capabilities while supporting its long-term international expansion plans, particularly in emerging and strategic markets such as Syria. The MoU was signed by Marek Warzywoda and Wissam Abbas in the presence of senior executives from both organizations, including Saifullah Khan, Maurice A Ghattas and Arnoud van den Berg. Marek Warzywoda stated that the agreement represents an important step toward building a more integrated and resilient supply chain to support Baladna’s global dairy ambitions. Arnoud van den Berg added that the partnership reflects a shared vision to develop scalable and efficient agricultural systems capable of meeting rising global food demand through integrated feed production and supply chain management solutions. The companies said the agreement is expected to create a foundation for long-term collaboration in large-scale farming and feed supply initiatives across multiple international markets. ]]> https://www.agrospectrumasia.com/news/35/3903/nigeria-launches-coordinated-livestock-genetics-initiative-to-combat-breed-extinction-risks.html https://www.agrospectrumasia.com/news/35/3903/nigeria-launches-coordinated-livestock-genetics-initiative-to-combat-breed-extinction-risks.html Fri, 15 May 2026 10:55:10 +0530 The initiative includes plans for a national livestock diversity database and future gene bank development to support sustainable breeding systems In a significant step toward modernising livestock governance and preserving indigenous animal diversity, Nigeria’s federal government has approved a new suite of harmonised genetic-resource protocols designed to strengthen the country’s breeding systems, improve livestock resilience, and prevent the gradual disappearance of native animal breeds. The initiative marks one of the country’s most comprehensive institutional efforts yet to formalise the conservation and management of Animal Genetic Resources (AnGR), a sector increasingly viewed as critical to food security, climate adaptation, and long-term agricultural productivity across Africa. The protocols were formally validated during a high-level national workshop convened in Abuja under the auspices of the Federal Ministry of Livestock Development and coordinated through the Livestock Productivity and Resilience Support Project. Over five days, genetic scientists, livestock breeders, policymakers, development agencies, and private-sector stakeholders assembled to review what officials described as a foundational framework for the future of Nigeria’s livestock ecosystem. At the heart of the reforms lies an effort to bring scientific precision and institutional continuity to a sector historically constrained by fragmented data systems, inconsistent breeding strategies, and weak conservation infrastructure. The newly validated framework includes protocols for breed characterisation, inventory systems, risk monitoring, conservation planning, and national data collection methodologies. Stakeholders also endorsed the creation of the Nigerian Domestic Animal Diversity Information System, or NigDAD-IS, alongside a dedicated Animal Genetic Resources dashboard intended to strengthen breed surveillance and integrate Nigeria’s livestock databases with global monitoring platforms. Those systems are expected to connect with international repositories managed by the Food and Agriculture Organization, the International Livestock Research Institute, and the African Union Inter-African Bureau for Animal Resources, embedding Nigeria more firmly within global livestock genetics networks. Speaking at the workshop, Idi Mukhtar Maiha, Nigeria’s minister of livestock development, framed the initiative as a strategic necessity for a country confronting rapid population growth, environmental stress, and mounting pressure on food-production systems. Without reliable baseline genetic data, he noted, policymakers and breeders cannot effectively determine which livestock breeds are best suited to Nigeria’s diverse agro-ecological regions or design breeding programmes capable of sustaining productivity under changing climatic conditions. The minister also warned that inadequate monitoring systems increase the risk of genetic erosion—the gradual loss of valuable indigenous traits that have evolved over generations to withstand local disease pressures, heat conditions, and environmental variability. For development agencies, the initiative represents a broader attempt to reposition livestock genetics as a pillar of agricultural resilience. Hussein Gadain, country representative of the Food and Agriculture Organisation, reaffirmed the agency’s support for Nigeria’s livestock transformation agenda, emphasizing the importance of veterinary infrastructure, genetic services, laboratory capacity, and surveillance systems in protecting both food systems and market stability. At the conclusion of the workshop, Sanusi Abubakar, national project coordinator of L-PRES, described the validation exercise as a major milestone in implementing Nigeria’s National Strategy and Action Plan on Animal Genetic Resources, first introduced in 2025. The newly approved protocols, he said, are aligned with international FAO standards and will support future efforts to establish a national livestock gene bank while strengthening conservation and breeding systems nationwide. Implementation timelines extending through the remainder of the year are expected to focus on nationwide data collection, institutional coordination, technical partnerships, and advocacy campaigns aimed at embedding the framework within Nigeria’s broader agricultural transformation agenda. In an era increasingly defined by climate volatility, biodiversity loss, and food-system fragility, Nigeria’s wager is that the future of livestock productivity may depend as much on preserving genetic heritage as on expanding production itself. ]]> https://www.agrospectrumasia.com/news/35/3876/rwanda-accelerates-transition-toward-data-and-science-driven-livestock-economy.html https://www.agrospectrumasia.com/news/35/3876/rwanda-accelerates-transition-toward-data-and-science-driven-livestock-economy.html Tue, 12 May 2026 18:23:05 +0530 A strategic infusion of high-genetic-merit livestock to accelerate dairy and beef productivity Rwanda has taken a decisive stride in modernising its livestock sector with the arrival of a first consignment of high-genetic-merit bulls imported from Germany. The initiative, led by the Rwanda Agriculture and Animal Resources Development Board (RAB), is designed to accelerate genetic improvement through artificial insemination systems and strengthen national dairy and beef productivity under the country’s broader agricultural transformation agenda. Sourced from leading cattle breeders in Germany, the Holstein-Friesian bulls represent a significant leap in breeding quality, carrying the genetic potential to produce cows capable of yielding over 10,000 litres of milk per lactation—far above prevailing national averages. This genetic intervention is expected to widen access to superior semen, enabling farmers to upgrade herd quality without the prohibitive cost of importing breeding stock. Building the Foundations of a National Genetic Improvement Ecosystem The programme forms part of Phase II of the Rwanda Dairy Development Project (RDDP-2), a multi-year initiative supported by international development financing aimed at modernising dairy systems, improving productivity, and enhancing milk quality across smallholder and commercial farms. Authorities have confirmed that this first delivery is only the beginning of a phased expansion. An additional batch of bulls—comprising dairy breeds such as Jersey and Brown Swiss, alongside beef breeds including Angus and Charolais—is expected to arrive in April 2026, further diversifying the national genetic pool. The bulls will be stationed at the Songa Centre of Excellence in Bovine Genetic Improvement in Huye District, which is being positioned as a national hub for advanced reproductive technologies including artificial insemination, embryo transfer, research, and breeder training. From Girinka to Genomics: Rwanda’s Long Arc of Livestock Transformation Rwanda’s current genetic upgrade is rooted in nearly two decades of livestock reform that began with the “Girinka” programme in 2006, which introduced improved dairy breeds such as Holstein and Jersey cattle to rural households. Since then, sustained investment in crossbreeding, veterinary capacity, and artificial insemination systems has steadily improved national herd productivity. This trajectory has already yielded measurable gains, with national milk production rising significantly in recent years, reflecting the cumulative impact of genetics-led agricultural policy. The latest intervention signals a shift from incremental improvement to precision-driven livestock transformation, anchored in biotechnology and global breeding integration. Strengthening Rural Livelihoods and National Food Security Government and development stakeholders view the genetic enhancement programme as central to achieving Rwanda’s long-term targets under national agricultural transformation frameworks, which aim to substantially increase milk and meat output by 2028–2029. By improving reproductive efficiency and accelerating genetic diffusion, the initiative is expected to raise farmer incomes, strengthen food and nutrition security, and reduce dependence on external livestock genetics over time. It also aligns with a broader ambition to reposition Rwanda’s livestock sector as a technologically advanced, self-sustaining pillar of rural development. Toward a Data-Driven Livestock Future Beyond immediate productivity gains, the programme signals a structural shift toward science-led livestock management. The integration of artificial insemination, embryo technologies, and genetic data systems is expected to gradually transform cattle farming from a traditional practice into a precision-based agricultural system. In essence, Rwanda’s import of elite German bulls is not merely an act of livestock procurement—it is a deliberate investment in the biological future of its agricultural economy, where genetics, technology, and policy converge to redefine productivity at scale. ]]> https://www.agrospectrumasia.com/news/35/3782/fda-epa-and-usda-back-elanco-solutions-to-counter-livestock-pest-threat.html https://www.agrospectrumasia.com/news/35/3782/fda-epa-and-usda-back-elanco-solutions-to-counter-livestock-pest-threat.html Wed, 29 Apr 2026 16:07:08 +0530 The company says proactive parasite control programs remain essential to reducing economic losses and protecting herd health Elanco Animal Health Incorporated announced that two of its livestock health products have received emergency federal authorizations for the prevention and treatment of New World screwworm infestations in livestock, strengthening preparedness efforts as the pest moves closer to the U.S.-Mexico border. The company said the United States Food and Drug Administration granted Emergency Use Authorization for Negasunt Powder, while the United States Environmental Protection Agency, in cooperation with the United States Department of Agriculture, approved a Section 18 Emergency Exemption for Tanidil. Both products are intended for use against New World screwworm infestations across multiple livestock species. The emergency approvals come as confirmed screwworm detections have been reported near the U.S.-Mexico border, intensifying concerns among livestock producers and animal health authorities about the potential spread of the pest into the United States. New World screwworm infestations can cause severe tissue damage, animal mortality, and major economic losses if left untreated. Under the emergency framework, Negasunt Powder and Tanidil will be distributed through the U.S. Animal and Plant Health Inspection Service (APHIS) and the National Veterinary Stockpile in coordination with state animal health agencies and federally recognized tribal authorities. Federal agencies are expected to issue additional guidance covering product use, safety procedures, and reporting requirements. Elanco stated that the authorizations reinforce broader federal efforts to strengthen livestock biosecurity and improve rapid-response readiness against emerging animal health threats. The company also highlighted the importance of early wound detection, immediate treatment, and integrated parasite control measures to reduce infestation risks and interrupt the pest’s lifecycle. In addition to the newly authorized products, Elanco said it continues to offer EPA-registered livestock parasite-control solutions designed to manage flies, ticks, and screwworm-related risks across cattle, sheep, goats, horses, and swine operations. Industry experts note that maintaining effective fly and tick control programs is critical because even small wounds or insect bites can serve as entry points for screwworm infestation. The company emphasized that proactive surveillance, producer education, and coordinated response strategies will remain essential components of U.S. preparedness efforts as regulators and industry stakeholders work to prevent the establishment and spread of New World screwworm within domestic livestock systems. ]]> https://www.agrospectrumasia.com/news/35/3771/vietnams-khanh-hoa-builds-modern-livestock-value-chain.html https://www.agrospectrumasia.com/news/35/3771/vietnams-khanh-hoa-builds-modern-livestock-value-chain.html Mon, 27 Apr 2026 17:10:30 +0530 Investment push targets processing, traceability, and export readiness Khanh Hoa province is steadily transforming its livestock sector from fragmented, small-scale operations into a modern, technology-driven value chain, underpinned by biosafety, digitalisation, and strategic investment. The transition reflects a broader effort to enhance productivity, ensure disease resilience, and unlock higher value from livestock production. In recent years, the province has accelerated the adoption of industrial-scale farming models, supported by science-led practices and stringent biosecurity standards. With a network of 368 livestock farms focusing on key segments such as pigs, poultry, and cattle, the shift is marked not only by scale but by the integration of advanced technologies. Automated systems for feeding, climate control, and waste management are increasingly being deployed, enabling greater operational efficiency while reducing environmental impact. Biosafety has emerged as a central pillar of this transformation, particularly in the face of climate variability and recurring disease threats. The province currently has 22 certified disease-free livestock facilities, covering major risks such as avian influenza, African swine fever, and foot-and-mouth disease. Authorities are reinforcing this framework through strict input controls, mandatory vaccination protocols, and enhanced surveillance systems to safeguard herd health and production continuity. Digital tools are also gaining traction, enabling real-time tracking of livestock data and improving traceability across the supply chain. This shift toward data-driven management is expected to strengthen transparency and build consumer confidence in livestock products. Despite these advances, a key challenge remains the limited value addition, as a significant share of livestock output is still marketed in raw form. To address this, Khanh Hoa is actively promoting investment in downstream infrastructure, including centralized slaughtering and processing facilities. A proposed policy framework for 2026–2030 offers financial support of up to 60 percent of project costs, alongside state-backed investments in essential infrastructure such as power, water, and transport connectivity. The province has already established effective production linkages with major industry players such as CP Livestock Company Vietnam and CJ Vina Agri Company Limited. These partnerships are fostering integrated farm-to-market ecosystems, where enterprises drive market access and farmers contribute as primary producers. Looking ahead, Khanh Hoa is exploring alignment with international standards, including Halal certification, to expand export opportunities. At the policy level, authorities are addressing structural constraints, particularly land use challenges and the relocation of livestock operations away from residential areas. Guided by evolving regulatory frameworks, the province is working to create designated farming zones that balance economic growth with environmental sustainability. Officials emphasise that future expansion must be market-aligned and integrated into organised value chains to avoid price volatility. Farmers are being encouraged to adopt standards such as VietGAP and leverage technologies like QR-based traceability to enhance product credibility. With a coordinated approach combining policy support, private investment, and technological adoption, Khanh Hoa is positioning its livestock sector as a modern, resilient, and high-value contributor to regional agriculture. ]]> https://www.agrospectrumasia.com/news/35/3755/minerva-foods-and-rumin8-report-50-cut-in-cattle-methane-emissions-in-brazil-study.html https://www.agrospectrumasia.com/news/35/3755/minerva-foods-and-rumin8-report-50-cut-in-cattle-methane-emissions-in-brazil-study.html Fri, 24 Apr 2026 14:39:06 +0530 Feed additive trial delivers significant environmental gains alongside improved livestock productivity Minerva Foods, South America’s leading beef exporter, and Rumin8, an Australian climate technology company, have announced the results of a collaborative study demonstrating significant reductions in methane emissions from cattle alongside measurable improvements in feed efficiency. The research was conducted in partnership with the University of São Paulo’s Luiz de Queiroz College of Agriculture (ESALQ/USP) and evaluated the impact of Rumin8’s feed additive on enteric methane emissions and productive performance in Nellore cattle under conditions simulating commercial Brazilian feedlot operations. Over the 120-day study period, cattle receiving the feed additive as part of a total mixed ration (TMR) exhibited a 50.4 per cent reduction in methane emissions compared to a control group fed the same diet without the additive. The study also recorded a statistically significant 5 per cent improvement in feed conversion efficiency, indicating enhanced productivity alongside environmental benefits. Methane intensity per kilogram of liveweight gain declined from 77.2 grams to 39.6 grams in cattle receiving the additive. In total, the trial achieved an estimated reduction of 29.8 tonnes of CO₂ equivalent emissions, while also delivering lower feed consumption and improved production performance. The experiment involved two groups of Nellore bulls. A group of 80 animals housed in individual pens enabled precise measurement of feed intake and methane emissions, while a second group of 200 animals in collective pens replicated commercial-scale operational conditions. Throughout the study, cattle were fed a typical Brazilian feedlot finishing diet consisting of 12 per cent roughage and 88 per cent concentrate, with ground corn as the primary ingredient. Independent verification of the study results is currently underway by agricultural carbon certification organizations, including Athian and FoodChain ID. The findings highlight the potential of feed-based innovations to reduce the environmental footprint of beef production while supporting productivity gains. The initiative reflects ongoing efforts to advance sustainable practices across the livestock value chain and supports the progression of methane-reducing technologies toward broader commercial deployment in Brazil. ]]> https://www.agrospectrumasia.com/news/35/3725/when-heat-rises-yields-fall-ccpa-bets-on-biology-nutrition-and-data-to-break-livestocks-heat-stress-spiral.html https://www.agrospectrumasia.com/news/35/3725/when-heat-rises-yields-fall-ccpa-bets-on-biology-nutrition-and-data-to-break-livestocks-heat-stress-spiral.html Mon, 20 Apr 2026 17:25:04 +0530 New global campaign blends science, farm trials, and specialty feed solutions as climate volatility pushes animal agriculture deeper into productivity risk As rising temperatures and erratic weather patterns intensify pressure on livestock systems worldwide, animal nutrition company CCPA has launched a new global initiative aimed at tackling one of agriculture’s most persistent and costly challenges: heat stress. Unveiled on 13 April 2026, the company’s “Heat Stress 2026” campaign positions climate stress not as a single disruption event, but as a cascading biological chain reaction—what CCPA calls the “domino effect”—that quietly erodes productivity, reproduction, and long-term herd performance. At its core, the campaign reframes heat stress as a systemic breakdown rather than a temporary discomfort. Beyond reduced feed intake, CCPA argues that elevated temperatures trigger a cascade of physiological imbalances that ripple through livestock systems, affecting milk yield, egg production, growth rates, fertility, and even offspring viability. “The goal is to make the invisible visible,” the company said, emphasizing early intervention before damage becomes embedded in herd performance cycles. From Hidden Stress to Measurable Losses CCPA’s campaign is grounded in new field trials across ruminants, poultry, and swine, highlighting what it describes as compounding productivity losses under heat conditions. In dairy cattle trials conducted in Spain, the company reported up to a 10–15 per cent reduction in pregnancy rates under summer heat stress compared with herds supported by its Thermoplus nutritional solutions. In dairy ewes, milk production gains of around 8% were observed with targeted supplementation, while beef calves showed improvements in feed efficiency. Poultry trials in Peru pointed to gains in reproductive efficiency, including a 1.5 per cent improvement in incubable eggs and a 4.6 per cent improvement in feed conversion, alongside reported improvements in sperm quality in breeding stock. The company also pointed to swine research in France indicating that even moderate ambient temperatures can mask chronic heat stress in lactating sows due to internal metabolic heat production—creating what it calls a “silent productivity drain” in modern housing systems. A Nutrition-First Response to Climate Pressure Rather than focusing on infrastructure-heavy cooling systems alone, CCPA is doubling down on nutritional intervention strategies designed to stabilize hydration, electrolyte balance, and metabolic resilience. New product launches under its Deltavit and Thermoplus portfolios include hydration-focused supplements for calves, electrolyte systems for poultry, and adjusted formulations for dry cows and lactating sows. The company argues these tools help maintain feed intake and physiological balance during heat spikes, reducing the downstream productivity losses associated with stress. In poultry systems, solutions such as Hydralac and ThermoPoultry aim to stabilize water balance and antioxidant activity during heat waves, while swine and ruminant products incorporate modified formulations intended to support resilience under thermal pressure. Science as Infrastructure: A Global Research Push Beyond product development, CCPA is building what it describes as a scientific “Task Force” on heat stress, partnering with institutions including INRAE, the Volcani Center, the University of Thessaloniki, CSIC, and the University of Wisconsin. The initiative will focus on decoding physiological mechanisms behind heat stress and translating findings into practical on-farm strategies. The group will formally convene at the upcoming American Dairy Science Association conference, where CCPA is sponsoring a session on improving dairy cow resilience. A Climate Problem Becoming an Economic One The campaign underscores a broader shift in livestock agriculture: heat stress is no longer treated solely as an animal welfare issue, but increasingly as a structural economic risk tied to climate volatility. With warmer seasons becoming more frequent and intense, CCPA and its partners are betting that the future of livestock productivity will depend not just on genetics or housing—but on the biochemical fine-tuning of animals’ ability to withstand heat itself. In an era where climate shocks are increasingly measured in lost liters of milk, missing eggs, and weakened fertility cycles, the company’s message is clear: resilience may begin in the feed trough. ]]> https://www.agrospectrumasia.com/news/35/3695/boehringer-ingelheim-introduces-lenzelta-a-new-vaccine-advancing-mastitis-prevention-in-dairy-cows.html https://www.agrospectrumasia.com/news/35/3695/boehringer-ingelheim-introduces-lenzelta-a-new-vaccine-advancing-mastitis-prevention-in-dairy-cows.html Wed, 15 Apr 2026 11:01:22 +0530 LENZELTA® is a new vaccine significantly reducing the incidence and severity of clinical mastitis in vaccinated cows and heifers Boehringer Ingelheim has introduced LENZELTA®, a new vaccine designed to advance mastitis prevention in dairy cows by significantly reducing the incidence and severity of clinical mastitis in vaccinated cows and heifers. Administered through two doses during the dry-off period, LENZELTA® addresses one of the most pressing challenges for dairy farmers and livestock veterinarians globally—mastitis, which impacts cow health and poses a significant economic burden on dairy farms. Offering the earliest onset of immunity and the longest-lasting protection against key pathogens S. aureus and E. coli among bovine mastitis vaccines, LENZELTA® represents a critical step forward in livestock health solutions. With the launch of LENZELTA®, Boehringer Ingelheim enhances its comprehensive mastitis portfolio, offering farmers and veterinarians effective solutions to keep their dairy cattle healthy and farms viable. The vaccine will be available in several countries in the European Union (EU) as of April 2026.  Mastitis is among the most widespread and economically significant diseases in dairy cattle. It affects udder health, reduces milk quality and quantity, leading to substantial production losses. For many dairy farms, mastitis-related costs represent one of the highest avoidable economic impacts in their herds3. As cows are particularly vulnerable around calving, preventive strategies during the dry‑off period play a crucial role in maintaining herd health and well-being and ensuring a smooth transition into lactation. A new preventive tool for veterinarians and farmers  LENZELTA® targets two key mastitis pathogens, S. aureus and E. coli, supporting farmers and veterinarians in tackling infections proactively. By focusing on prevention at a critical stage of the lactation cycle, the vaccine helps create more stable conditions for milk production and animal well‑being.  LENZELTA® is administered in two doses during the dry‑off period, making it easy to integrate into established herd‑health routines. The timing supports an early onset of immunity and provides protection lasting up to six months, covering the period in which cows are most susceptible to mastitis4. The vaccine uses an oil‑free adjuvant and is available in multiple vial sizes, offering veterinarians flexibility in day‑to‑day practice.  For veterinarians, LENZELTA® offers a practical way to manage mastitis proactively. It supports a preventive approach and enables more sustainable care for dairy herds.  For farmers, LENZELTA® can give them back a sense of control, confidence and peace of mind by reducing the prevalence and impact of mastitis infections. The vaccine supports healthier cows, can help strengthen herd productivity and contribute to more reliable milk production and farm operations. “With LENZELTA®, we are setting a new benchmark in mastitis prevention,” says Dr. Gerald Behrens, Head of Ruminants at Boehringer Ingelheim. “Mastitis places a massive burden on dairy farms around the world. By offering a highly effective vaccine that is easy to integrate into existing routines, we give farmers and veterinarians a powerful new tool to manage one of the industry’s most persistent challenges.” Starting in April, LENZELTA® will be available in several countries across the EU. ]]> https://www.agrospectrumasia.com/news/35/3619/south-africa-initiates-vaccination-drive-to-build-herd-immunity-against-foot-and-mouth-disease-fmd-across-the-nation.html https://www.agrospectrumasia.com/news/35/3619/south-africa-initiates-vaccination-drive-to-build-herd-immunity-against-foot-and-mouth-disease-fmd-across-the-nation.html Mon, 09 Mar 2026 14:18:31 +0530 Measures includes maintaining the cold chain, managing secure storage facilities, handling inventory management and coordinating distribution to vaccination teams operating across multiple provinces The South African government has initiated a nationwide vaccination campaign to combat Foot-and-Mouth Disease (FMD), as announced by Agriculture Minister John Steenhuisen. This campaign is fully funded by the state, ensuring that farmers do not incur any costs for the vaccines administered. The program is part of a broader effort to protect the national herd and mitigate the economic impact of FMD on the agricultural sector. The vaccination drive is progressing steadily, with hundreds of thousands of animals being vaccinated each week. The target is to achieve 80% vaccination coverage of the national herd by December. To support this effort, South Africa has secured vaccine supplies from international sources, including one million doses from Biogénesis Bagó in Argentina and 1.5 million doses from Dollvet in Türkiye. Further consignments are scheduled to arrive to sustain the campaign. Minister Steenhuisen highlighted the critical role of veterinary professionals and industry organizations, such as the Milk Producers' Organisation (MPO), in supporting the rollout. He also addressed concerns about misinformation, urging farmers and stakeholders to verify information before sharing it, as misinformation during a biosecurity crisis can harm the sector. The minister clarified misconceptions about the cost of the Dollvet vaccines, explaining that the R45 bulk supply price per dose represents only the cost of production and international transport to a designated cold-storage facility in South Africa. This price does not account for the additional logistical and operational requirements of a large-scale vaccination program. These include quality checks, cold-chain maintenance, inventory management, secure storage, and coordinated distribution across provinces. The government’s procurement cost reflects the full operational process needed to ensure vaccines are safely delivered to veterinarians for administration. Claims that the government is profiting from the vaccines were categorically refuted, with Steenhuisen emphasizing that the vaccines are procured and administered free of charge to farmers. Additionally, the minister dismissed claims that the government lacks the resources to fund the vaccination program, confirming that the Department of Agriculture has allocated sufficient funding for vaccine procurement. This effort is underscored by President Cyril Ramaphosa’s declaration of FMD as a national disaster during the State of the Nation Address in February, which reinforces the seriousness of the situation and the state’s responsibility to lead the response. Steenhuisen stressed that controlling FMD requires collective responsibility across the livestock sector. He called for cooperation, science-based decision-making, and unity to overcome the disease. Farmers and stakeholders are encouraged to use the Department of Agriculture’s official FMD Updates WhatsApp channel to access reliable and up-to-date information on vaccination schedules and disease control measures ]]> https://www.agrospectrumasia.com/news/35/3578/india-should-move-toward-productivity-linked-livestock-insurance-but-only-through-phased-data-anchored-evolution-ritesh-chauhan-secretary-of-animal-husbandry-govt-of-himachal-pradesh.html https://www.agrospectrumasia.com/news/35/3578/india-should-move-toward-productivity-linked-livestock-insurance-but-only-through-phased-data-anchored-evolution-ritesh-chauhan-secretary-of-animal-husbandry-govt-of-himachal-pradesh.html Mon, 16 Feb 2026 13:14:35 +0530 Why India must move from ad-hoc compensation to a technology-enabled, trust-driven livestock protection framework that stabilises incomes and safeguards productive assets As livestock becomes an increasingly critical pillar of rural incomes amid climate and market uncertainties, the lack of effective risk protection remains a major gap in India’s agricultural policy landscape. In this exclusive AgroSpectrum interview, Ritesh Chauhan, Secretary of Animal Husbandry, Government of Himachal Pradesh, explains why advances in digital identification, veterinary networks, cooperatives, and fintech now make a scalable livestock insurance framework both viable and essential. Drawing from Himachal Pradesh’s on-ground experience, he shares practical insights on building trust, improving claim settlement, and strengthening insurer participation. Edited excerpts: Why is this the right moment for India to scale up a National Livestock Insurance Scheme? India’s agricultural economy is undergoing a quiet but consequential shift—and livestock sits at the centre of this transition. As crop agriculture faces yield volatility, land fragmentation, and climate stress, livestock has emerged as the most stable and fastest-growing contributor to agri-GVA. Today, dairying, poultry, and small ruminants together account for nearly one-third of agricultural value added, growing faster than cereals or horticulture. This is not accidental: livestock offers daily cash flow, higher labour absorption, and risk diversification for smallholders in ways that seasonal cropping cannot. Yet this very backbone of rural resilience remains dangerously under-insured. Climate stress is reshaping livestock risk profiles - Heat stress is reducing milk yields, fertility, and animal longevity. Erratic monsoons and droughts are tightening fodder availability, pushing up feed costs and forcing distress sales of animals. Floods and cyclones increasingly wipe out entire herds in coastal and riverine regions. Unlike crops, livestock losses are not confined to one season; they permanently erode household productive assets and future income streams. Disease outbreaks are becoming systemic economic shocks - The spread of Lumpy Skin Disease (LSD) across multiple states since 2022 has exposed how vulnerable India’s livestock economy is to transboundary and climate-linked diseases. For households owning one or two cattle—the majority of India’s livestock keepers—the death or productivity loss of even a single animal can mean the collapse of daily income, nutrition security, and repayment capacity for micro-loans. Yet compensation remains uneven, delayed, and fiscally reactive, varying widely by state and fiscal headroom.   The success of Pradhan Mantri Fasal Bima Yojana (PMFBY) in crops and Ayushman Bharat – Pradhan Mantri Jan Arogya Yojana (PM-JAY), in health shows that large-scale, publicly backed, technology-enabled risk pooling is feasible—even in a country with fragmented landholdings and informal livelihoods.  Digital animal identification, Aadhaar-linked beneficiary databases, mobile veterinary records, satellite fodder mapping, and AI-based disease surveillance are finally converging. This makes it possible to design livestock protection systems that are actuarially sound, fraud-resistant, and low-touch for farmers. Waiting longer only raises fiscal exposure, as climate and disease risks compound. Moving now enables a paradigm shift—from relief to resilience - Without structured livestock risk protection, governments will continue to rely on ad-hoc compensation after disasters and outbreaks—often delayed, politically negotiated, and fiscally inefficient. A national or federated livestock insurance and protection framework would instead stabilise rural incomes, protect productive assets, and crowd in private insurers, agri-fintech and veterinary networks. At this inflection point, livestock is no longer a peripheral subsector—it is core economic infrastructure. If India is serious about building climate-resilient agriculture and doubling real farm incomes, integrating livestock into its formal risk-management architecture is not optional. It is the logical next step in the evolution of India’s welfare and productivity state. How can a formal insurance architecture strengthen rural financial resilience? In the absence of formal risk protection, livestock-owning households fall back on informal coping mechanisms—moneylenders, distress sale of animals, or emergency borrowing through SHGs. These options are slow, costly, and often value-destructive. High interest rates, delayed access to funds, and forced liquidation of productive animals turn a temporary shock into a long-term income loss. Once an animal is sold or dies without compensation, rebuilding the herd can take years, pushing families deeper into debt and vulnerability. Formal livestock insurance fundamentally alters this equation. By protecting the household balance sheet, it enables faster replacement of lost animals and prevents irreversible erosion of productive assets. Timely payouts ensure continuity of milk production, which for millions of families functions as daily cashflow—covering food, school expenses, and loan repayments. This income stability is critical in cushioning households against climate and disease shocks. Equally important, insured livestock becomes bankable collateral. When animals are formally insured and tagged, banks and MFIs are more willing to extend working capital and productivity loans, crowding in institutional credit and reducing dependence on informal lenders. In this way, livestock insurance is not merely a safety net—it is an enabler of rural financial inclusion, resilience, and growth. Which success elements should be adapted for livestock? Three design elements from India’s existing risk-protection programmes are clearly transferable to livestock—provided they are adapted to biological and market realities rather than copied mechanically. First, cluster-based tendering enables better risk pooling and pricing. Instead of fragmented, district-by-district coverage, clustering animals by agro-climatic zones, disease risk profiles, and production systems allows insurers to diversify exposure and price risk more accurately. Larger, well-defined pools reduce adverse selection, lower premiums, and make participation commercially viable for insurers while keeping subsidies fiscally efficient for governments. Second, a unified national digital platform is essential. A single backbone integrating animal identification, owner KYC, enrolment, premium subsidy flow, veterinary records, and claims processing can dramatically reduce friction and fraud. Mobile-based reporting, geo-tagged mortality verification, and integration with state animal husbandry databases would enable faster, more transparent settlements—critical for households dependent on daily milk income. Third, enforceable service-level agreements create trust and accountability. Clear timelines for enrolment, disease reporting, claim verification, and payout—backed by penalties for non-performance—are non-negotiable. Without strong SLAs, insurance degenerates into delayed relief. With them, livestock protection becomes a predictable, farmer-centric instrument. Together, these elements form a scalable blueprint—one that respects livestock’s unique risks while leveraging India’s hard-won institutional learning. How ready is India for RFID, biometrics, or muzzle‑printing? India is no longer starting from scratch on livestock identification. Ear-tagging and RFID are already deployed at scale under national and state programmes, while pilots on advanced biometrics—such as muzzle-printing and image-based identification—are steadily improving accuracy and field viability. The immediate priority is not inventing new technology, but establishing a tamper-resistant, unique animal ID that can serve as the backbone of the livestock ecosystem. This ID must be seamlessly integrated with AgriStack, the National Digital Livestock Mission (NDLM), vaccination and disease surveillance databases, and formal credit systems. When an animal’s identity, health history, ownership, and insurance status sit on a common digital rail, risk assessment, claims verification, and credit underwriting become faster, cheaper, and more credible. Equally critical is the human interface. Para-veterinarians, cooperative staff, and extension workers are the system’s frontline. They need simple, offline-capable, field-friendly tools to record vaccinations, disease events, mortality, and distress sales—triggering claims or alerts in real time without paperwork or discretion. In this context, technology is an enabler, not the solution. The real challenge is ecosystem design: aligning incentives across farmers, vets, insurers, banks, and states so that data capture is trusted, participation is rewarded, and protection becomes automatic rather than exceptional. How can digital workflows transform credibility? Rebuilding trust in livestock protection hinges less on promises and more on verifiable system behaviour. Four operational levers are critical. First, geo-tagged, time-stamped enrolment and event capture. Photographic proof at enrolment—linked to animal ID, owner KYC, and location—creates a clear baseline and sharply reduces disputes. Similar capture at vaccination, illness, or mortality ensures objective evidence from the field, not post-fact claims. Second, rule-based and transparent claim algorithms. Claims must be processed through clearly defined, publicly disclosed logic—triggered by verified events, disease status, and coverage rules. Removing discretion shortens settlement cycles and eliminates perceptions of bias or arbitrariness. Third, visible and time-bound processing stages. Every step—intimation, verification, approval, and payout—should be trackable by farmers through SMS or WhatsApp in local languages, with automatic escalation if timelines are breached. Visibility is as important as speed. Fourth, independent audits and public dashboards. Regular third-party audits and anonymised dashboards showing claim ratios, settlement times, and district-level performance create accountability for insurers and implementing agencies alike. When farmers’ lived experience consistently matches system timelines, trust shifts from rhetoric to reality—and participation follows. What innovations can serve as national templates? Himachal Pradesh offers a practical, ground-tested template for how livestock risk protection can be operationalised at scale. The state’s cooperative-led outreach model, anchored in milk unions and village-level institutions, allows insurance and animal health services to piggyback on trusted, everyday touchpoints rather than stand-alone enrolment drives. This significantly lowers awareness gaps and improves uptake. Equally important is Himachal’s dense para-veterinary and extension network, which functions as the first responder for disease reporting, vaccinations, and mortality verification. When para-vets are digitally enabled and institutionally aligned, claims move faster and data quality improves—reducing both farmer frustration and insurer leakage. The state’s ongoing digitalisation of animal health records, breeding, and service delivery creates continuity across the animal lifecycle, enabling risk assessment and policy servicing without repetitive paperwork. This integrated data flow is critical for actuarial credibility and faster settlements. Two financing innovations stand out. Bundling insurance with milk procurement channels sharply reduces customer acquisition costs and premium collection friction, as deductions can be seamlessly aligned with milk payments. Additionally, the use of Milk Cess as a co-funding mechanism for premiums demonstrates how sectoral levies can be recycled to de-risk producers themselves. Together, these elements show how institutional design—not subsidies alone—can make livestock insurance viable, trusted, and scalable. Should India introduce productivity‑linked insurance? India should move toward productivity-linked livestock insurance—but only through a phased, data-anchored evolution, not a leap. Mortality coverage must remain the foundation. It addresses the most catastrophic risk, is easiest to verify, and builds early trust among farmers, insurers, and states. Without a robust mortality layer, more complex covers will lack credibility and fiscal discipline. That said, productivity losses are economically larger and more frequent than deaths. Heat stress–induced milk yield dips, infertility, disease-related work-loss, and prolonged recovery periods quietly erode household incomes, often without triggering any formal support. Ignoring these losses limits the real stabilisation potential of livestock insurance. The constraint is not concept, but measurement. Productivity-linked insurance requires reliable baseline data at the animal or herd level, regular digital milk recording, and credible attribution mechanisms to distinguish normal variability from insurable shocks. Parametric or index-based triggers—such as temperature-humidity indices, disease outbreak thresholds, or verified yield deviation bands—offer a practical pathway, but only once data density improves. India should therefore evolve stepwise: begin with universal mortality cover, pilot productivity-linked add-ons in organised milk sheds and cooperatives, refine triggers and payout logic, and scale gradually. Done right, this progression can transform livestock insurance from a safety net into a true income-stabilisation instrument. What would a unified livestock digital ecosystem look like? By 2030, India’s livestock sector should be anchored in a unified digital ecosystem built around a single, tamper-resistant animal ID linked to a verified farmer ID. This core identity layer would serve as the common reference point across institutions, eliminating today’s silos between animal husbandry, insurance, banking, and markets. On this foundation would sit multiple interoperable layers. The health and disease layer would record vaccinations, treatments, outbreak exposure, and biosecurity status in real time through para-vets and veterinary networks. The insurance and risk layer would track coverage, claims history, and risk scores, enabling faster payouts and actuarially sound pricing. A breeding and productivity layer would capture genetics, fertility, lactation cycles, and yield trends—starting with organised milk sheds and expanding over time. Above this, a financial services layer would allow banks and MFIs to treat insured, traceable livestock as bankable assets—unlocking credit, working capital, and embedded insurance. Finally, an advisory and market access layer would deliver personalised alerts on nutrition, heat stress, disease risk, and price signals, while linking farmers seamlessly to milk procurement, input suppliers, and buyers. For the farmer, this complexity must be invisible. The system should feel like one trusted interface—one that protects assets, stabilises income, rewards good practices, and connects livestock keepers to markets and finance with dignity and predictability. ---- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/35/3541/securedx-and-panacea-korea-partner-to-expand-verified-animal-disease-testing-solutions.html https://www.agrospectrumasia.com/news/35/3541/securedx-and-panacea-korea-partner-to-expand-verified-animal-disease-testing-solutions.html Wed, 21 Jan 2026 11:21:28 +0530 Partnership will expand verified animal disease testing solutions, integrated with SecureDX's SecureOS™ AI Digital Reporting Platform SecureDX, a Texas-based animal health diagnostics company, announced a strategic partnership with Panacea Korea, a South Korea–based developer and manufacturer of diagnostic testing solutions. Under the parties’ supply and exclusivity agreement, SecureDX will serve as Panacea Korea’s exclusive importer and commercialization partner for North America, bringing a new portfolio of Affordable, validated, quality-managed animal disease testing kits and select diagnostic equipment to market, integrated with SecureDX’s proprietary AI-powered digital reporting and chain-of-custody platform, SecureOS™. The collaboration delivers trusted diagnostic solutions for detecting infectious diseases such as avian influenza, bovine viral diarrhea (BVD), and other critical pathogens impacting cattle, swine, poultry, sheep, goats, and zoo or exotic animals. Tests are developed and manufactured under defined validation and quality processes designed to support consistent performance across species and testing environments. To further simplify and strengthen the testing process, SecureDX is integrating its SecureOS™ platform across its diagnostic offerings. SecureOS™ uses mobile capabilities and AI-enabled workflow standardization to support sample registration, chain-of-custody documentation, status tracking, and results reporting—reducing manual error and enabling standardized, traceable reporting for veterinarians, producers, laboratories, and animal care professionals. By unifying diagnostics with digital reporting, SecureDX enables users to manage results more efficiently while maintaining strong data integrity and traceability. A central focus of the SecureDX–Panacea Korea partnership is accessibility without compromise. Through efficient manufacturing, streamlined distribution, and digital workflow integration, SecureDX is positioned to offer premium-quality diagnostics at a more cost-effective price point than many existing solutions, expanding access to dependable testing for farms, veterinary practices, zoos, laboratories, and export operations of all sizes. “Accuracy, quality control, and affordability are the foundation of everything we do,” said Justin Jones, CEO of SecureDX. “By combining Panacea Korea’s diagnostic technology with our SecureOS™ platform, we are simplifying how testing is performed, reported, and trusted, while keeping costs accessible for real-world animal health applications.” In addition to diagnostic kits, SecureDX will offer complementary equipment including PCR instruments and select point-of-care platforms, designed to integrate with SecureOS™. These solutions are built for use in farms, veterinary clinics, laboratories, and zoological settings, with results supported by laboratory validation and quality assurance protocols. Panacea Korea brings extensive expertise in diagnostic manufacturing and quality management systems to the partnership. “Working with SecureDX allows us to pair high-quality diagnostics with intelligent digital reporting,” said Clara Shin, CEO of Panacea Korea. “Together, we are raising the standard for accurate, affordable, and scalable animal health testing.” The combined diagnostic kits, equipment, and SecureOS™ platform will be available Q1 2026, with tailored solutions for laboratories, commercial farms, veterinary practices, zoos, and animal export programs. ]]> https://www.agrospectrumasia.com/news/35/3503/higher-regulatory-standards-raise-bar-for-new-antibiotics-but-create-opportunity-for-low-risk-biodegradable-alternatives.html https://www.agrospectrumasia.com/news/35/3503/higher-regulatory-standards-raise-bar-for-new-antibiotics-but-create-opportunity-for-low-risk-biodegradable-alternatives.html Tue, 06 Jan 2026 11:44:23 +0530 In this exclusive AgroSpectrum interview, Prof. Paula Hammond, Institute Professor and Executive Vice Provost at Massachusetts Institute of Technology (MIT) and Principal Investigator at SMART AMR; Prof. Mary Chan, NTU Singapore’s School of Chemistry, Chemical Engineering and Biotechnology, and the Lee Kong Chian School of Medicine and Principal Investigator at SMART AMR discuss their groundbreaking antimicrobial polymer platform poised to rewrite the rules of dairy health management. Addressing Bovine Mastitis—a $22 billion global challenge—they explain how Oligoimidazolium carbon acids (OIMs) and Polyimidazoliums (PIMs) deliver potent, low-dose, biodegradable protection without contaminating milk or driving antibiotic resistance. Their early farm trials in China, Malaysia, and Singapore exposed a startling technological stagnation in udder hygiene, revealing an urgent need for modern, eco-safe disinfectant solutions. With regulatory pathways complex and market systems fragmented, they outline a hybrid commercial model balancing direct product development with strategic global partnerships for scale. Their message is clear: antimicrobial innovation must now serve One Health—protecting animals, consumers, and the environment in equal measure. Edited excerpts: The Breakthrough and Its Global Context A $22 Billion Problem: Professor Hammond, bovine mastitis is one of the costliest animal health challenges worldwide. What led your team to focus on this long-standing issue, and what scientific insight unlocked the possibility of developing oligoimidazolium carbon acids (OIMs) as a safer antimicrobial alternative? Prof Mary Chan (my close colleague and collaborator at NTU Singapore) and I have always shared a strong interest in the generation of new polymeric materials for health applications, and we have been particularly interested in charged polymers. Through a collaboration launched by a visiting student from the Chan lab, the imidazolium set of polymers was generated and advanced. Prof Mary’s lab continued to develop more active antibiotic versions and discovered a unique mechanism in this family of materials that makes them highly effective for treatment and prevention of infection. As our research team at SMART began to work toward applying these systems for human health applications, leveraging methods developed in my lab, we saw the potential for these compounds to have an immediate impact on agricultural health. An early SMART researcher working within our shared team first began investigating the potential of the system in a small farm trial and, from that point, we have been pursuing ways in which these novel oligoimidazoliums (OIMs) can be used for safe agricultural applications. Beyond Resistance: Antibiotic resistance has often been framed as a human health crisis, but its agricultural dimension is equally alarming. How does your research reposition the conversation—bridging human, animal, and environmental health under the One Health paradigm? We developed a new class of cationic antimicrobial polymers based on carbene chemistry, so that these cationic polymers are a new class by themselves that are potent and effective in a complex environment and yet biodegradable – able to be degraded into smaller fragments. Our compounds are a class of main chain polyimidazoliums (PIMs)/OIMs. By designing compounds that are effective at low doses, biodegradable, and leave negligible residues in milk, we directly address resistance, agricultural food safety concerns and ecological contamination in one stroke. In practice, that means fewer antibiotics entering the food chain, fewer selective pressures for resistance in farm settings, and reduced downstream environmental impact. Science to Scale: From Lab Discovery to Dairy Field Farm Trial Insights: The initial field trials in Malaysia and Singapore showed encouraging results—no udder irritation, no milk contamination, and strong bacterial suppression. What were the most surprising learnings from translating this molecular innovation to real-world dairy operations? Our initial farm trial was completed in China, and our ongoing farm trial is in Malaysia and Singapore. One of the most striking learnings was how little the technology in modern dairy farming has evolved for udder hygiene, especially in regard to the gap between antibiotics and disinfectants. Despite advances in overall farming practices, there aren’t disinfectants that are both safe and quick acting. The teat dips used today, which typically consist of iodine or chlorhexidine, are essentially the same as several decades ago. This revealed a critical gap between the growing sustainability requirements in modern agriculture and the outdated tools currently available, underscoring the urgent need for innovations like degradable PIMs that are effective, safe and environmentally friendly. Scaling Innovation: You mentioned industry interest from Australia, Belgium, Malaysia, and New Zealand. What does it take to move from promising lab results to full-scale commercialisation in the heavily regulated animal health industry? Commercialisation requires a coordinated program: scaled Good Manufacturing Practice (GMP) systems, larger and geographically diverse field trials, robust safety testing, regulatory dossiers for each target market, and credible industry partnerships for distribution and farmer education. Because animal health regulation is regionally fragmented, a pragmatic pathway is to pair focused pilot commercialisation in receptive markets with licensing or joint ventures for wider rollout. The Business of Biotech and Antimicrobial Innovation Commercialisation Pathway: The research is now transitioning to a spin-off company. What is the envisioned business model—direct product commercialisation, licensing to agribusiness majors, or joint ventures with dairy cooperatives? We envision a flexible, hybrid model. Initially, the spin-off will drive product development and secure key regulatory approvals and pilot customers. For broad, rapid deployment, we expect to pursue strategic partnerships with established agribusiness and animal health companies that already have market reach and customer relationships. Joint development agreements with regional partners will also help customise formulations and application protocols for different farming systems. Policy Catalysts: What regulatory or policy shifts—whether in the U.S., EU, or Asia—would most accelerate the adoption of antibiotic alternatives like OIMs in mainstream agriculture? Concrete regulatory actions are already reshaping antibiotic use in agriculture: the European Union (EU) prohibited the preventive use of antibiotics in groups of animals and tightened veterinary oversight under Regulation EU 2019/6. In China, the Ministry of Agriculture and Rural Affairs banned the use of most antibiotic growth promoters in animal feed in 2020. Specifically in the United States, the Food and Drug Administration (FDA) phased out growth-promotion uses via Guidance for Industry (GFI) #213; at the same time, GFI #152 requires rigorous microbiological risk assessment for any new antimicrobial in food animals. These higher regulatory standards raise the bar for new antibiotics but create an opportunity for low-risk, biodegradable alternatives like OIMs that do not select for human-relevant resistance. Science, Systems, and Sustainability Rethinking Animal Health: In many ways, bovine mastitis is a microcosm of global food system fragility—overreliance on antibiotics, environmental pollution, and supply chain waste. How can cross-disciplinary R&D, such as SMART AMR’s approach, reshape the future of veterinary science? When scientists, engineers and other experts work together, we get a better understanding of the challenges that we face and the tools that we have available to apply to them, and it is possible to see new ways of addressing decades-old problems. By keeping sustainability and safety as part of the solution requirement, we can evolve our science towards a more holistic approach in which the short and long-term outcomes are considered. Sustainable solutions can be further advanced by bringing scientists together with agricultural and veterinary experts and policy makers to better understand where and how to best focus our cross-disciplinary efforts. The Decade Ahead: As an MIT Institute Professor and a leader in translational science, how do you see the next decade of antimicrobial R&D evolving—especially in balancing synthetic chemistry, bioengineering, and planetary health imperatives? There will be great opportunities in the coming decade to move away from more traditional antimicrobial drugs and towards innovative approaches that address microbes across a multi-spectrum fashion while reducing harm to animal health and the planet. To accomplish this goal, we will need to deploy creative materials chemistry with a deep understanding of biology and ecological considerations. --- Suchetana Choudhury (suchetana.choudhuri@agrospectrumindia.com) ]]> https://www.agrospectrumasia.com/news/35/3334/ntu-singapore-and-smart-scientists-develop-safer-and-more-sustainable-antimicrobials-to-prevent-infection-of-cow-udders.html https://www.agrospectrumasia.com/news/35/3334/ntu-singapore-and-smart-scientists-develop-safer-and-more-sustainable-antimicrobials-to-prevent-infection-of-cow-udders.html Thu, 16 Oct 2025 10:57:48 +0530 The dairy industry has been plagued by a persistent global problem for decades – bacterial infection of cow udders that significantly reduces milk production. The condition, known as bovine mastitis, is estimated to cause annual global losses of $22 billion (S$28 billion). While antibiotics have been used to treat the infection in dairy cattle, there are issues such as rising antibiotic resistance and concerns around milk contamination from antibiotic residues. Now, a team of international researchers has developed alternatives to antibiotics that prevent infection through a novel mechanism they discovered. The scientists were led by Nanyang Technological University, Singapore (NTU Singapore), in collaboration with the Antimicrobial Resistance (AMR) Interdisciplinary Research Group at the Singapore-MIT Alliance for Research and Technology (SMART), Massachusetts Institute of Technology’s (MIT) research enterprise in Singapore. Their findings were recently published in the scientific journal Nature Communications. In a preliminary farm trial, the new antimicrobial compounds were applied on cow teats and shown to stave off udder infection after the animals were exposed to bacteria. “Our study has unveiled an alternative class of potent antimicrobial compounds that could be used in the agriculture industry to combat multi-drug-resistant bacteria that cause bovine mastitis,” said Professor Mary Chan, one of the co-leads of the research from NTU Singapore’s School of Chemistry, Chemical Engineering and Biotechnology, and the Lee Kong Chian School of Medicine, as well as a Principal Investigator at SMART AMR. “The compounds are also promising as they did not cause significant adverse effects in cattle in our tests. They didn’t spoil the cows’ milk nor make it unsafe for consumption as well.” The new compounds have since attracted interest from several agricultural companies in Australia, Belgium, Malaysia and New Zealand. The businesses are keen as they are seeking substitutes that are safer and more environmentally friendly than existing compounds in preventing the infection of cow teats. Professor Paula Hammond, Institute Professor and Executive Vice Provost at MIT and Principal Investigator at SMART AMR, who is one of the co-authors of the research, said: “With the success of our initial study in both the laboratory and in the field, we are now planning to work closely with industry partners to scale up and do larger trials in dairy cattle, with the aim of commercialising the novel antimicrobial compounds.” Professor Kevin Pethe, the study’s other co-lead from NTU’s Lee Kong Chian School of Medicine and Principal Investigator at SMART AMR, noted that the new compounds are also very effective in killing multi-drug-resistant bacteria in mice at doses that were not noticeably harmful to the rodents in the team’s study. “This opens the way for the compounds to be further developed and optimised for other therapeutic applications in the biomedical field in the future,” he said. Udder concernsWhen cattle udders get infected, the antibiotics used to treat them often end up in their milk in high concentrations for some time, so the milk cannot be consumed or sold under existing rules. Bacteria resistant to such antibiotic treatments have surfaced too. To prevent the infection of cow teats, farmers typically dip udders in antiseptic solution, such as those containing iodine or chlorhexidine, to kill bacteria on them. However, the disinfectants’ long-term use can irritate udders or cause their skin to crack, which increases the risk of infection. There are also concerns that after cleaning the udders of the antiseptics, iodine and chlorhexidine may find their way into the environment and cause problems like disrupting the nutrient balance in nature and harming aquatic life respectively. And when the chemicals come into contact with milk, like when udders are not properly cleaned, they become less effective at killing bacteria. The NTU-led scientists realised that these challenges in the dairy business could be addressed with novel compounds called “oligoimidazolium carbon acids” (OIMs) that they initially developed as alternatives to fight antibiotic-resistant bacteria. They found that OIMs kill bacteria in a new way, unlike traditional “cationic” antimicrobials studied now as antibiotic substitutes. Parts of the OIMs convert into structures called carbenes, which lets them slip past the bacteria’s protective membranes quickly to damage their DNA and kill them. This killing method is more potent than for typical cationic antimicrobials. So, lower doses of OIMs are needed, which reduces the chance of side effects. Commercial potentialThe research team tested if OIMs could be used as an antiseptic dip to prevent bovine mastitis in a preliminary farm trial led by SMART AMR. Cows whose teats were dipped in the compounds did not develop udder infection over time after being exposed to bacteria. The OIMs also did not irritate the cows’ udders nor cause the animals to behave abnormally – for example, they were not restless and did not kick, which are signs of itching and irritation. The compounds were easily washed off as no traces of them were detected on the udders or in the cows’ milk after the teats were cleaned. They have a sustainable advantage as well. “The OIMs are biodegradable and break down into natural molecules that are neither toxic nor polluting, so we expect them to be more environmentally friendly than using iodine or chlorhexidine,” explained Dr Kaixi Zhang, Research Scientist at SMART AMR and a co-author of the study. Tests showed that the OIMs do not affect the quality of the milk too. Furthermore, unlike iodine and chlorhexidine, the OIM’s ability to kill bacteria was unaffected by milk. Going forward, the scientists are commercialising the OIMs through a spin-off company, and a large farm trial has been started in Malacca, Malaysia, to optimise the antimicrobial compounds. Several agricultural companies in Australia, Belgium, Malaysia and New Zealand have expressed interest in exploring the commercial use of the antimicrobial compounds in preventing, and possibly treating, bovine mastitis in dairy cattle. The dairy industry has been actively searching for new compounds that are much less toxic, more effective and more sustainable to replace existing iodine- and chlorhexidine-based products, which have been used to prevent bovine mastitis for decades. Coupled with increased scrutiny of the dairy business following rising incidents of adulterated milk, companies have thus shown interest in the researchers’ new antimicrobial compounds. The research conducted at SMART is supported by the National Research Foundation Singapore under its Campus for Research Excellence and Technological Enterprise (CREATE) programme. The farm trial study was supported by a grant from the SMART Innovation Centre, which helps researchers commercialise their technologies and turn them into successful ventures. ]]> https://www.agrospectrumasia.com/news/35/3320/fonterra-and-biolumic-partner-to-bring-light-activated-seed-traits-to-new-zealand-dairy-systems.html https://www.agrospectrumasia.com/news/35/3320/fonterra-and-biolumic-partner-to-bring-light-activated-seed-traits-to-new-zealand-dairy-systems.html Mon, 13 Oct 2025 10:38:58 +0530 Breakthrough collaboration targets improved pasture performance, resilience, and climate-smart benefits BioLumic, a pioneer in seed trait innovation, has entered a multi-year partnership with global dairy co-op Fonterra to develop a new category of seed traits for pasture-based dairy systems — traits that program the plant’s genetic expression rather than alter its genetics. The partnership will deliver light-activated traits designed to improve the productivity and resilience of ryegrass, starting in New Zealand. “This partnership signals a new era for forage innovation to supercharge pasture-based dairy systems,” said Jeremy Hill, Chief Science and Technology Officer at Fonterra. “Together, BioLumic and Fonterra are aiming to set a new standard for forage performance—unlocking greater productivity with technology that’s readily scalable.” Supported by Fonterra’s Ki Tua Fund, the collaboration combines BioLumic’s proprietary xTraits™ technology with Fonterra’s deep farmer network and field validation expertise. Together, the two companies will accelerate the availability of practical, scalable solutions that address core productivity challenges in pasture. Tackling the Productivity Gap in Forage Innovation Pasture-based dairy systems are under increasing pressure to lift productivity while navigating rising costs, climate volatility, and regulatory constraints. Yet trait innovation in forage grass has failed to keep pace—constrained by the long timelines, high costs, and regulatory hurdles of breeding and biotech approaches. Meanwhile, greater reliance on supplementary feed increases input costs and complexity. “The xTraits Platform uses precise light signals to program beneficial traits into seeds – without altering their DNA. It’s a faster, natural alternative that works with the varieties farmers already trust,” said Dr. Jason Wargent, Founder and Chief Science Officer at BioLumic. “We’re committed to practical, farmer-focused solutions that unlock more from every hectare.” The initial focus is on productivity xTraits for ryegrass—targeted to enhance dry matter yield and metabolizable energy to improve forage performance, feed efficiency, and milk solids production. These traits can also be stacked with lipid-enhancing traits, which may help reduce methane emissions from enteric fermentation in cows, supporting more climate-smart dairy outcomes without impacting on-farm practices. Trait development is already underway in BioLumic’s controlled environment trials, where early results have been promising. Field trials in partnership with Fonterra will begin in 2026, with a commercial product launch targeted for 2028. BioLumic is partnering with leading seed companies to activate traits in proven ryegrass varieties, requiring no change to existing seed or farming systems. The partnership builds on BioLumic’s success activating xTraits™ across multiple crops, including corn, soybean and rice programs, where the company is working with seed partners to unlock productivity and sustainability gains. ]]> https://www.agrospectrumasia.com/news/35/3195/vietstock-2025-the-premier-platform-for-livestock-innovation-collaboration.html https://www.agrospectrumasia.com/news/35/3195/vietstock-2025-the-premier-platform-for-livestock-innovation-collaboration.html Mon, 18 Aug 2025 07:01:00 +0530 Vietstock Expo & Forum - The most anticipated livestock event in Vietnam will take place from 8–10 October 2025 at the Saigon Exhibition and Convention Center (SECC), Ho Chi Minh City. Shaping the Future of Livestock at Vietstock 2025 As Vietnam’s Premier International Feed, Livestock & Meat Industry Show, Vietstock Expo & Forum continues to lead as the key platform for industry professionals to showcase innovations, engage in meaningful dialogue, and tackle pressing challenges within the livestock industry across Vietnam and the ASEAN region. Now in its 13th edition, Vietstock 2025 is expected to feature 13,000 sqm of exhibition area, bringing together 300 exhibitors and 13,000 trade visitors and professionals from 40 countries and regions. With strong local and international participation, the exhibition will provide a 360-degree view of the modern livestock value chain through a comprehensive display of the latest products, solutions, and technologies. Equipment, Technology & Engineering Solutions: From water and wastewater treatment systems, automated feeding equipment, biogas systems to climate control and biosecurity solutions, every innovation aims to drive productivity and foster sustainable livestock development. Animal Nutrition, Genetics & Care: The show brings together leading-edge animal nutrition solutions, feed additives, raw materials, genetics and artificial insemination technologies to help enhance animal health, productivity, and farm profitability. Production & Trade Support Services: Highlights key services in logistics, quarantine, data management, and digital platforms, all of which help optimise production chains and sharpen business competitiveness. Livestock Products & Market Access: Showcasing the final outputs of the livestock value chain including poultry, meat, eggs, milk, and processed products, this area bridges producers and the market, reflecting current consumer trends and adding value across the sector. Pre-registration: https://ers-vn.informa-info.com/vs25 Vietstock 2025: A Knowledge Powerhouse for the Livestock Sector More than just a trade show, Vietstock Expo & Forum represents the convergence of knowledge, innovation, and partnership in the livestock industry. It is where policymakers, experts, and businesses from around the globe gather to discover breakthroughs, exchange insights, and forge strategic collaborations for a more sustainable and resilient future. Alongside the exhibition, Vietstock 2025 will feature a robust line-up of programs including technical conferences, industry forums, business dialogues, and prestigious award ceremonies, designed to unlock real value, promote technology adoption, and upskill industry stakeholders. Conferences & Technical Seminars Vietstock – An Education Hub for Technical Knowledge and Market updates in the livestock Industry. The Conferences & Technical Seminars feature engaging sessions led by industry thought leaders, covering a diverse range of topics. From market trends and regulatory updates to technological advancements and best practices, these sessions provide invaluable insights and knowledge-sharing opportunities. Highlight conferences will address key industry issues such as the Antimicrobial Resistance Forum, Poultry/Ruminant & Dairy/ Swine, Waste to Energy, Nutrition & Feed, Animal Welfare, Controlling Greenhouse Gas Emissions in Livestock Production. Antimicrobial Resistance Forum AMR Forum aims to address one of the most pressing challenges in animal agriculture. The forum, titled “From Policies to Practices – Tackling Antimicrobial Resistance Together”, is designed to foster collaboration and drive actionable strategies that align with international efforts to mitigate AMR. Vietstock Awards 2025 – 13th EditionAwarded by the Department of Livestock Production and Veterinary (MAE), The Vietstock Awards 2024 honour exceptional organisations and companies that have made significant contributions to the livestock industry in Vietnam. Vietstock Awards celebrate excellence and inspire continuous progress within the sector by recognizing exceptional achievements and innovations. The Vietstock Awards serve as catalysts for innovation, driving the industry forward and shaping its future landscape. Match & Meet Program A dedicated and professional networking space where exhibitors and industry decision-makers can connect efficiently and privately. The program enables direct business engagement and accelerates partnerships, right on the show floor. Bus-in ProgramTailored for livestock households, the Bus-in Program provides transportation and on-site guidance for farmer groups from across Vietnam and Cambodia. This program enhances accessibility and maximises participation, enabling attendees to fully immerse themselves in the event experience. Eggcellent Theatre A feature pavilion dedicated to poultry farming and egg production. In celebration of World Egg Day, the area includes product displays, interactive games (Did You Know?), egg giveaways, and in-depth technical seminars. Join us on this extraordinary journey Don’t miss your opportunity to engage with the region’s most influential livestock event. Vietstock 2025 is your gateway to the latest market insights, pioneering technology, expert knowledge, and valuable business partnerships.Register today and get ready to connect, learn, and grow with the industry’s best. Book a stand: https://www.vietstock.org/en/book-a-stand/  Pre-registration: https://ers-vn.informa-info.com/vs25 Stand booking support: Ms. Sophie Nguyen – Sophie.nguyen@informa.com Group Delegation Support: Ms. Phuong – phuong.c@informa.com Marcom Support: Ms. Anita Pham – anita.pham@informa.com ]]> https://www.agrospectrumasia.com/news/35/3022/adapting-to-a-changing-world-the-future-of-animal-health-in-the-face-of-emerging-threats.html https://www.agrospectrumasia.com/news/35/3022/adapting-to-a-changing-world-the-future-of-animal-health-in-the-face-of-emerging-threats.html Wed, 02 Jul 2025 09:21:00 +0530 Cynderella Carlynda Galimpin, Head of Animal Health, Regional Operating Unit ASEAN, South Korea Australia New Zealand, Boehringer Ingelheim How does the re-emergence of endemic transboundary diseases impact the global community, and what trends are you observing in this context? The link between animal and human health is undeniable, and so are the impacts. Some  60% of known infectious diseases in humans originate from animals – including pets – and 36% of transboundary diseases are associated with livestock, many for human consumption. The social and economic consequences of endemic transboundary disease are vast. They spread rapidly, threaten animal and livestock health, compromise quality and reduce availability of animal products, and inevitably impact human health.  Take Avian Influenza (HPAI) or Foot-and-mouth disease (FMD), for example. Together, they affect many of the most consumed animal protein groups globally, and just one infected animal can infect an entire flock or a herd of cattle, pigs, sheep, or goats in hours.  Fuelling this risk is the cycle of demand, production and supply, alongside climate change. As urbanisation spreads, agricultural production and global trade intensify; human contact with animals increases, habitats change, and environmental conditions favour transmission. The consequences are harsh and widely felt: disease spreads, animal wellbeing suffers and production is impacted. Meanwhile, as health emergencies emerge, governments impose trade barriers, and livelihoods and food security are affected too. Given the rapid spread of diseases, how should the animal health industry evolve to meet these challenges? How can different stakeholders–including industry, governments, and researchers–collaborate more effectively to reduce the impact of transboundary diseases? With global forces at the core of this issue, no single organization or sector can solve the challenges at the human-animal-environment interface alone. But as a first step, animal, human and environmental health industries – public and private – can acknowledge the need for a collective response.  A One Health approach is vital if we are to improve the environment in which we raise, transport and treat animals and livestock, protect and support their health, and ours.  Looking at the highly connected ASEAN region – where demand for animal products is high, the risk is amplified, and transboundary risks are a constant consideration – the opportunities for improvement include: Enhancing surveillance for early detection, insight and tracing of emerging threats. This includes more investment in data sharing and research into zoonotic diseases. Strengthening veterinary governance structures and promoting responsible antimicrobial use to curb antimicrobial resistance in animals.  Investing in fit-for-purpose prevention and preparation assets that support targeted vaccination production, advanced diagnostics and rapid outbreak response.  Ensuring access to quality animal health products via streamlined product registration and approval processes, and improved governance requirements for manufacturers.  Encouraging broad public-private partnerships for animal health promotion. The emergence of new avian influenza variants poses significant challenges. What are the implications for scientists, public health authorities, clinicians, and the community at large? The emergence of new HPAI variants poses a significant and persistent challenge across Asia, with cases consistently reported annually in China, Vietnam, Cambodia, and Indonesia. The severity of this challenge is twofold: the constant genetic evolution of the virus, and the immense speed and scale at which these outbreaks can devastate poultry populations. This complexity makes a unified response incredibly difficult and leads to devastating real-world impacts. For example, in the Philippines in 2022, the disease led to the culling of 10 million chickens, causing significant economic losses. The situation remains critical even today, with active cases in Tarlac, Pampanga, and Nueva Ecija, and 99 other municipalities.  For directly and indirectly impacted communities – farmers, producers, retailers, hospitality industries, and beyond – this can mean hardship. The Philippines outbreak has driven up poultry costs and consumer prices, hurt producer livelihoods, and exacerbated food security and cost-of-living concerns.  The science community, meanwhile, must chase down an ever-evolving threat. Recent outbreaks, like in the Philippines, demonstrate how quickly they evolve. We need greater funding and focus into viral evolution, genetic mutations, and the development of effective vaccines that can keep pace with these changes. Finally, for public health officials, the Philippines case is another reminder to strengthen surveillance and biosecurity standards, policies and practices, and engage proactively with stakeholders – across borders – to coordinate control and tracing efforts. Vaccination is a critical tool in combating threats like avian influenza, African Swine Fever, and Foot-and-Mouth Disease. How would you recommend strengthening vaccination globally, particularly in regions most vulnerable to these diseases? Strict biosecurity measures, disease monitoring and vaccination contribute to preventing or controlling against HPAI, African Swine Fever (ASF) and FMD.  In ASF, diagnostics for early detection and strict biosecurity controls remain the two crucial lines of defence. In HPAI, diagnostics, biosecurity controls and vaccination for clinical protection play a role in early detection, transmission reduction and disease elimination. But preparation is another crucial element.  In FMD, for example, the primary aim of vaccination during an epidemic is not to induce clinical protection, but to reduce transmission and stop the spread.  Effective preparation therefore requires rapid-response capabilities for vaccination en masse. Introducing vaccine antigen banks as a reserve of frozen vaccine antigen concentrate to be quickly formulated and deployed during emergency and outbreak scenarios is one such solution.  But no company can build preparedness capabilities for future transboundary and emerging diseases without collaboration or a reasonable approach to risk sharing. Modelling and planning for these programs to achieve optimal impact necessitates a cohesive, joint approach among health industry, authorities, governments, veterinarians and farmers.  How is Boehringer Ingelheim strategically combating continuously evolving viral strains and designing innovative vaccine solutions to fight avian influenza? We are leveraging advanced R&D to develop vaccines, providing broad-spectrum protection against evolving viral strains. Our poultry vaccines are designed to protect flocks while minimizing production losses, thereby ensuring sustainable farming in Southeast Asia. Through our commitment to R&D, we remain at the forefront of avian influenza prevention. We also know that effective disease control requires strong partnerships to ensure vaccine access. That’s why we work with regulatory bodies to facilitate farmer access to HPAI vaccines, and supply millions of doses across the globe, every year.  In the Philippines, for example, Boehringer Ingelheim has donated HPAI test kits to trade and partner stakeholders to support surveillance efforts. We are also actively working with the Bureau of Animal Industry (BAI) and the Food and Drug Administration (FDA) to streamline vaccine approvals. Boehringer Ingelheim's new trivalent poultry vaccine protect against Marek's disease, Infectious Bursal Disease, and H5 avian influenza in just one shot. Can you elaborate on the development and impact of this innovative solution? Boehringer Ingelheim has expanded its VAXXITEK® range with the introduction of VAXXITEK® HVT+IBD+H5, the first trivalent poultry vaccine that builds upon the foundation of VAXXITEK® HVT+IBD and now combines protection against Marek's disease, Infectious Bursal Disease, and H5 avian influenza in a single dose. This provides farmers with an efficient method of administering broad protection against these diseases. The advanced COBRA technology ensures cross-clade protection against most prevalent and emerging H5 AI strains, reducing the need for frequent updates. This innovation reduces labour and costs and preserves the immune capabilities of the birds, enhancing animal welfare by minimizing handling stress. What are the main barriers to innovation in the animal health space, and how can the industry overcome them to ensure future growth and resilience? Innovation in animal health faces several challenges, including regulatory complexities, high R&D costs, and limited access to data for emerging diseases. The ASEAN region has its own hurdles, including a lack of skilled professionals and resources, limited technology adoption, and a need for greater harmonization among animal health agencies.  Addressing these challenges requires enhanced collaboration between regulators and industry to improve approval processes and access to necessary medicines. Knowledge sharing, capacity building, and wider adoption of digital solutions will also advance ASEAN’s animal health ecosystem. Perhaps most importantly, however, is broader public understanding and prioritisation of animal health. By promoting prevention via vaccination and timely veterinary support, animal holders across ASEAN, and the broader community, can contribute to better disease control. By changing our individual behaviours, we collectively improve resilience by providing financial stability for those whose livelihoods depend on animals or contribute to food production and security.  Misconceptions about livestock vaccination can hinder progress. How can these misconceptions be addressed through ethical and sustainable international practices, especially when it comes to trade?  There is no single solution to stamping out disease in animals. Optimal animal health practices comprise responsible vaccination and antimicrobial use, alongside robust biosecurity and hygiene standards, data, insights and communication.  Medications complement, not replace, robust biosecurity and hygiene practices. In swine, for example, vaccination can reduce the need for antibiotics by preventing disease, but is most effective when combined with good farm management.  In poultry and HPAI, some suggest vaccines can mask infection or create a false sense of security around disease prevention. But insufficient vaccination practices, biosecurity measures, coverage and monitoring (often seen in developing countries in ASEAN) can be the catalyst for an endemic situation. Vaccination is one component of a comprehensive strategy and must be considered alongside appropriate antimicrobial use.  Perhaps the greatest health threats facing our world is the misuse of antimicrobials in humans, animals and plants. Previously effective medicines for animals are being rapidly outpaced by genetic mutations and transfer of resistant traits, creating new, drug-resistant pathogens. Communication is therefore paramount to curb misconceptions. Sharing evidence on vaccine safety and efficacy, acknowledging limitations and concerns about residues or environmental impacts, and raising awareness around antimicrobial use and robust surveillance all help build trust and raise standards.  How do you define Boehringer Ingelheim’s efforts to advocate for animal welfare and health internationally? Boehringer Ingelheim actively engages with regional and international organizations to promote animal welfare and health, with a strong focus on sustainability.  With both human and animal health businesses under one roof, many of our solutions are aimed at solving welfare and wellbeing challenges at the intersection of these two areas.  Our fight to reduce antimicrobial resistance, our STOP Rabies initiative, and our focus on prevention over treatment in livestock and sustainable food production, are just some examples of that effort. This passion and commitment to animal, human and environmental health stems from our company's history and underpins everything we do to protect and support life.  How is Boehringer Ingelheim integrating sustainable practices into its animal health operations, and how will this benefit animals and the environment in the long run? Across ASEAN, as in all regions, we integrate sustainable practices into all our animal health operations. Our Stop Rabies initiative, for example, is driving towards the global Zero by 30 goal to end human deaths from dog-mediated rabies infections by 2030.  We are committed to working hand in hand with veterinarians, pet owners, government and non-governmental organizations, health authorities, the Global Alliance for Rabies Control, and other stakeholders around the world.  Leveraging our expertise in rabies prevention and management, we actively support elimination efforts in Southeast Asia—particularly in the Philippines, Vietnam, Thailand, Indonesia, and Malaysia, by delivering tailored, partnership-driven, and community-led solutions.  Farmers and producers across ASEAN depend on us to safeguard their animal health. That is why we work with partners in the region to expand sustainability initiatives and practices, improving the health of animals, humans, and our planet. In Thailand, for example, we partner with Charoen Pokphand Foods to convert waste from our avian vaccines into renewable Refuse Derived Fuel. By reducing our operational impact, promoting energy efficiency, minimizing waste, and providing sustainable solutions, we are directly supporting ASEAN's farmers in building more resilient and environmentally responsible businesses, contributing to healthier animals, reduced resource consumption, and a more secure food supply for the region. ]]> https://www.agrospectrumasia.com/news/35/2909/breaking-shell-sanguan-farm-leads-thailands-cage-free-egg-revolution.html https://www.agrospectrumasia.com/news/35/2909/breaking-shell-sanguan-farm-leads-thailands-cage-free-egg-revolution.html Thu, 15 May 2025 11:43:44 +0530 Sanguan Farm, based in Saraburi province, has introduced Thailand’s first pasteurized cage-free liquid egg, signaling a major step forward in animal welfare within the country's egg industry. Currently home to over 30,000 cage-free hens, the farm plans to expand its flock to meet growing demand from foodservice providers and hotels. Following the early-year launch of its liquid egg product, the company aims to introduce cage-free egg white and yolk products by mid-year In the heart of Saraburi province, a quiet agricultural shift is making noise in Thailand’s food industry. Sanguan Farm, a family-owned business with a forward-looking vision, has officially launched the country’s first pasteurized cage-free liquid egg—a milestone for both animal welfare and the Thai egg market. At present, the farm is home to over 30,000 cage-free layers, with plans already underway to significantly increase that number. The move comes in response to the growing demand for liquid egg products, particularly from the foodservice and hospitality sectors, which are increasingly seeking ethically sourced ingredients that align with global sustainability trends. The launch of Sanguan Farm’s cage-free liquid egg earlier this year is just the beginning. The company is preparing to introduce cage-free egg white and yolk products by mid-year, broadening its offerings and reinforcing its commitment to responsible farming practices. “This is more than a business decision—it’s a long-term investment in the future of food,” said Sathit Kruarattikan, CEO and owner of Sanguan Farm. “Consumers are demanding higher animal welfare standards, and we want to meet that expectation not only with words, but with real change.” The move positions Sanguan Farm as a pioneer in Thailand’s slowly evolving egg industry, where caged systems remain the norm. By investing in cage-free production and processing, the company hopes to inspire others in the sector to consider more humane alternatives, all while delivering high-quality products that meet international standards. As the conversation around ethical consumption continues to gain momentum across Asia, Sanguan Farm’s initiative could serve as a blueprint for others—showing that innovation and compassion can, indeed, go hand in hand. ]]> https://www.agrospectrumasia.com/news/35/2749/boehringer-ingelheim-launches-new-trivalent-poultry-vaccine-includes-protection-against-h5-avian-influenza.html https://www.agrospectrumasia.com/news/35/2749/boehringer-ingelheim-launches-new-trivalent-poultry-vaccine-includes-protection-against-h5-avian-influenza.html Wed, 26 Feb 2025 12:11:52 +0530 VAXXITEK® HVT+IBD+H5 is a new trivalent vaccine for poultry that offers protection against Marek’s disease, Infectious Bursal Disease and H5 avian influenza in just one shot With VAXXITEK® HVT+IBD+H5, Boehringer Ingelheim is expanding its proven VAXXITEK® range with a new vaccine that protects against three severe poultry diseases: Marek’s disease, Infectious Bursal Disease, and H5 avian influenza. Leveraging extensive expertise in avian influenza protection, this innovative vaccine will first launch in Egypt in February 2025. VAXXITEK® HVT+IBD+H5 is manufactured in the U.S. where it has been licensed since 2023; however, avian influenza vaccination is currently not permitted in the U.S.  Marek's disease is a viral disease in chickens that can cause tumors, paralysis, and often death. It is widespread and can lead to significant losses in poultry farms. Infectious Bursal Disease, also known as Gumboro disease, is another viral disease in chickens that causes clinical symptoms like diarrhea and dehydration resulting in significant productivity losses in poultry farms. Both diseases target the immune system, making the birds more susceptible to other infections. Vaccination against Marek’s disease and Gumboro is standard practice in most poultry farms globally. Avian influenza, mostly known as avian flu or bird flu, is a highly contagious disease affecting domestic and wild birds. It can also infect other species such as cows, cats and even humans, although human infections are rare. H5 is one of the most prevalent avian influenza virus strains and endemic in several countries where it is present all year-round. In these countries, vaccination is a necessary tool to further prevent the spread of the disease. Due to the continuous evolution of the virus and development of many variants, the need for innovative vaccine solutions to manage avian flu remains urgent.  Supporting poultry producers through technology and ease of use “The launch of VAXXITEK® HVT+IBD+H5 is another step forward in avian influenza prevention regarding both coverage and convenience”, says Taoufik Rawi, Head of Franchise, Poultry, at Boehringer Ingelheim. “Our new three-in-one vaccine is quick and effective: It combines broad protection against the most prevalent H5 avian influenza clades and two major poultry diseases in just one shot.”  A clade is a group of viral strains that share a common ancestor. While traditional bird flu vaccines often only cover one clade at a time, Boehringer Ingelheim leveraged a technology called COBRA (Computationally Optimised Broadly Reactive Antigen) to create a unique antigen sequence which provides protection against the most prevalent and infectious H5 clades.   Waleed El Mashak, Head of Animal Health India, Middle East, Turkey, and Africa (IMETA) at Boehringer Ingelheim, says: “As a region heavily impacted by avian influenza, the launch of VAXXITEK® HVT+IBD+H5 represents a critical advancement for poultry farmers across IMETA. By offering cross-clade protection against H5 avian influenza alongside immunity against other major diseases, this innovative vaccine provides farmers with a comprehensive and efficient solution to safeguard their flocks and support sustainable poultry farming.”  VAXXITEK® HVT+IBD+H5 is administered directly at the hatchery, providing early protection for chicks, avoiding any immunity gap. This refers to the potential gap between the decrease of maternal antibodies in the chicks and the raise of active immunity due to vaccination. Just like Boehringer’s other avian influenza vaccines, VAXXITEK® HVT+IBD+H5 is a DIVA (Differentiating Infected from Vaccinated Animals) vaccine. This is crucial to distinguish between vaccinated and naturally infected birds in case of a disease outbreak.   ]]> https://www.agrospectrumasia.com/news/35/2588/new-zealands-lic-improving-herd-genetic-diversity-in-collaboration-with-sexing-technologies.html https://www.agrospectrumasia.com/news/35/2588/new-zealands-lic-improving-herd-genetic-diversity-in-collaboration-with-sexing-technologies.html Fri, 22 Nov 2024 10:33:33 +0530 LIC farmers are set to benefit from a genetics collaboration with US company, Sexing Technologies (ST) The LIC, a New Zealand agri-tech and herd improvement cooperative, has teamed up with a US genetics company, Sexing Technologies (ST) to empowers livestock farmers through the delivery of superior genetics and technology. The collaboration is focused on breeding the best cows to improve the national herd. Richard Spelman, LIC Chief Scientist said “Collaborating with ST to access their genetics means that we’ll be bringing in genetic diversity and traits of interest, such as improved udder conformation. The genetics will be available for New Zealand LIC farmers in 2026”. ST Chief Executive Juan Moreno’s said “working with LIC to access our herd genetic diversity is an exciting opportunity for ST. We have a vision to help create the best animals and the collaboration will mean that LIC, and therefore New Zealand farmers, will have access to US elite breeding heifers”. Richard Spelman, LIC Chief Scientist, said, “This multi- year project is part of LIC’s core business to invest in breeding programmes and research so we can offer the genetic diversity to our farmers. Last year, LIC generated embryos for specific traits using elite LIC sires and a number of ST’s elite female donors. These were implanted at ST to create a first progeny of calves (F1) – these first animals are half US, half NZ bred. The resultant sires will have semen collected and will be available to LIC New Zealand farmers in 2026. The heifers born in USA will then be used to generate embryos with elite LIC sires utilising cutting-edge US technology and skills. The male sexed embryos will be sent to NZ to provide future LIC semen for breeding, supporting continued genetic improvements. “We’ve listened to our farmers – they’ve been asking for greater diversity in our cow population, as well as improvement in udders to support the greater production per cow. We’re excited to leverage off US cutting edge technology, as well as fast-tracking access to superior udder traits”. “Signing the contract with ST technologies USA marks an exciting step in the future of our genetic diversity,” said Richard. ]]> https://www.agrospectrumasia.com/news/35/2496/steeds-launches-revolutionary-multi-bottle-feeder-for-baby-animals.html https://www.agrospectrumasia.com/news/35/2496/steeds-launches-revolutionary-multi-bottle-feeder-for-baby-animals.html Mon, 07 Oct 2024 11:12:08 +0530 Supporting Animal Caregivers with an Innovative Bottle Feeding Solution STEED’S is excited to announce the pre-launch of its Kickstarter campaign for the Baby Bottle Bed, a new product designed to facilitate the feeding of multiple baby animals simultaneously. STEED’S Baby Bottle Bed is an all-in-one feeding solution that allows caregivers to feed several baby animals at once. This product is designed with soft, cushioned materials to ensure the comfort and safety of the animals during feeding. The hands-free design makes it easy for caregivers to manage feeding times efficiently. Additionally, the Baby Bottle Bed is made from durable, easy-to-clean materials, ensuring a hygienic feeding environment. STEED'S Baby Bottle Bed addresses a common challenge faced by animal caregivers: the need to bottle feed multiple baby animals at the same time. Traditional feeding methods can be time-consuming and stressful, both for the caregiver and the animals. The Baby Bottle Bed simplifies this process, allowing for a more streamlined and stress-free feeding experience. This innovative product is particularly beneficial for animal shelters, rescue organizations, and breeders who often care for multiple young animals simultaneously. STEED’S is committed to providing innovative solutions that enhance the well-being of animals and support the dedicated individuals who care for them. The Baby Bottle Bed is just the beginning of our journey to develop products that make animal care easier and more efficient. ]]> https://www.agrospectrumasia.com/news/35/2393/msd-animal-health-launches-sensehub-dairy-youngstock.html https://www.agrospectrumasia.com/news/35/2393/msd-animal-health-launches-sensehub-dairy-youngstock.html Wed, 21 Aug 2024 11:26:32 +0530 Group housing capability to provide farmers with actionable insights to make informed decisions and to increase capabilities and efficiencies for herds MSD Animal Health, a division of Merck & Co., Inc., launched SenseHub™ Dairy Youngstock for pre-weaned calves in individual hutches and group housing, the industry’s first monitoring technology for dairy calves from birth through the first 12 months of life, for herds of all sizes. Launch coincides with new updates to SenseHub Ecosystem and SenseHub Dairy aimed at increasing capabilities and efficiencies for herds of all size. SenseHub Dairy Youngstock makes it easier for dairy producers to detect and locate calves and heifers that need attention. Proprietary, science-based algorithms constantly monitor animal behaviors through the special SenseHub monitoring ear tag. The technology identifies animals that exhibit behaviors that fall outside their individual norms, indicating they may need attention. The SenseHub monitoring ear tag incorporates a blinking LED light so producers and farmers can quickly and easily locate those animals and apply appropriate interventions. Calves have a natural tendency to hide symptoms of disease. SenseHub Dairy Youngstock helps to overcome this instinctive behavior by identifying potential signs of illness, often before symptoms are apparent to producers or farmers. “With SenseHub Dairy Youngstock, dairy producers can now harness objective insights to find calves that may need extra care and then provide early intervention to keep them on a path toward becoming healthy and productive cows” said Juan Pedro Campillo, global lead, SenseHub Dairy Youngstock. This technology also allows dairy farmers to alleviate the increasing labor shortages on farms and benefit when managing their daily operations from their smartphones. The new SenseHub Dairy Youngstock solution increases well-being conditions for the animals and allows for more sustainable herd health management of the farm. The efficiency associated with the technology allows producers and farmers to adjust the workflow on their operation and more effectively utilize their resources. Tiago Arantes, associate vice president, Global Livestock lead, MSD Animal Health said “With its recent enhancements, the SenseHub Ecosystem can support farms of all sizes in addressing milk price volatility, input costs, labor shortages and environmental challenges, through customizable and integrated tools that provide data to help make more informed choices.” SenseHub Ecosystem features include: SenseHub Services: a new online resource for SenseHub users designed to empower customers with new self-service capabilities. SenseHub Insights: an advanced herd management tool to allow farmers to monitor and track trends in their herd and farm management processes which is accessible via SenseHub Services New Third-Party Connections to create a more unified technology experience for farmers like ‘Predicta Guardian’ which helps farmers become aware of potential health issues in animals six to eight weeks before they emerge which allow farmers to take a proactive preventative approach. Similarly, SenseHub Dairy provides greater capacity to cater for larger dairies alongside such as; Scalability: Increased capacity from 5,000 to 15,000 animals means large dairies can now also utilize the benefits of the SenseHub Dairy Ecosystem. Batch Group Entry: Report customisable events for individual and multiple animals or by preselected groups for a more seamless SenseHub Dairy experience. Heat Report Masked by Group Activity: Enhanced functionality of SenseHub Dairy Behavior Monitoring means that a farm can focus its system on those animals that are truly in heat and block the abnormal group activity. Third Party LED Task Management: New capability enables SenseHub Dairy users to activate the LED functionality of the SenseHub Dairy Behavior Monitoring Ear Tag through third party software for a more seamless experience. SenseHub Dairy Youngstock: Building on last Summer’s launch of the industry’s first monitoring technology for dairy calves from birth through the first 12 months of life. ]]> https://www.agrospectrumasia.com/news/35/2267/shaping-the-future-of-feed-and-animal-nutrition-a-focus-at-u-s-soybeanexport-council-events-in-indonesia.html https://www.agrospectrumasia.com/news/35/2267/shaping-the-future-of-feed-and-animal-nutrition-a-focus-at-u-s-soybeanexport-council-events-in-indonesia.html Fri, 05 Jul 2024 10:54:05 +0530 Underscore USSEC’s dedication to elevating global industry standards and fostering innovation within the feed and animal protein production sectors. The U.S. Soybean Export Council’s Southeast Asia team hosted over 200 participants at two technical events in Bali, Indonesia, from May 27 - 31, 2024. The Raw Material & Food Biosecurity Workshop (May 27 – 28, 2024) and the 30th regional Feed Technology & Animal Nutrition Conference (May 29 – 31, 2024) brought together leading experts and technical professionals to discuss the latest challenges and advancements in the animal feed industry. By 2050, Asia's urban population is projected to nearly double from 1.6 billion to 3 billion. This urbanization will significantly increase livestock production and animal protein consumption, particularly chicken, pork and aquaculture, driving a rise in livestock feed production. The events in Bali highlighted key topics relevant to the livestock and poultry feed industry, including modern animal nutrition technologies, precision nutrition through Artificial Intelligence, advancements in feed manufacturing and systems, biosecurity measures, disease management, and sustainable farming practices. Updates on industry threats, such as African Swine Fever, were presented, alongside strategies for regional recovery. These discussions underscored the need for industry-wide standards and the importance of continued collaboration to shape the future of feed and animal nutrition globally. Along with regional feed industry updates, attendees learned about the added value of soy products in animal feed and the advantages of U.S. Soy including its consistency, sustainability, reliability, quality and nutrient content – specifically its higher levels of digestible amino acids and metabolized energy. These qualities lead to better livestock performance, lower diet costs and superior value for soybean meal users. Discussions also highlighted the economic benefits of using U.S. Soy for optimized feed formulations,including lower carbon footprint for production of U.S. soybean meal compared to soybean meal from other originsTimothy Loh, Regional Director for Southeast Asia & Oceania at USSEC, said, “These events enable USSEC to unite key stakeholders in the soybean value chain, fostering and expanding global collaboration. I am confident that together we can build a resilient, sustainable, and thriving U.S. Soy industry, ensuring access to high-quality protein and contributing to global food security.” ]]> https://www.agrospectrumasia.com/news/35/2205/integrated-dna-technologies-announces-new-primers-and-probe-set-to-identify-h5n1-avian-influenza.html https://www.agrospectrumasia.com/news/35/2205/integrated-dna-technologies-announces-new-primers-and-probe-set-to-identify-h5n1-avian-influenza.html Wed, 12 Jun 2024 09:19:00 +0530 PCR/qPCR solution will support surveillance and monitoring of the current H5N1 strain of bird flu in response to multi-state outbreak in U.S. dairy cows Integrated DNA Technologies launched the Avian Influenza Type A (H5) Primers and Probe Set to enable researchers to identify, target, and trace the presence of clade 2.3.4.4b of the H5N1 virus across bird, environmental, dairy cow, and poultry farm samples. Amidst growing concerns from U.S. federal, state and local agencies over Highly Pathogenic Avian Influenza (HPAI) A (H5N1) detections in dairy cows, Integrated DNA Technologies launched the Avian Influenza Type A (H5) Primers and Probe Set to enable researchers to identify, target, and trace the presence of clade 2.3.4.4b of the H5N1 virus across bird, environmental, dairy cow, and poultry farm samples. The new offering is available for online ordering through IDT’s Tech Access Program, which enables access to the most advanced research tools in development to accelerate innovation. IDT’s Avian Influenza A (H5) Primers and Probe Set is manufactured in a certified, template-free environment and includes an internal control to help confirm false negatives. An Avian Influenza Positive Sample Control is also available for purchase. Demaris Mills, President, Integrated DNA Technologies. “As one of the first to market a differentiated offering for the current clade of the H5N1 virus, we have designed a much-needed solution to aid avian influenza research, surveillance, vaccine development, and public health preparedness efforts, ultimately contributing to U.S. and worldwide initiatives focused on early detection and mitigation of future outbreaks.” The Avian Influenza A (H5) Primers and Probe Set is compatible with IDT’s PrimeTime™ 1-Step 4X Broad-Range qPCR Master Mix. Formulated as an inhibitor resistant, high-performance master mix that allows for direct amplification of crude samples, the one-step Master Mix provides researchers with a premium option that can save time and costs associated with doing extractions from viral transport media (VTM) prior to the amplification step, helping to enrich endpoint florescence and optimize data confidence. The Master Mix features an exclusive mutant enzyme ideal for viral research. ]]> https://www.agrospectrumasia.com/news/35/2189/strengthening-the-resiliency-of-the-food-system-through-vaccination.html https://www.agrospectrumasia.com/news/35/2189/strengthening-the-resiliency-of-the-food-system-through-vaccination.html Thu, 06 Jun 2024 09:01:29 +0530 By Lucie Prost, Head of Swine Business Segment at Regional Operating Unit ASEAN, South Korea, Australia and New Zealand in Boehringer Ingelheim As the most widely consumed red meat in Asia, there is rising demand for pork across the region. Developing countries are projected to experience a 13% growth in pork meat demand from 2020 to 2030. Notably, South Korea, Vietnam, and China have the highest pork consumption per capita in the region. In some countries, the consumption of pork has outweighed its production, leading to the need for imported meat. This, in addition to recent news of disease outbreaks in pigs, has resulted in a call to diversify import sources across Asia and implement appropriate measures to prevent the spread of such outbreaks and reduce economic losses. Vaccines could be the solution to improving the resiliency of pork supply in light of these new threats, whilst also ensuring animal welfare through disease prevention. How essential is to protect the livestock farming businesses with vaccination? Vaccinations are vital to the swine farming business as they are among the top five most effective alternatives to antibiotics.[1] In fact,vaccines were found to be the most effective strategy for disease prevention compared to other interventions such as biosecurity, diet, stocking density and disease management.[2] Pigs are routinely vaccinated against four major, highly prevalent pathogens associated with swine diseases that cause substantial financial losses in pig farms and economic losses to societies worldwide: Porcine circovirus 2 (PCV2), porcine reproductive and respiratory syndrome virus (PRRSV), Mycoplasma hyopneumoniae (M. hyopneumoniae), and  Lawsonia intracellularis[3],[4],[5],[6] These vaccines provide economic sustainability to farms as they help to control disease outbreaks and improve the performance of farms in the long run. In a study modelling the economic benefits of vaccination against PRRS, it was found that the rise in production performance in swine nurseries and reproductive performance of sows largely compensated for the cost of vaccination. The return on investment to customers were several folds, not only for PRRSV, but also for PCV2. Importantly, a meta-analysis based on international standards (GFLI, IPCC) (10) revealed that FLEXcombo® vaccinated pigs also yield a carbon saving effect of 17.1 kg CO²eq/100 kg slaughter weight (equivalent to a 5% saving) compared to non-vaccinated pigs. [7] Vaccination programs can be complex and time-consuming. Facilitating application with a single administration offers many benefits, such as saving time for the farmer or veterinarian and minimizing the stress on the animal and farm staff. Vaccine administration has been made easier with innovations such as Boehringer Ingelheim’s TwistPak®, a mixing platform which simplifies the vaccination process by freshly combining vaccines against PCV2 virus and M. hyopneumoniae directly in the bottle, making it easier for livestock farmers and offering greater flexibility, fewer injections, less stress for piglets, and more efficiency on farms.[8] What would be the future role of vaccines in overcoming infectious diseases ? In Asia, infectious diseases such as African Swine Fever (ASF) remain a huge threat to the sustainability of global pork supply chains. While biosecurity methods for early detection and prevention of ASF have shown positive outcomes, many farms still rely on mass-culling when threatened by deadly diseases. Recently, the approval of the commercial ASF vaccines in Vietnam has kickstarted a reconsideration in the approaches to combat the infection. This is expected to hasten the development of vaccines for other deadly infectious diseases, eventually leading to vaccination being the go-to sustainable approach in overcoming deadly diseases affecting pigs all around the world. Can you define Sustainable approach to pork farming? Good animal health status and high welfare standards are indispensable towards safeguarding food safety, improving farm productivity and ensuring sustainable farming practices. A 360° approach to sustainable farming includes: Vaccines as a core preventive strategy Biosecurity measures to safeguard livestock Digital innovations such as precision livestock farming to improve early detection and treatment of affected pigs As a partner to customers, Boehringer Ingelheim believes in taking a holistic approach that goes beyond conventional farming practices, from the prevention to the prediction of animal health risks associated with farming activities. Technology and innovation will remain foundations for vaccine innovations, disease prevention, elimination strategies, and towards achieving the next revolution in Swine Health Management. The award-winning precision livestock farming system, SoundTalks® allows pork producers to avoid disease-related losses by helping farmers to identify early signs of respiratory disease in their swine herds across the whole production system. Producers can then take the necessary preventive actions or administer the required treatment in a much faster and timely manner. Furthermore, technologies such as Boehringer Ingelheim’s COMBAT (Comprehensive Online Management and Biosecurity Assessment Tool) application allow customers to stay up to date with scientific research, providing them with a customized breakdown of their farm's biosecurity risks and giving recommendations on how to reduce these risks. Vaccines and digital innovation will continue to pave the way for better welfare of pigs, food supply and the livelihoods of farmers in the region. This will further support the industry to create profitable growth, greater animal welfare, consumer transparency, and lasting sustainability. What would be the ideal strategy to drive better outcomes with a sustainable strategy? With growing incomes and populations that significantly increase the demand for pork as a food source, a holistic approach is critical to enhancing efficiencies in pork meat production. By implementing preventative measures and digital innovations, this can ensure a more sustainable and resilient food supply. As a leader in animal healthcare who is committed to upholding the Sustainable Development Goals of the United Nations, Boehringer Ingelheim is taking the first step through products and services for the livestock industry to support long-term human, animal, and environmental health. References [1] Postma M, et al. Prev Vet Med. 2015 Mar 1;118(4):457-66. [2] Horsington J, et al. Animals (Basel). 2021;11(8):2225. [3] Thomann et al. Front Vet Sci. 2020 Aug 11;7:500. [4] Helm ET, et al. J Anim Sci. 2018;96(2):462-472. [5] VanderWaal K, Deen J. Proc Natl Acad Sci U S A. 2018;115(45):11495-11500. [6] Chae C. Vet J. 2012;194(2):151-7. [7] Internal data calculated with Carbon footprint calculator: https:////www.stmelf.bayern.de/idb/schweinemastkonv.html rely on international standards of GFLI: https://globalfeedlca.org/ and IPCC: Intergovernmental Panel on Climate Change [8] Boehringer Ingelheim. TwistPak®: Mixing platform for swine vaccines brings convenience and flexibility. Available at: https://www.boehringer-ingelheim.com/animal-health/livestock/swine/twistpak-mixing-platform-swine-vaccines. Accessed November 2023. ]]> https://www.agrospectrumasia.com/news/35/2175/philipines-commits-to-better-health-for-filipinos-and-the-animal-population.html https://www.agrospectrumasia.com/news/35/2175/philipines-commits-to-better-health-for-filipinos-and-the-animal-population.html Thu, 06 Jun 2024 07:10:00 +0530 Commits to prevent, control, and eradicate diseases transmissible between animals and humans such as Avian Influenza, Rabies, and Leptospirosis, among other infections Philippines Department of Agriculture (DA) vows to implement proactive and effective zoonotic disease prevention and control as it assumes chairmanship of the Philippine Inter-agency Committee on Zoonoses (PhilCZ) during the ceremonial turnover of chairmanship from the Department of Health (DOH) to the DA for the years 2024 to 2025. “This transition underscores the importance of strong collaboration in our efforts to combat zoonotic diseases, echoing the principle of the One Health approach. Under the provisional guidance of PhilCZ, we are committed to ensuring a nation that is responsive in detecting, preventing, educating, and eliminating zoonotic diseases, thereby promoting the health and wellbeing of both the animal and human population,” emphasized DA Undersecretary for Livestock, Deogracias Victor Savellano, during the turnover ceremony held at Salvador H. Escudero III Hall, National Meat Inspection Service. In 2011, Presidential Administrative Order (AO) No. 10 established the PhilCZ, comprising the DA, DOH, and DENR, along with their respective agencies as members.  PhilCZ aims to formulate a national strategy and implement efficient mechanisms to prevent, control, and eradicate diseases transmissible between animals and humans such as Avian Influenza, Rabies, and Leptospirosis, among other infections.  Dr. Constante Palabrica, DA Assistant Secretary for Swine and Poultry and OIC director of the Bureau of Animal Industry, said that cases of zoonotic diseases such as Avian Influenza (AI) and rabies are still continuously reported in the country.  Despite some provinces having AI cases, Asec. Palabrica added that ten provinces in the country were declared free of the disease, including Camarines Sur, Davao del Sur, Rizal, South Cotabato, Ilocos Sur, Batangas, Capiz, Quezon, Aurora, and Ilocos Norte. He assured that the DA is vigilant in monitoring AI and other zoonotic diseases through its Bureau of Animal Industry. Joining the turnover ceremony were DOH Undersecretary Dr. Glenn Mathew Baggao; Director of DOH Epidemiology Bureau Dr. Alethea De Guzman; DENR Assistant Secretary for International Affairs and concurrent OIC-Director of the Biodiversity Management Bureau Marcial Amaro, Jr., together with officials and representatives from the Bureau of Animal Industry, National Meat Inspection Service, Food and Agriculture Organization, and United States Agency for International Development. ]]> https://www.agrospectrumasia.com/news/35/2055/intraco-collaborates-with-trinamix-to-include-mobile-feed-analysis-in-their-portfolio.html https://www.agrospectrumasia.com/news/35/2055/intraco-collaborates-with-trinamix-to-include-mobile-feed-analysis-in-their-portfolio.html Mon, 15 Apr 2024 11:14:05 +0530 Comprehensive understanding of the nutrient content in animal feed is essential for ensuring the quality of animal diets Intraco Ltd, a leading exporter of premixes and concentrates from Belgium and part of Group DC, and trinamiX GmbH, a leading provider of mobile spectroscopy solutions and subsidiary of BASF, announce today their collaboration for mobile feed analysis. The aim of this partnership is to give Intraco and its distribution partners the opportunity to analyze the nutrient composition of feed with trinamiX Mobile NIR Spectroscopy Solution - a robust, handheld spectrometer, which comes together with a mobile app and customer portal. This solution enables the feed advisors of Intraco’s distributors to assess raw materials and final feed in real time and advise local farmers to ensure that livestock is fed nutritionally balanced and cost-effectively. Having a comprehensive understanding of the nutrient content in animal feed is essential for ensuring the quality of animal diets. This is particularly crucial due to the varying nutritional needs of livestock at different stages of life and health conditions. Moreover, as raw materials change, it becomes necessary to regularly modify the diet. Traditionally, feed advisors and farmers had to depend on standard nutritional values or undergo time-consuming laboratory analyses. However, with trinamiX mobile NIR spectrometer, a wide range of finished feeds, cereals, oilseed and expeller meals, extraction meals and byproducts, as well as forage, can be analyzed within seconds. Intraco Ltd. is specialized in manufacturing and marketing of animal feed concentrates, premixes, protein meals and additives. With distribution partners across the globe, they are the trusted feed producer for poultry, ruminant and pig farmers as well as a partner for local feed mills when it comes to premium quality feed and corresponding solutions. trinamiX Mobile NIR Spectroscopy Solution offers valuable insights on moisture, protein, fat, and energy content, among other factors, without requiring samples to be sent to the lab. As a result, Intraco can conduct nutritional analyses of the local raw materials on site more quickly, enabling them to provide customized feed formulations directly to their clients. "At Intraco, we understand that there is no one-size-fits-all solution for livestock feeding. We offer responsible and tailor-made solutions based on quality ingredients and expert advice,“ says Steven Van Caekenberghe, Area Sales Manager at Intraco. “I am happy, that through the synergy with trinamiX, we can now provide further insights directly on the farm, helping farmers around the world to tackle one of the industry’s most complex challenges: efficient feed formulation and quality control of raw materials and final feed.“ Miriam Suhren, Manager Business Development & Sales IR Sensing at trinamiX, adds: “We are deeply impressed by the dedication and commitment of Intraco to offer the optimal feed solution to its distribution partners and their customers. By combining their expertise and experience with innovative technology, they are unlocking further potential for optimizing rations and quality control of raw materials. We are excited that we can support Intraco with our solution to complement their well-established feed offerings, supporting and easing the daily work of farmers and feed advisors alike.” ]]> https://www.agrospectrumasia.com/news/35/2042/green-plains-unveils-new-specialty-feed-ingredient-brand.html https://www.agrospectrumasia.com/news/35/2042/green-plains-unveils-new-specialty-feed-ingredient-brand.html Wed, 10 Apr 2024 09:08:12 +0530 Sequence™, a foundational feed ingredient produced at scale using proprietary mechanical separation technology Green Plains Inc. (NASDAQ:GPRE) today unveiled a new brand for its specialty feed ingredient, reflecting its quality performance, versatile formulation opportunities, proven nutritional benefits, digestibility and low carbon footprint. Sequence™, a foundational feed ingredient produced at scale using proprietary mechanical separation technology, delivers a combination of corn and yeast protein, concentrated at a minimum of 60%. Green Plains has also achieved FSSC 22000 certification at multiple facilities, illustrating its strict adherence to food safety management specifications recognized by the Global Food Safety Initiative. “The Sequence brand identity is the result of in-depth research and creative efforts, and we are eager to release it onto the market,” said Todd Becker, President and Chief Executive Officer. “It is the first specialty ingredient of its kind with proven digestive benefits and is produced exclusively at Green Plains’ biorefineries. Full commercial scale production runs have now been successfully completed at multiple locations, and we are incredibly proud of the investment we’ve put behind our feed ingredient segment, as it has propelled us to the front of the pack in this market. Sequence is a low carbon-intensity ingredient that truly stacks up.” “Sequence is the first building block for superior nutrition,” said Leslie van der Meulen, Executive Vice President, Product Marketing and Innovation. “It elevates the nutritional baseline, enabling customers to truly tailor their feed rations, and delivering far more value than a single ingredient could. Sequence empowers our customers to formulate and feed with confidence.” ]]> https://www.agrospectrumasia.com/news/35/2004/livestock-philippines-and-aquaculture-philippines-2024-to-help-push-the-subsectors-development.html https://www.agrospectrumasia.com/news/35/2004/livestock-philippines-and-aquaculture-philippines-2024-to-help-push-the-subsectors-development.html Wed, 27 Mar 2024 15:03:00 +0530 Philippines premiere trade event for the Philippine livestock, poultry, and aquaculture industries will open its gates to the public from May 22 to 24, 2024 at the World Trade Center in Pasay City. With the theme “Harnessing Innovation and Technology for Sustainable Farm Development,” this year’s edition of Livestock Philippines and Aquaculture Philippines aims to bridge the activities of public and private sectors, establish business opportunities for manufacturers and suppliers with potential distributors, partners, and buyers, and create an environment of knowledge and expertise sharing. “The livestock and aquaculture subsectors of the country’s agriculture industry are pivotal growth drivers of the economy and a generator of jobs. And by bringing together the actors and stakeholders in those subsectors through Livestock Philippines and Aquaculture Philippines, we can level up the production and efficiency of those subsectors to become major drivers of economic growth and poverty reduction,” said Ms. Rungphech Chitanuwat, the Country General Manager of Informa Markets in the Philippines. This year’s Livestock Philippines and Aquaculture Philippines will feature at least 250 exhibitors and more than 10,000 visitors are expected to troop to the three-day event. Visitors from at least 30 countries are anticipated to attend the trade show, making it international in scope. Furthermore, the ongoing success of the events is attributed to the valuable support from partner industry associations. They pose strong collaboration by bringing in industry experts to discuss topics and potential buyers seeking products and technology. The Department of Agriculture (DA) fully endorses Livestock Philippines and its efforts to highlight innovation and technology. These elements are crucial in assisting local farmers and fisherfolks to enhance agricultural production cost-effectively, boost profitability, and secure food sustainability. Key Show Highlights Before the three-day event in May, the Livestock Philippines and Aquaculture Philippines organizers conduct provincial roadshows in Pampanga, Batangas, and Cebu. These roadshows aim to engage with the community and bring together practitioners and stakeholders for an educational seminar that would be beneficial for all involved. The team will continue the last leg of the roadshow in the aquaculture and swine sectors in Pampanga on May 8 – 9, 2024. Livestock Philippines is also expected to host its first ASEAN Associations Roundtable involving industry associations, particularly for swine and poultry sectors from Cambodia, Indonesia, Malaysia, Myanmar, Thailand, Vietnam, and the Philippines. With the Department of Agriculture's support and endorsement, the roundtable discussion fosters a collaborative environment where industry insights are shared, challenges are addressed, questions are raised, and best practices are exchanged. Additionally, a specialized forum on Biosecurity will be overseen by international speakers and attended by local industry professionals and stakeholders. The Biosecurity Asia Forum provides a platform to address current biosecurity issues, share challenges, and exchange effective strategies to tackle these urgent concerns. This year also marks the return of the Livestock Awards, recognizing and acknowledging the remarkable and substantial contributions made by select individuals, groups, associations, cooperatives, or private companies to the development of the agriculture sector. Another must-see show highlight is the nationwide launch of Bidang Egg Kids in the afternoon of May 22. This project, led by the Batangas Egg Producers Cooperative, private egg sectors, and agricultural organizations, aims to combat protein malnutrition in Filipino children. As a Learning Hub for the Industry Livestock Philippines and Aquaculture Philippines offer meticulously curated content through extensive seminars and conferences featuring industry experts discussing relevant topics. The three-day event will include almost 50 technical workshops and seminar sessions. On May 23, the highly awaited Aquaculture Conference will return, hosting a day of educational talks focusing on the aquaculture sector. The Bureau of Fisheries and Aquatic Resources, along with the Southeast Asian Fisheries Development Center/Aquaculture Department (SEAFDEC/AQD) and partner aquaculture associations, commit to providing informative discussions for attendees. Livestock Philippines and Aquaculture Philippines remain steadfast in their commitment to promoting sustainability by incorporating content that aligns with the United Nations' 17 Sustainable Development Goals. These goals serve as a global initiative to end poverty, combat hunger, preserve the environment, and work towards a more sustainable future for everyone. The event will include a Sustainability Corner to highlight sustainable practices and a forum to raise awareness on sustainability led by our Sustainability Partners: Prestige Paper Products, Philippines Partnership for Sustainable Agriculture (PPSA), and Central Luzon State University (CLSU). According to statistics from the Philippine Statistics Authority (PSA), livestock production in the country saw a growth of 2.7% in the final quarter of 2023, reaching P71.1 billion. Concurrently, poultry production rose by 7.8%, totaling P67.65 billion. Contrastingly, domestic aquaculture was the sole subsector within the fishery industry that demonstrated growth in 2023, increasing by 1.5% annually to 2.38 million metric tons. The PSA highlighted that aquaculture accounted for the largest share, comprising 56% of the total fisheries production in 2023. Livestock Philippines and Aquaculture Philippines welcome trade buyers from the livestock and aquaculture sectors. Interested visitors can pre-register on this link https://ers-th.informa-info.com/lsp24 for free. AgroSpectrum Asia is the media partner for the event. ]]> https://www.agrospectrumasia.com/news/35/1882/biomar-appoints-new-vp-for-asia-to-lead-animal-nutrition-and-aquaculture.html https://www.agrospectrumasia.com/news/35/1882/biomar-appoints-new-vp-for-asia-to-lead-animal-nutrition-and-aquaculture.html Mon, 26 Feb 2024 11:03:25 +0530 To lead the growth strategy for the Asian markets BioMar appoints Cedric van den Bossche as Vice President for the Asia division to operate from business units in Vietnam and China Cedric van den Bossche is joining BioMar as the new Vice Presidents to build up businesses in the Asian markets. As VP for Asia, he will be working out of China, developing the product portfolio and the market strategies for the Asian markets together with the local teams. Furthermore, he will take lead looking into new opportunities for developing BioMar across Asia. “BioMar has built a solid position in the Chinese market, created a strong global market position within the shrimp feed segment, and started the penetration of the Vietnamese market. There is huge potential for further growth in Asia and I am sure Cedric is bringing both the right entrepreneurial spirit and the solid management experience we need to accelerate the further growth in the region”, explains Carlos Diaz CEO BioMar Group and continues. Currently François-Marie LOUBERE is serving as the Vice President for the Asia division at BioMar. After a transition period, Cedric van den Bossche will take over from Francois Loubere, who will be retiring after more than 30 years in BioMar. BioMar is a leading high performance diets producer for more than 45 different fish and shrimp species in more than 80 countries. The Danish fish farmers, BioMar’s heritage is committed to developing the aquaculture industry in a responsible and sustainable way. The EMEA Division covers Europe, Middle East & Africa region, and involves all operations in business units in Denmark, France, Spain, Greece and Turkey. ]]> https://www.agrospectrumasia.com/news/35/1860/boehringer-ingelheim-and-sleip-leverages-ai-technology-to-diagnosis-lameness-in-equine.html https://www.agrospectrumasia.com/news/35/1860/boehringer-ingelheim-and-sleip-leverages-ai-technology-to-diagnosis-lameness-in-equine.html Wed, 21 Feb 2024 09:10:15 +0530 The Sleip app uses artificial intelligence (AI) to provide objective analysis of a horse’s movement with just a smartphone to deliver innovative solutions that help veterinary professionals A new global commercial partnership between Boehringer Ingelheim and Sleip will expand access to AI to enhance detection, diagnosis and treatment of lameness in horses. This partnership delivers on the shared commitment of Boehringer and Sleip to deliver innovative solutions that help veterinary professionals continue to advance their profession and improve the care and wellbeing of horses. Changes in gait and signs of lameness can be less pronounced at first and difficult to detect. The Sleip app can help make a real difference. Veterinarians can record the horse in action using a smartphone – no sensors or complicated camera system needed. Sleip’s AI-powered technology then analyzes the horse’s movements and displays the results in the app within minutes, including stride-by-stride analysis video with synchronized biomechanical data. The veterinarian can follow up immediately, leading to better health outcomes for horses. “Our aim is to better serve the equine veterinary community, and the Sleip app will help us drive awareness and improve diagnosis and treatment compliance rates for lameness in horses,” shared Saskia Kley, Global Head of Equine at Boehringer Ingelheim. “With this innovative technology, we now have the opportunity to have an even greater positive impact on the lives of horses, and the people who care for them.” “Sleip draws on decades of equine biomechanical research and advances in artificial intelligence to aid in a better understanding of how and why horses move the way they do,” said Elin Hernlund, DVM, PhD and Chief Medical Officer at Sleip. “Our vision is to improve horse welfare by making Sleip’s technology available for all those who care for horses – improving diagnostics and promoting collaboration around the health of each individual horse to support early detection and prevention. We are thrilled to partner with Boehringer deliver on this mission.” Innovative technology helps increase access to care for veterinarians and horse owners The partnership, which includes Boehringer becoming a shareholder in Sleip, reinforces the value that each brings to the equine veterinary community. While Boehringer is a global leader in equine health with a portfolio of market-leading treatments for various causes of lameness, Sleip uses AI to aid veterinarians in the detection of biomechanical asymmetries that can enhance their ability to diagnose and monitor lameness with greater sensitivity than the human eye alone. Through this collaboration, Boehringer will support the introduction of the pioneering Sleip app to the veterinary community, making this technology even more accessible. Boehringer will begin promotion of the Sleip app to veterinary customers in the U.S. and Canada later this year. Key equine markets in Europe will follow in 2025. Boehringer Ingelheim Animal Health is working on first-in-class innovation for the prediction, prevention, and treatment of diseases in animals for veterinarians, pet owners, farmers, and governments in more than 150 countries. ]]> https://www.agrospectrumasia.com/news/35/1793/thailand-inks-mou-with-china-to-strengthen-export-policy-and-regulations.html https://www.agrospectrumasia.com/news/35/1793/thailand-inks-mou-with-china-to-strengthen-export-policy-and-regulations.html Mon, 05 Feb 2024 11:08:46 +0530 It is estimated that the value of exporting pine trees from Thailand to China will be approximately 1,500 million baht per year. Thailand’s  Ministry of Agriculture and Cooperatives and the Customs Office of the People's Republic of China have signed a MoU in presence of The Permanent Secretary of Agriculture of Thailand. Prime Minister Settha Thavisin presided over the signing ceremony of a protocol between the Ministry of Agriculture and Cooperatives of Thailand and the Customs Office of the People's Republic of China, which covers two issues. 1) Protocol on Phytosanitary Measures Requirements for export of pine trees From the Kingdom of Thailand to the People's Republic of China Between the Ministry of Agriculture and Cooperatives of the Kingdom of Thailand and the Customs Administration of the People's Republic of China 2) Agreement to Amend the Protocol on the Criteria for Veterinary Inspection, Quarantine and Hygien for the export of frozen poultry meat and Thai poultry parts to China. The signatory of the Thai side with Captain Thammanat Prompao, Minister of Agriculture and Cooperatives. and Han Zhiqiang, and Ambassador of the People's Republic of China to Thailand signed along with Wang Yi, Director of the Central Committee on Foreign Affairs. Chinese Communist Party and Minister of Foreign Affairs of the People's Republic of China and Chakkraphong Saengmanee, Deputy Minister of Foreign Affairs Kingdom of Thailand witnessed the signing ceremony at the Purple Reception Room, Thai Khu Fah Building, Government House. The signing of these two protocols is the result of close collaboration between the Ministry of Agriculture and Cooperatives of the Kingdom of Thailand and the Customs Office of the People's Republic of China. Both sides are committed to expanding agricultural trade between each other. As a result of the official opening of the agricultural products market between them, Thailand Pine can now be exported to China. Furthermore, it increases the value of Thai product exports to the Chinese market and creates new markets for Thai agricultural products. It is estimated that the value of exporting pine trees from Thailand to China will be approximately 1,500 million baht per year. In addition, previously, an agreement has been signed to amend the Protocol on Quarantine Inspection and Veterinary Hygiene Criteria for the Export of Thai Frozen Poultry Meat and Poultry Parts to China. A protocol was signed on 24 August, 2018, in which Thailand could only export chicken meat, duck meat, chicken parts and offal.  In 2024, the new edition of the protocol has been added to increase the efficiency of exporting duck parts and organs by an additional 18 items. Thailand will export more than 16,000 million baht worth of frozen poultry meat and poultry parts to China in 2023. After signing the protocol, export value is expected to increase by approximately 1,000 million baht. ]]> https://www.agrospectrumasia.com/news/35/1771/emena-global-manufacturer-of-animal-nutrition-ingredient-names-joao-marcelo-gomes-as-president.html https://www.agrospectrumasia.com/news/35/1771/emena-global-manufacturer-of-animal-nutrition-ingredient-names-joao-marcelo-gomes-as-president.html Wed, 31 Jan 2024 08:27:42 +0530 Appoints João Marcelo Gomes as President of Kemin Animal Nutrition and Health – EMENA; Dr. Stefaan Van Dyck to Group President – Animal Nutrition and Health for Kemin Industries worldwide. Kemin Industries, a global ingredient manufacturer that strives to sustainably transform the quality of life every day for 80 percent of the world with its products and services, has appointed João Marcelo Gomes as President of Kemin Animal Nutrition and Health – EMENA (Europe, Middle East, and North Africa) following the promotion of Dr. Stefaan Van Dyck to Group President – Animal Nutrition and Health for Kemin Industries worldwide. Gomes joined Kemin in 2019 as President of Kemin Animal Nutrition and Health – South America. In 2023, he was named President of Kemin Food Technologies – EMEA (Europe, Middle East, Africa). A business developer at heart, Gomes has held various executive positions throughout his nearly three-decade career, focusing on sales, marketing, and business and people development in animal nutrition and health companies. In his new role, Gomes succeeds Dr. Van Dyck, who spent the past six years as head of the business unit. Dr. Van Dyck now oversees all of Kemin's animal nutrition and health business units around the world. He replaces G.S. Ramesh, who is now focused on two of the company's newer business units, Kemin AquaScience™ and Kemin Biologics, which serve the aquaculture and animal vaccine industries, respectively. "I'm eager to join the EMENA region and work together to continue the team's success, execute Kemin's growth strategy, and take the business to the next level," said Gomes. "Over the past few years, Kemin has invested significantly in the EMENA region with new production sites, innovative technologies, and local experts supporting customers. In the upcoming years, we will continue to focus our efforts on feed efficiency, feed protection, animal productivity, and cost reduction—all while investing in efficiency and progress toward net zero greenhouse gas emissions." ]]> https://www.agrospectrumasia.com/news/35/1729/australia-equips-indonesia-with-1m-dose-lumpy-skin-disease-lsd-vaccines.html https://www.agrospectrumasia.com/news/35/1729/australia-equips-indonesia-with-1m-dose-lumpy-skin-disease-lsd-vaccines.html Wed, 17 Jan 2024 10:28:41 +0530 LSD and foot-and-mouth disease remain significant threats to the biosecurity of Australia A million doses of lumpy skin disease (LSD) vaccine have been provided by Australia to Indonesia, as the fight to protect our cattle industry from disease ramps up again in 2024. The final shipment of the Lumpyvax vaccines arrived in Indonesia late Dec 2023. Minister for Agriculture, Fisheries and Forestry Murray Watt said aiding control of LSD in the region was a priority. “LSD and foot-and-mouth disease remain significant threats to the biosecurity of Australia and our neighbours. As a result, it is imperative that we do everything we can to support Indonesia as they work to get this outbreak under control. Over the course of this year, we have supplied 1 million vaccines to our neighbours in Indonesia – vaccines that are now finding their way into Indonesia’s cattle population and protecting farmers’ livelihoods. Previous shipments have already been supplied to the Indonesian Ministry of Agriculture” said Minister Watt. Minister Watt further added LSD is spread by mosquitoes, biting flies and ticks, and severely affects cattle and water buffalo. It affects milk production and produces sores all over the bodies of infected animals. It can also seriously hamper trade. I must stress that Australia has never experienced an outbreak of LSD and remains free from this disease. It’s important that we work together with our neighbours to get this disease under control, while also taking steps to make sure we keep Australia safe and LSD-free.” ]]> https://www.agrospectrumasia.com/news/35/1727/argenta-embarks-multi-collaboration-to-boost-animal-health-contract-rd-and-manufacturing.html https://www.agrospectrumasia.com/news/35/1727/argenta-embarks-multi-collaboration-to-boost-animal-health-contract-rd-and-manufacturing.html Tue, 16 Jan 2024 09:20:00 +0530 Klifovet, Pen & Tec Consulting, and Ondax Scientific come together under revitalized Argenta brand Following several acquisitions, including Klifovet, Pen & Tec Consulting, and Ondax Scientific, Argenta is bringing its businesses together under one, energised brand. The combined identity reflects the company’s enhanced offering to customers, providing them with unparalleled, comprehensive support right across the animal health product development cycle from 'molecule to market'. Argenta already held a unique position as the world’s only combined CRO and CDMO dedicated to animal health, partnering with clients big and small for more than 17 years on the pathway from concept to market. The acquisition of Klifovet, Pen & Tec Consulting, and Ondax Scientific has strengthened this offering, and joining together under one brand reflects a determination to maximise the group’s collective capabilities and global footprint to help more clients improve the health of pets and livestock, and achieve their commercial goals. Will Downie, CEO, Argenta, said: “As we’ve grown in recent years, we’ve brought some great companies into the group, expanding our offering to customers and strengthening Argenta’s position as the world’s only combined CRO and CDMO dedicated to animal health. Now, bringing our businesses together under the Argenta brand reflects our collective expertise and truly specialised role as a leading global partner in our industry, supporting clients right across the product development cycle, from molecule to market.” Argenta is introducing their renewed branding and ‘One Brand, One Vision’ campaign to reflect on modern, strengthened company and enlarged expert team, who are continuing to focus on innovation, best-in-class solutions, and a steadfast focus on customer service. ]]> https://www.agrospectrumasia.com/news/35/1715/lincoln-university-and-ballance-agri-nutrients-join-forces-to-drive-agricultural-innovation-in-nz.html https://www.agrospectrumasia.com/news/35/1715/lincoln-university-and-ballance-agri-nutrients-join-forces-to-drive-agricultural-innovation-in-nz.html Fri, 12 Jan 2024 08:46:00 +0530 Aim to drive positive change for Kiwi farmers and growers, ensuring they remain profitable and sustainable New Zeeland's Lincoln University and Ballance Agri-Nutrients (Ballance) signgned Memorandum of Understanding (MoU) to underscores a joint commitment to advancing new and better farming and growing practices in New Zealand’s agricultural sector. Both Lincoln University and Ballance share a common vision of a prosperous, sustainable, and innovative future for New Zealand's primary industries. By joining forces, they aim to drive positive change for Kiwi farmers and growers, ensuring they remain profitable and sustainable while meeting the increasing expectations of consumers, both in New Zealand and around the world. Climate change has brought a pressing need for rapid and effective solutions, especially in areas like greenhouse gas emissions, carbon farming, and carbon sequestration. Lincoln and Ballance are committed to tackling these challenges head-on, as well as promoting on-farm diversification and adapting to climate-impacted land use changes. By addressing these challenges collaboratively both Lincoln and Ballance can contribute significantly to the resilience and sustainability of New Zealand’s primary industry and support industry aspirations such as the Fonterra Climate Roadmap. Lincoln University’s Provost, Professor Chad Hewitt says "the agreement establishes a framework for ongoing collaboration, with a focus on identifying and prioritising opportunities for joint projects. These opportunities include improving planning and co-ordination, conducting research and demonstrations on Lincoln University’s farms and enhancing environmental stewardship. The collaboration also seeks to foster innovation, commercialisation, and promotion of the agricultural sector to the public and policy makers.” One key aspect of this partnership is that it creates a foundation for ongoing and future collaboration with the University says Dr Stuart Kay, Innovation Leader at Ballance Agri-Nutrients. Key highlights of the partnership: Agriculture research and commercialisation: combining the expertise of Lincoln University and Ballance bringing together two organisations with a solid history of agricultural research and innovation. Closer to the R&D hub: Lincoln University boasts a strong research and development hub with CRIs such as AgResearch, Plant & Food Research and Manaaki Whenua - Landcare Research. This collaboration will improve Ballance’s access to valuable expertise and resources. Intern programme: Ballance's intern programme draws significantly from Lincoln University, making this partnership an excellent opportunity to build closer relationships with the next generation of agricultural leaders, and further establishing the company as a place for agricultural talent to grow. ]]> https://www.agrospectrumasia.com/news/35/1700/ever-ag-acquires-prairie-systems-to-enhance-its-animal-protein-solution.html https://www.agrospectrumasia.com/news/35/1700/ever-ag-acquires-prairie-systems-to-enhance-its-animal-protein-solution.html Wed, 10 Jan 2024 09:06:19 +0530 PrairiE Systems, a leader in Feed Management and Procurement Software Ever.Ag, a leader in providing comprehensive software and services for the agricultural supply chain, is excited to announce the acquisition of PrairiE Systems, an innovative company specializing in feed management software for pork producers. This acquisition underscores Ever.Ag's commitment to adding value to the global food supply chain with their solutions across various sectors of agribusiness, particularly in animal protein production. PrairiE Systems is renowned for its easy, empowering, and effective software solutions, including the Feed Allocation System (FAS), a sophisticated feed management software and Smart Order, an e-procurement system for ordering feed with the click of a button. These products have been instrumental in optimizing feed efficiency, enhancing livestock management, and streamlining procurement processes for pork producers, including large national pork producers. "PrairiE Systems has been a leader in livestock feed management and feed procurement for nearly two decades, serving some of the largest players in the pork industry, providing mission critical software to pork producers," said Scott Sexton, CEO of Ever.Ag. "Ever.Ag looks forward to supporting and expanding the vision of PrairiE Systems, making greater investments in the product to drive value to pork producers and everyone across the pork value chain." ]]> https://www.agrospectrumasia.com/news/35/1530/greece-engages-bl-agro-to-strengthen-indo-greece-partnership-in-agri-trade-agri-tech-and-animal-sciences-sectors.html https://www.agrospectrumasia.com/news/35/1530/greece-engages-bl-agro-to-strengthen-indo-greece-partnership-in-agri-trade-agri-tech-and-animal-sciences-sectors.html Wed, 08 Nov 2023 11:14:43 +0530 Explores adoption of agriculture technology, exchange of skilled manpower, promote agri trade, animal science, and steps to mitigating climate change The Government of Greece is in talks with India’s leading FMCG company BL Agro to explore strategic partnership in adoption of agriculture technology, exchange of skilled manpower, promote agri trade, animal science, and steps to mitigating climate change. Honourable Minister of Rural Development & Food of the Hellenic Republic Eleftherious Avgenakis and Dimitrios Loannou, Ambassador of Greece to India met Ashish Khandelwal, MD, BL Agro FMCG Co. and Navneet Ravikar, Chairman & Managing Director, Leads Connect Services, recently during a reception held at the Embassy of Greece. The reception organised by BL Agro Group was held in the honour of the Minister to highlight India - Greece relations in agriculture, Animal Husbandry Fisheries, and Food Processing Sectors. Manoj Kumar, Director, BL Agro felicitated both, the Minister and Ambassador of Greece, by honouring them with traditional shawl as a sign of respect. This was the first visit by a high ranking Greek official to the country after Prime Minister Narendra Modi’s visit to Athens in August 2023 with an aim to strengthen bilateral ties. “We want to deepen trade ties with India. We also want to have deeper interactions with India in the field of agriculture and animal sciences. The entire value chain of farmers in India and Greece should benefit from this strategic partnership,” said Eleftherious Avgenakis, Minister of Rural Development & Food of the Hellenic Republic. On the sidelines of the event, Navneet Ravikar, Chairman & Managing Director, Leads Connect Services (a group company of BL Agro) said that they had fruitful talks with the Greek Minister and explored opportunities of collaboration in different sectors of agriculture. “The discussion that we had today was essentially on using our technology in Greece. The Honourable Minister is very keen on understanding how we can provide better skilled manpower to Greece, better agriculture technology and methods in mitigating climate change. Secondly, it was also about how India can help Greece build better agriculture and veterinary institutions,” said Ravikar. Ravikar also added that they are exploring options to import feta cheese, olive oil, and wine from Greece and export high quality millets, basmati rice, spices and other agriculture products from India. Recently, BL Agro has formed a JV with Greece-based Salas International Group, one of the largest aid providing firms in Europe, to provide food kits in disaster-struck areas. Ravikar also said Leads Connect has tied up with JOIST Innovation Park, a Greek start-up incubator firm, to bring funds into India for tech startups. “We want to bring them to India and specifically use their expertise in the field of agri-tech. We are soon signing an agreement on this,” he said. ]]> https://www.agrospectrumasia.com/news/35/1518/alltech-announces-new-appointments-within-its-global-marketing-team.html https://www.agrospectrumasia.com/news/35/1518/alltech-announces-new-appointments-within-its-global-marketing-team.html Fri, 03 Nov 2023 11:33:19 +0530 Leveraging the strength of a global marketing team embedded within local markets throughout the world, Alltech is enhancing its marketing capabilities and establishing new teams to deliver greater strategic partnership across the business for Alltech’s customers. “We are capitalizing on the geographical and value chain differentiators of our global marketing structure, providing more pathways for our field-based team members to bring the voice of the customer back into the business,” said Susanna Elliott, chief marketing and communications officer at Alltech. “Our globally connected yet locally focused marketing strategy is aligning to deliver more relevance – and competitive edge – to our customers.” Within marketing, the company is establishing a new Data & Insights function, positioning its creative team to take a global creative agency approach and building new pathways for market and customer engagement. To champion these enhanced capabilities, new appointments within Alltech’s global marketing team include: Creative team: Lisa Smith (USA), Director of Creative Operations & Marketing Development Alan Henthorne (USA), Creative Director Irene MacHugh (Ireland), Associate Creative Director Jennifer Allen (USA), Global Art Director Ruth Kelly (Ireland), Design Manager for Europe and Asia-Pacific Data & Insights team: Amanda Stumbo (USA), Director of Business Insights Roel Coenders (USA), Associate Director of Data Leona Shaojing Luo (Ireland), Associate Director of Business Intelligence Clare Fahey (Ireland), Director of Customer Insights Communications team: Lorie Hailey (USA), Director of Communications Liana Dobler (Spain), Spanish & Portuguese Communications Manager Species teams: Danieke Ewalts (Netherlands), Global Aqua Marketing Lead Species marketing councils have been created that include regional marketing experts in the U.S., Canada, Latin America, Europe and Asia Pacific. ]]> https://www.agrospectrumasia.com/news/35/1519/evonik-partners-shandong-vland-biotech-form-jv-in-china-to-boost-animal-gut-health-portfolio.html https://www.agrospectrumasia.com/news/35/1519/evonik-partners-shandong-vland-biotech-form-jv-in-china-to-boost-animal-gut-health-portfolio.html Fri, 03 Nov 2023 10:19:48 +0530 Evonik China Co., Ltd and Shandong Vland Biotech Co., Ltd agreed to build a joint venture to expand their presence in gut health solutions products for farm animals globally. Evonik will be the majority shareholder in this joint venture with 55 percent of the shares. The joint venture, called Evonik Vland Biotech (Shandong) Co., Ltd. will have its headquarters in Binzhou, China, and is planned to enter the market in Q1/2024. The joint venture will combine the specific strengths of both partners, including Vland's market access, regulatory capabilities in China as well as its fast innovation cycles. In addition, the joint venture will benefit from Evonik’s global sales force and market access, R&D and global regulatory capabilities. Sales of the new joint venture are expected to be in the low double-digit million euro range. Evonik announced earlier this year that it is developing its specialty nutrition business with system solutions and specialties for poultry, swine and ruminants. The partnership with Vland on gut health solutions is an essential element towards Evonik’s strategy to offer system solutions for its customers in the animal feed industry. Customized system solutions consisting of products, services and knowhow delivering sustainability benefits are part of the strategic core of Evonik's life science division Nutrition & Care, which includes the Animal Nutrition business line. Biosolutions such as probiotics for animal gut health will strengthen the division’s biotechnology platform. “This joint venture combines the strengths of two successful players in the feed additives business and provides a solid platform for future growth,” says Gaetano Blanda, head of the Animal Nutrition business line of Evonik. “Together, both partners gain broader market access for their products and combine their innovative strength.” Both partners will bring their gut health businesses - such as probiotics and formulated products - into the joint venture to cover the Greater China Region. The Greater China Region accounts for more than 20 percent of the global feed additives market. Evonik Vland Biotech (Shandong) Co., Ltd. will also engage in creating new gut health products. As part of the agreement, Evonik will distribute the joint venture’s portfolio outside of the Greater China Region. The joint venture allows Evonik to expand its gut health solutions by adding broader formulation elements to its global product portfolio. "The joint venture of Evonik and Vland will enhance our portfolio in Asia Pacific. Both companies will grow faster together than they would have on their own," says Shirley Qi, regional president of SEAANZ and head of Nutrition & Care Asia at Evonik. The aim of Evonik’s gut health solutions is to maintain the productivity of farm animals without using antibiotic growth promoters (AGPs). Today, probiotics such as Ecobiol®, Fecinor®, GutPlus® and GutCare® are the basis of this portfolio. They consist of living microorganisms added to animal feed to maintain or restore the microbial balance in the animal’s gut, helping to make animals more resilient. ]]> https://www.agrospectrumasia.com/news/35/1510/evonik-introduces-the-worlds-first-3d-printed-bio-circular-feedstock-raw-material.html https://www.agrospectrumasia.com/news/35/1510/evonik-introduces-the-worlds-first-3d-printed-bio-circular-feedstock-raw-material.html Wed, 01 Nov 2023 09:48:29 +0530 100 percent substitution of fossil feedstock with bio-circular raw material from waste cooking oil Evonik is driving circular plastics economy in additive manufacturing. The leading specialty chemicals company is introducing a new grade of its polyamide 12 powders that is designed to unbound sustainable 3D printing at scale. INFINAM® eCO PA12 is the world’s first PA12 powder material for industrial 3D printing that substitutes 100 percent of fossil feedstock with bio-circular raw material from waste cooking oil in a mass balancing process. The new, ready-to-use powder features a reduction of CO2 emissions of 74% in comparison to the castor oil-based polyamides of Evonik's own INFINAM® Terra development grade. Having already launched a new PA12 grade with reduced carbon footprint in late 2022, Evonik is now fully aligning its portfolio of polyamide 12 powders with its circularity approach. Evonik will present its formula to drive circular plastics economy in 3D printing during the Formnext trade show, Frankfurt am Main Germany, November 7-10, 2023 Bio-Circular Raw Materials As Starting Point For True Circularity True circularity starts with bio-circular raw materials. More than 15 million tonnes of waste cooking oils are produced annually in the world by restaurants, grocers, hotels and casinos, and other foodservice providers. In addition to other end-of-life possibilities like being processed into biodiesel, waste cooking oil can be used as raw material source for chemical production. “True circularity is key for being successful in the future. As a pioneer for polymer-based 3D printing materials, Evonik has developed a formula for its PA12 powders to drive circular plastics economy in additive manufacturing”, says Dominic Störkle, Head of the Additive Manufacturing Innovation Growth Field at Evonik. “With the introduction of INFINAM® eCO PA12, we go far beyond chemistry to start closing the loop, and meet the market’s expectations for a better future.”   INFINAM® eCO PA12 contributes to both footprint and handprint circular values. Besides an improved carbon footprint rate due to renewable energy use for production and bio-circular raw material, Evonik’s new polyamide 12 grade provides proven reusability rate of 100 percent of the structure support powder, with a refresh rate of 70/30 of used versus virgin material over several printing cycles, all the while exhibiting excellent processability and stable mechanical properties of 3D printed parts. Evonik’s formula to drive circular plastics economy is based on four main cornerstones: Reuse, Reduce, Renewable, Recycle, In addition to factors like production efficiency or reusability of materials, Evonik’s circularity approach includes the total life cycle assessments of its PA12 formulations and their consistent improvement. The "eCO" description stands for the company's goal of avoiding the greenhouse gas carbon dioxide by using renewable or circular raw materials via the mass balance approach. This method enables an immediate reduction of CO2 in existing plants quality of the products. Evonik’s 3D printing activities are bundled in the group’s Additive Manufacturing Innovation Growth Field.  ]]> https://www.agrospectrumasia.com/news/35/1283/fluid-quip-technologies-to-provide-worlds-first-wheat-based-animal-feed-protein-system.html https://www.agrospectrumasia.com/news/35/1283/fluid-quip-technologies-to-provide-worlds-first-wheat-based-animal-feed-protein-system.html Fri, 11 Aug 2023 10:24:24 +0530 FQT's MSC system can work with a variety of feedstocks, enabling the efficient production of a higher value protein-enriched animal feed co-product.  Fluid Quip Technologies (FQT), a global leader in advanced biofuels, biochemistry and innovative co-product technologies, is set to provide the first wheat-based MSC™ (Maximized Stillage Co-products™) system at the Ensus UK Limited ethanol facility in Teesside, a subsidiary of Crop Energies AG.  The collaboration is the iterates efficiency of MSC technology in delivering high quality animal feed solutions.  This project marks MSC™'s entry into the UK and European technology markets. This agreement between the companies demonstrates MSC's flexibility and efficiency. “We are really excited about this opportunity to work hand in hand with Crop Energies and Ensus UK for our first MSC installation with wheat as the main feedstock,” says Neal Jakel, President of FQT.  FQT's patented MSC™ technology integrates seamlessly into Ensus UK Limited's existing biofuels operations, enabling the efficient production of a higher value protein-enriched animal feed co-product. Beyond corn and wheat, FQT's MSC system can work with a variety of feedstocks, including sorghum blends. FQT has 11 MSC systems in service worldwide, with an additional system currently under construction and others in the design phase. FQT has completed preliminary engineering of the Ensus system and will begin full-scale advanced engineering and equipment procurement this month. Fluid Quip Technologies (FQT) is a global leader in providing proprietary technologies and engineering services to the biofuels and biochemical industries. FQT's innovative solutions improve ethanol grain dry milling processes, create alternative food products and meet the growing demand for carbohydrate feedstocks in the biochemical market. ]]> https://www.agrospectrumasia.com/news/35/1250/kemin-nutrisurance-opens-first-pilot-lab-for-wet-pet-food-at-global-headquarters.html https://www.agrospectrumasia.com/news/35/1250/kemin-nutrisurance-opens-first-pilot-lab-for-wet-pet-food-at-global-headquarters.html Thu, 03 Aug 2023 09:52:43 +0530 Completion of the new facility launches the business unit's Research and Exploration Services Kemin Industries, a global ingredient manufacturer that strives to sustainably transform the quality of life every day for 80 percent of the world with its products and services, recently introduced the Research and Exploration Services of Kemin Nutrisurance, the company's pet food and rendering technologies business unit, with the inauguration of Kemin's first-ever wet pet food pilot lab at its global headquarters in Des Moines, Iowa, U.S. Kemin operates in 90 countries, including manufacturing facilities in Belgium, Brazil, China, Egypt, India, Italy, San Marino, Singapore, South Africa and the United States.  The wet pet food pilot lab is a key feature of Kemin Nutrisurance's leading approach to research, development and service, allowing the business unit and its customers to create, test and validate pet food and treats, including kibble and wet retort products, to help better predict large-scale results. The state-of-the-art facility has more production capacity and testing capabilities than most research-and-development (R&D) labs, but with the flexibility of a smaller scale. Kemin Nutrisurance can now expand its innovative product lines and partner with customers to help test every aspect of their products with data validation. Kemin Nutrisurance's Research and Exploration Services will enhance co-creation with customers and assist in replicating pet food formulas for both new and established products. With a dedicated space to develop wet pet food, as well as test dry kibble coating, Kemin Nutrisurance can now provide customers with all-encompassing analyses, from raw meat products to packaging to pet satisfaction. Kemin Nutrisurance's Research and Exploration Services support customers at every stage of production by utilizing industry-leading tools and rigorous evaluation to ensure customers' pet food meets their flavor, aroma, texture, and nutrition requirements. By partnering with Kemin Nutrisurance early in product development, customers can improve solution application and reduce implementation and uptake time at their facilities, assuring confidence on a larger scale. ]]> https://www.agrospectrumasia.com/news/35/1253/austrianova-and-proagni-partners-to-establish-shelf-stable-probiotic-feed-additives-for-livestock.html https://www.agrospectrumasia.com/news/35/1253/austrianova-and-proagni-partners-to-establish-shelf-stable-probiotic-feed-additives-for-livestock.html Wed, 02 Aug 2023 10:39:52 +0530 Sign a licensing and manufacturing agreement for novel, ethical and sustainable products that improve production efficiency and reduce methane emissions and antibiotic use in livestock. Austrianova and ProAgni have entered a licensing and manufacturing agreement that foresees an intensification of joint activities between the two companies in the area of development and commercialization of shelf stable probiotic additives for cattle feed as well as for other farm animals. Austrianova, a Singaporean biotech company, has developed its patented Bac-in-a-Box® technology specifically to efficiently protect bacteria from stomach acid as well as to allow storage at room temperature without appreciable loss of viability. ProAgni is a livestock feed supplement supplier based in Australia, but also active in the USA, and has rights and access to a number of bacterial strains that are active in the rumen. Bac-in-a-Box® encapsulation of ProAgni’s bacterial strains allows significantly improved storage at room temperature as well as delivery of greater numbers of living bacteria. The storage and enhanced efficacy has been shown in a controlled and independently monitored field trial in cattle. Prof. Walter H. Gunzburg, Chairman of Austrianova, stated: “The Austrianova extends collaboration with ProAgni to enrich the microbiome of farm animals. Both companies have created a detailed road map to proceed the joint activities as part of this agreement.” “The ability to shelf stabilize a wide range of ruminal bacteria is a game changer. Proven advantages of Bac-in-the-Box will assist in advancing our innovative lead product to the market together with Austrianova” added ProAgni CEO Lachlan Campbell. ProAgni creates and distributes nutritional solutions for livestock that help farmers reduce the environmental and social footprint of food production without hurting farm productivity or increasing the price of food. ProAgni’s first commercial product, ProTect, is a leader in antibiotic free complete animal supplement. ProAgni is also developing probiotics to reduce transition time, improve productivity and reduce methane emissions. ]]> https://www.agrospectrumasia.com/news/35/1237/thailand-evaluates-dairy-farming-practices-to-ensure-continuity-of-raw-milk-supplies.html https://www.agrospectrumasia.com/news/35/1237/thailand-evaluates-dairy-farming-practices-to-ensure-continuity-of-raw-milk-supplies.html Mon, 31 Jul 2023 11:15:00 +0530 Recent turbulence in Thailand's Dairy industry might create raw milk shortages affecting domestic market demand as well as concerns over rising production costs A meeting with agencies and representatives to discuss raw milk shortage concerns in Thailand was chaired on July 27 by Thailand's Deputy Minister of Agriculture and Cooperatives, Mananya Thaiset. Wisit Srisuwan, Director-General of the Department of Cooperative Promotion, Veterinarian Praphas Pinyocheep, Deputy Director-General of the Department of Livestock Development, Somporn Srimuang, Director of the Dairy Farming Promotion Organization of Thailand (DPO) was at the forum to discuss the concerns. The Ministry of Agriculture and Cooperatives discussed the issue of raw milk shortages that negatively affected domestic market demand as well as concerns over rising production costs. Minister Thaiset confirmed that there is still a continuous purchase of raw milk from the DPO and the private sector without any cessation of milk purchase. However, it was found that the total production of raw milk in the country is currently reduced to about 2,700 tons/day attributed to the seasonal changes. The amount of milk will increase at the end of the year when winter starts. Compared to last year when dairy farmers quit and turned to other occupations, there is a need for at least 3,100 tons/day. The need for use of dairy products has increased by about 400 tons compared to the same period last year, when some dairy farmers quit and pursued other careers. As a result, the number of dairy cows in the system decreased.  Currently, raw milk is highly demanded by entrepreneurs in the dairy industry. In this regard, she urged relevant agencies to consult with all sectors. To avoid affecting the amount of milk used in the supplementary food (milk) school project, which requires about 1,000 tons of milk per day. For Thai people to have food security (milk) in the future, more dairy cows must be encouraged and dairy farmers must be promoted to be Smart Farmers with more business-oriented dairy farming to meet market demands that continue to rise. In addition, in the future, more dairy cows must be encouraged. and to accelerate the promotion of dairy farmers to become Smart Farmers, with more business-oriented dairy farming to meet market demands that tend to increase continuously As well as to provide food security (milk) for Thai people. During the discussions at the meeting, it was found that The number of dairy farmers declined due to the impact of the COVID-19 epidemic and the situation of higher feed prices in the world market. Including the dairy farming style of small farmers in Thailand who raise a variety of cows on their own farms, including lactating cows, non-lactating cows, young cows, heifers, non-mixed cows, known as free-feeding cows. which is an additional cost that farmers have to bear resulting in decreased farm income. ]]> https://www.agrospectrumasia.com/news/35/1228/koreas-skt-launches-live-care-iot-based-livestock-monitoring-system.html https://www.agrospectrumasia.com/news/35/1228/koreas-skt-launches-live-care-iot-based-livestock-monitoring-system.html Wed, 26 Jul 2023 00:55:38 +0530 Allow farmers to keep an eye on the health of their cattle using smart biocapsules. South Korean IT giant SK Telecom has launched a new livestock monitoring system called ‘Live Care’ after teaming up with bio venture company uLikeKorea, which will allow farmers to keep an eye on the health of their cattle using smart biocapsules. The new service from SKT will see biocapsules packed with a communications module connected to the company’s IoT-dedicated network, LoRa, injected into stomach of a cow, monitoring body temperature and potential hydrogen levels, with data recorded and then sent to a central server as well as cattle farm owners via a smartphone or computer. Loaded with the latest technology features, the Live Care service will help cattle farm owners stay up to date with the health status of their livestock, providing graphs based on data related an animal’s reproductive cycle as well as health condition. Manufactured from sugar cane and corn, the capsules with environmental-friendly shells covering a communications module inside will also be able to predict the optimal time of insemination while detecting symptoms of labor. While previous livestock monitoring systems required building additional network infrastructure to transfer data from farm animals to a database, SKT’s Live Care will use its existing IoT-dedicated LoRa network, while the company plans to build base stations for its users for free. SK Telecom and its business partner uLikeKorea’s efforts to work further in creating a monitoring system for pigs and calves will continue with plans to develop an alert message distribution system to prevent infectious diseases among livestock. ]]> https://www.agrospectrumasia.com/news/35/1210/s-korea-is-laying-foundation-for-expanding-k-smart-livestock-in-malaysia.html https://www.agrospectrumasia.com/news/35/1210/s-korea-is-laying-foundation-for-expanding-k-smart-livestock-in-malaysia.html Fri, 21 Jul 2023 11:23:06 +0530 Korean and Malaysian livestock organizations inks MoU to enhance information communication technology (ICT) exchange and cooperation in the livestock sector Korea's Ministry of Agriculture, Food and Rural Affairs has signed a Memorandum of Understanding (MOU) with Malaysian livestock organizations to enhance information and communication technology (ICT) exchange and cooperation in the livestock sector. The primary focus will be on Real time monitoring of farm environment, Livestock feed activity and behavior analysis, Provision of solutions for specification and disease management. With the signing of the MOU between the Korea Livestock Technology Association, which oversees livestock ICT, and the Malaysian Poultry Association, it is expected to lay a foundation for expanding K-Smart Livestock infrastructure in Malaysia, with an aim to enhance agricultural productivity (IR 4.0) through smart technologies, such as big data, artificial intelligence, and the Internet of Things (IoT). Korea-Malaysia Agricultural Ministers' Meeting was held on May 12 and the Korea-Malaysia MoU was extended as part of the follow-up measures to enhance agricultural cooperation between the two countries. MAFRA Minister Chung Hwang-keun along with Korea Livestock Technology Association Chairman Kyung No-kyeom, Malaysian Poultry Association President Kwei Yew Tong along with Malaysian Ministry of Agriculture officials and livestock farmers organizations, and members of the department graced the signing ceremony in Kuala Lumpur, Malaysia. Sim Zhi Zhan, Vice Chairman of the Federation of Livestock Farmers' Associations of Malaysia stated, "Through this opportunity, we will share knowledge, experiences, best practices, and business opportunities in areas such as Korea's advanced livestock ICT innovations, along with the Korean wave, and explore collaboration opportunities." In December of last year, Korea Livestock Data Co., Ltd., a domestic smart livestock management service provider, signed a service supply agreement for "Farm's Plan," a livestock health care solution through video data analysis, with a Malaysian broiler farm (Pong Cheong Farm, with a scale of 160,000 heads). Since April of this year, the Korean smart livestock company has been operating the Farm's Plan hardware and services at the local farm. With the signing of the MOU between the Korea Livestock Technology Association, which oversees livestock ICT, and the Malaysian Poultry Association, it is expected to lay a foundation for expanding K-Smart Livestock infrastructure in Malaysia, with an aim to enhance agricultural productivity (IR 4.0) through smart technologies, such as big data, artificial intelligence, and the Internet of Things (IoT). Jeong Kyeong-seok, Director of Livestock Policy at the Ministry, expressed, "We plan to actively support the overseas expansion of domestic smart livestock equipment and solution companies through; (a) Discovering promising export companies and models in the smart livestock sector and launching demonstration projects; (b) strengthening information and administrative support for overseas expansion; and (c) quality certification for information communication technology (ICT) equipment and services." ]]> https://www.agrospectrumasia.com/news/35/1199/australia-grants-au38-million-in-eid-rebates-for-nsw-sheep-and-goat-industry.html https://www.agrospectrumasia.com/news/35/1199/australia-grants-au38-million-in-eid-rebates-for-nsw-sheep-and-goat-industry.html Wed, 19 Jul 2023 10:59:29 +0530 Supports sheep and goat industry implement mandatory individual electronic identification (eID) across NSW. Australia has committed more than $38 million to support the introduction of mandatory electronic identification (eID) in the sheep and goat sector across New South Wales (NSW). From 1 August 2023, the sheep and farmed goat supply chain will be able to access an NSW Sheep and Goat eID Infrastructure Rebate to assist impacted stakeholders in transitioning from the existing visual tag system to an eID one. The Rebate will first be rolled out to saleyards and processors, then producers and agents from 3 October 2023. Training is expected to commence later this year. The New South Wales government is contributing AU$31.4 million toward the scheme, with the Federal Government chipping in AU$7.2 million. The initiative demonstrates NSW's commitment to enhancing traceability systems and supporting the industry to meet objectives. NSW Minister for Agriculture, Regional NSW and Western NSW, Tara Moriarty announced the commitment to farmers at the NSW Farmers Conference in Rosehill on 19 July. Federal Minister for Agriculture, Fisheries and Forestry Murray Watt said the investment would go towards the cost of transitioning to an eID system. “Bringing in an eID system has very strong advantages for our farmers. When we can tell the story of every animal and prove to our consumers the integrity of our supply chains, we can reassure our trading partners that our products are being produced to the highest possible standards of quality and animal welfare. We have a great story to tell of our high-quality produce, and this opens up possibilities for accessing premium markets overseas. With data and transparency to back up our sustainable and rigorous standards will help in creating impressions globally” said Minister Watt. The rebate scheme, which will be administered by the NSW Rural Assistance Authority (RAA) includes: 100% rebate to saleyards (due to high upfront costs) 50% rebate to processors 50% rebate to stock and station agents 50% rebate to producers The NSW Government will provide additional free eID-specific training and education to help producers, agents and those working in saleyards and processors to understand their requirements with respect to sheep and goat eID. “Better traceability will ensure we can respond faster if there is an outbreak of an emergency animal disease and therefore reduce potential impacts on animals, farmers and consumers worldwide. Through the NSW Sheep and Goat Traceability Reference Group and direct engagement with stakeholders across the supply chain, industry has been involved from the beginning” said NSW Minister Moriarty. ]]> https://www.agrospectrumasia.com/news/35/1192/australias-states-and-territories-sign-up-for-new-national-poultry-standards.html https://www.agrospectrumasia.com/news/35/1192/australias-states-and-territories-sign-up-for-new-national-poultry-standards.html Tue, 18 Jul 2023 08:14:00 +0530 Poultry standards is an important step towards harmonising national animal welfare legislation and providing clarity and consistency to industry, consumers and trading partners. Agriculture ministers from all states and territories have now endorsed the new Australian Animal Welfare Standards and Guidelines for Poultry. The poultry standards were finalised by the Independent Poultry Panel commissioned by all agriculture ministers. The standards are the culmination of an extensive stakeholder and public consultation process and underpinned by contemporary animal welfare science. Assistant Secretary for Animal Welfare, Dr Carol Sheridan said the endorsement of the poultry standards is an important step towards harmonising national animal welfare legislation and providing clarity and consistency to industry, consumers and trading partners. “The poultry standards introduce a range of welfare measures for chickens, ducks, pigeons and emus, including a focus on light, water and ventilation,” Dr Sheridan said. “The standards also allow for a range of egg production systems, such as larger furnished cages, barns and free range, that producers can choose from to best suit their business.” While the standards propose a phased approach to banning conventional cages, implementation is a matter for the states and territories. Consumers also have a choice about the products they purchase and some retailers have already announced that they will introduce a ban on products from conventional cages. Till date, the Australian Government has invested $5 million over 4 years to renew the Australian Animal Welfare Strategy. ABARES forecasts egg production for 2022-23 to reach $4.66 billion. ABARES forecasts the value of poultry meat to continue to rise and is estimated to be worth $3.4 billion over 2022-23. ]]> https://www.agrospectrumasia.com/news/35/1185/si-ware-systems-dairyland-lab-collaborate-extending-holistic-end-to-end-analytical-solution-to-feed-mills.html https://www.agrospectrumasia.com/news/35/1185/si-ware-systems-dairyland-lab-collaborate-extending-holistic-end-to-end-analytical-solution-to-feed-mills.html Mon, 17 Jul 2023 10:46:42 +0530 Si-Ware Systems, Dairyland Lab collaborate extending streamlines End-to-End testing processes reducing costs, enhancing quality and improving consistency at animal feed value chain An innovative handheld analytical solution designed for the analysis of feeds and feed ingredients, with a specific focus on enhancing operations within feed mills, has been developed by Si-Ware Systems, a leading provider of integrated Near Infrared Spectroscopy solutions, in collaboration with Dairyland Laboratories, a renowned agricultural testing laboratory. Feed mills will be able to save time, money, and effort with this comprehensive solution, which ensures higher productivity, quality control, and easier FSMA compliance record keeping. The collaboration between Si-Ware Systems and Dairyland Laboratories addresses critical pain points within the animal nutrition industry. By providing real-time, on-site analysis with laboratory-grade accuracy, this innovative solution reduces costs, enhances quality, and improves consistency to all stakeholders in the animal feed value chain. The partnership leverages Si-Ware Systems' all-in-one NeoSpectra platform and Dairyland Laboratories' proficiency in feed testing. By combining their strengths, the two companies have developed a powerful tool that enables feed mills to perform accurate analyses more often and in less time. Kyle Taysom, CEO of Dairyland Laboratories stated, “Until recently, quality assurance testing for feed mills required samples to be sent off to a lab, the number of decisions those tests could inform was severely restricted to simple compliance and long-term trend analysis. With NeoSpectra, feed mills now have access to practical real-time analysis which opens completely new decision points and actions that can be taken to improve feed quality and consistency.” The feed mill analysis package starts with Si-Ware Systems' NeoSpectra Scanner, intuitive mobile apps for iOS and Android devices, and the NeoSpectra Cloud portal. With this innovative platform, users can analyze a sample in seconds from anywhere, and the results are instantly displayed on the mobile device and automatically synchronized to the NeoSpectra portal for further analysis, reporting, and secure record keeping. For the accurate analysis of feeds and feed ingredients, Dairyland Laboratories has developed, tested, and validated models to obtain results for critical parameters such as moisture, protein, fat, and fiber content, among others. This complete solution not only streamlines testing processes and reduces costs associated with laboratory testing but also enhances quality control, leading to improved product consistency. Mostafa Medhat, VP of Product & Business Development at Si-Ware Systems, emphasized the solution's benefits for feed mills, stating, “The integration of Dairyland Laboratories’ robust models for feed and feed ingredients into our platform allows offering a new holistic end-to-end approach to quality control and process optimization of animal feed production. For the first time, feed mill operators can increase the frequency of testing at each stage of production without increasing analysis cost. In addition, feed mill managers can efficiently organize and retrieve historical records of the results to monitor supplier quality and better comply with regulations.” ]]> https://www.agrospectrumasia.com/news/35/1158/vietnam-to-build-a-smart-pig-farm-in-ninh-binh-funded-by-korea.html https://www.agrospectrumasia.com/news/35/1158/vietnam-to-build-a-smart-pig-farm-in-ninh-binh-funded-by-korea.html Wed, 12 Jul 2023 07:45:00 +0530 Commences a new project to improve pig farming value chain in Vietnam's Ninh Binh province The Center for Digital Transformation and Agricultural Statistics (DTS) in collaboration with the People's Committee of Vietnam’s Ninh Binh province held the ground-breaking ceremony at the Tam Diep Nuclear Pig Breeding Research Station for the project "Setting up a smart farm" on July 8. To set up the smart farm and improve the pig farming value chain in Ninh Binh province Korean Government has released a grant of 3.5 billion Won (equivalent to more than 3.1 million USD). Aiming to improve the pig farming value chain in Ninh Binh the event was addressed by Deputy Minister Phung Duc Tien, Mr. Pham Quang Ngoc - Chairman, Mr. Tran Song Tung - Vice Chairman of Ninh Binh Provincial People's Committee and Mr. Hyun Jong Nae - Director of Korea International Agriculture Program. Country in Vietnam (KOPIA). Vietnam is the third largest trading partner of Korea only after the two leading economies in the world, the US and China. Leaders of the two sides have set a target to increase bilateral trade turnover to $100 billion in 2023, an increase of about $13 billion compared to 2022. Center for Digital Transformation and Agricultural Statistics (DTS) is funding and leading the implementation of the project "Setting up a smart farm and improving the pig farming value chain in Ninh Binh, Vietnam". The Korea Agency for Education, Promotion and Information Services for Food, Agriculture, Forestry and Fisheries (EPIS) is part of the Ministry of Agriculture, Food and Rural Affairs of Korea Country (MAFRA). In order to provide a demonstration model of a smart farm that uses intelligent Korean advances along with the application of information technology from production to consumption of pork for Ninh Binh province, the Tam Diep Nuclear Pig Breeding Research Station, Quang Son Commune, Tam Diep City, Ninh Binh Province, was selected as the location for construction in order to provide consumers with high quality and safe food. This is the second project of the Center for Digital Transformation and Agricultural Statistics (formerly the Center for Informatics and Statistics) after the project of establishing a smart and safe agricultural product value chain in Vietnam. The Potato, Vegetable and Flower Research Center (PVFC) Da Lat, Lam Dong is now in its second year of implementation. The project aims to establish a smart and safe agricultural product value chain with tomato, bell pepper and strawberry crop products and the production chain is carried out from production to preliminary processing and distribution to the market school. ]]> https://www.agrospectrumasia.com/news/35/1155/livestock-aquaculture-philippines-2023-stimulates-best-agri-practices-innovations-services.html https://www.agrospectrumasia.com/news/35/1155/livestock-aquaculture-philippines-2023-stimulates-best-agri-practices-innovations-services.html Mon, 10 Jul 2023 14:36:00 +0530 The three-day international trade fair expo for the livestock, poultry, and aquaculture industries convened more than 300 exhibitors and 10,000 farmers, fisherfolk, traders, buyers, experts, policy and decision makers, and industry stakeholders around the world The three-day expo, the largest international trade fair for the livestock, poultry, and aquaculture industries was organized by international events manager was hosted by the Philippine Department of Agriculture (DA) through the National Livestock Program (DA-NLP) and the Bureau of Fisheries and Aquatic Resources (DA-BFAR) with the goal of promoting the development of the Philippine agri-fishery sector. Now on its sixth installment, the Livestock and Aquaculture Philippines 2023 formally opened on July 5 at the World Trade Center, Pasay City with Philippine President Ferdinand R. Marcos Jr. personally leading the ceremony. More than 300 exhibitors and 10,000 farmers, fisherfolk, traders, buyers, experts, policy and decision makers, and industry stakeholders around the world convened at the Livestock and Aquaculture Philippines 2023  to share their products, services, and best practices.  The organizer, Informa Markets Country General Manager for Malaysia and the Philippines Gerard Leeuwenburgh called for every industry player to “step up” by innovating and adapting new technologies, enhancing food production, reducing waste, preventing diseases, and showing genuine concern for environment “to ensure a sustainable production system” and “to be able to keep up with the competition in the [Asia-Pacific] Region.” The President and concurrent Secretary of Agriculture acknowledged the vital role of the private sector in realizing our dreams of progressively expanding and modernizing the poultry and livestock industries in the Philippines. He also emphasized the need to revitalize Philippine agriculture by addressing key issues such as food inflation, the need to boost food production and mobilization, the importance of enhancing profitability and other opportunities in agri-fishery-based livelihoods, the emergence of agricultural pests and diseases, and more. He further reaffirmed the need to find ways to increase our farmers’ incomes to establish a more food-secure, sustainable, and resilient Philippines. The opening ceremony was also attended by Senate Committee on Agriculture, Food, and Agrarian Reform Chairperson Senator Cynthia Villar, House Committee Chairperson on Agriculture and Food Representative Mark Enverga, Agricultural Sector Alliance of the Philippines (AGAP) Partylist Representative Nicanor Briones, Pasay City Mayor Imelda Calixto-Rubiano, and dignitaries from other countries. ]]> https://www.agrospectrumasia.com/news/35/1151/vietnam-embarks-on-strengthening-overall-veterinary-management-system-capacity.html https://www.agrospectrumasia.com/news/35/1151/vietnam-embarks-on-strengthening-overall-veterinary-management-system-capacity.html Fri, 07 Jul 2023 10:29:42 +0530 To ensure the effective and efficient implementation of veterinary activities, appropriate control of animal diseases, public health protection, proactive and extensive global integration. The Ministry of Agriculture and Rural Development (MARD) in collaboration with the Food and Agriculture Organization of the United Nations (FAO) held a consulting conference to support the implementation of the "Project" Strengthen the capacity of the system of veterinary specialized management agencies at all levels, in the period of 2021-2030”. The Ministry of Agriculture and Rural Development commits to continue prioritizing and allocating resources to organize timely and effective implementation instructions in Veterinary Sector Project to 2030. Project aims to strengthen the capacity of the veterinary management system at all levels, to ensure the effective and efficient implementation of veterinary activities, appropriate control of animal diseases, public health protection, proactive and extensive global integration.  According to FAO, over the past few years, Vietnam's agriculture sector has been very efficient. In 2022, the total export value of agricultural products exceeds $52 billion, contributing to GDP growth of more than 6.5%; Livestock production contributes 25.2% of Vietnam's agricultural GDP. However, Vietnam is facing many threats affecting aquaculture, such as threats from animal diseases. Animal health is a core factor for livestock production and sustainable development. Changes in livestock production increase the likelihood of new pathogens emerging, evolving, and spreading from animals to humans. Animal diseases can have a significant impact on livestock production, commerce, livelihoods, food security and national economies, as well as human health; severely affect endangered or threatened wildlife populations and disrupt biodiversity conservation efforts. The FAO report states: “It is important to strengthen Vietnam's veterinary system to minimize the impact of zoonoses and zoonoses, which threaten livelihoods and food security. our. A strong veterinary system is essential to ensure that “no one is left behind” in the country’s quest to high-income status.  Pauline Tamesis, Resident Coordinator of the United Nations in Vietnam, assessed the project as one of the Vietnamese Government's strong commitments in ensuring welfare and food security as well as promoting the sustainable development of the livestock industry through effective control. animal diseases, protection of public health and the integration of the livestock industry in global trade. Pauline Tamesis believes that Controlling disease and meeting food needs still requires a One Health approach and international community should contribute to One Health to ensure sustainable human health, sustainable animal health, thereby ensuring a sustainable economic health. Through its One Health approach, FAO has contributed to improving animal health to make livestock more efficient and sustainable, while achieving optimal health for all in human-animal aspects. material-environment. ]]> https://www.agrospectrumasia.com/news/35/1140/a-systems-signs-partnership-to-expand-to-south-asia.html https://www.agrospectrumasia.com/news/35/1140/a-systems-signs-partnership-to-expand-to-south-asia.html Thu, 06 Jul 2023 09:09:00 +0530 A-Systems signed an agreement with Dr Amit Das to distribute its products and strengthen its position in India, Bangladesh, Nepal and Sri Lanka Animal feed formulation software supplier, A-Systems, signed an agreement with Dr Amit Das todistribute A-Systems products to animal feed producers in South Asia. With this partnership, ASystems aims to strengthen its position in South Asia – India, Bangladesh, Nepal and Sri Lanka. This new partnership enables A-Systems to rely on a local and trusted consultant providing highquality advice and support. For the past 20 years, A-Systems has developed the Allix feed formulation software, KAllix quality control software and Ruminix Ruminant Ration Balancer. Globally, these solutions are some of the most commonly used solutions. A-Systems aims to make Allix one of the most widely used formulation software in these areas by joining forces with Dr. Amit Das. As an animal nutritionist for V.H Group (Uttara Feeds) and as head of animal nutrition and R&D at ACI-Godrej Agrovet, Dr Amit Das is a well-known name in the animal nutrition industry. Aside from India, Bangladesh, Nepal, and some African countries, he provides consulting services to key players. Das has a deep understanding of the Indian feed formulation software market.  “A-Systems is very excited to start marketing in this key market collaborating with Dr. Das. His long experience in the animal nutrition industry and his choice to collaborate with A-Systems to provide a better service to his customers in the South Asia market gives a good reason for South Asian feed mills to give it a try to Allix3,” said Benoit Chesnais, in charge of the Asian development of A-Systems. ]]> https://www.agrospectrumasia.com/news/35/1143/uae-initiates-national-survey-plan-to-count-animals.html https://www.agrospectrumasia.com/news/35/1143/uae-initiates-national-survey-plan-to-count-animals.html Wed, 05 Jul 2023 17:16:46 +0530 The primary aim of this initiative is to compile an accurate and comprehensive database of the nation's livestock UAE’s Ministry of Climate Change and Environment has begun implementing a 2023 national survey plan, specifically designed to quantify animals and associated products in commercial animal farms. The primary aim of this initiative is to compile an accurate and comprehensive database on the nation's livestock, a critical step towards the sustainable enhancement of the country's food security system. The survey was launched in cooperation with the Federal Competitiveness and Statistics Centre, the Abu Dhabi Agriculture and Food Safety Authority, the Dubai Municipality, and with the participation of other municipalities in the UAE and local statistics centres. The implementation of the survey plan began in various targeted large, medium, and small commercial farms in all the emirates at the beginning of June and will continue until 31st July 2023 with a team composed of all relevant entities of each emirate. The team's efforts are focused on developing policies to preserve the livestock sector and organise its sustainable commercial exploitation and transformation to enhance its contribution to narrowing the food gap, securing supply chains, and boosting the national economy, eventually leading to a sustainable food security system. This is achieved by developing and implementing an integrated management strategy to protect and grow livestock wealth, increasing biosecurity levels, and developing and implementing animal disease and epidemic prevention programs and monitoring them. The team also supports inspection and surveillance mechanisms and standards in local farms and across border points and develops and enhances information exchange mechanisms at regional and global levels. Mohammed Mousa Alameeri, Assistant Undersecretary for the Food Diversity Sector at the Ministry of Climate Change and Environment, stressed the importance of the national survey plan to count the number of animals and products in commercial animal production farms, given the interest and care that livestock wealth in the country enjoys, as it represents an essential element for both food security and the national economy. Mohammed Mousa Alameeri said, "Within the framework of the Year of Sustainability, and in preparation for the UAE's hosting of the Conference of the Parties (COP28) this year, the national survey plan aims to contribute to the development of a sustainable, data-driven food security system through providing accurate and comprehensive data about the animal wealth in commercial, small, and medium farms at the national level. Additionally, it involves determining the quantities and values of production from these farms to know their contribution percentage to enhance food security and the level of advancement in food security indicators." ]]> https://www.agrospectrumasia.com/news/35/1117/vietnam-and-fao-strengthen-cooperation-towards-animal-husbandry-and-animal-health.html https://www.agrospectrumasia.com/news/35/1117/vietnam-and-fao-strengthen-cooperation-towards-animal-husbandry-and-animal-health.html Fri, 30 Jun 2023 09:24:41 +0530 Vietnam has joined the tripartite cooperation with FAO, Japan, and South Africa to deploy many cooperation models to improvise rice, food crops and aquaculture. FAO and Vietnam are collaborating on many cooperation activities in the field of animal husbandry and veterinary medicine. Vietnam and the FAO have been cooperating for 45 years. Recently, the FAO was one of the supporting agencies that helped host the Global Food Summit under the Ministry of Agriculture and Rural Development. Deputy Minister Phung Duc Tien and Thanawat Tiensin, Director of the Department of Livestock and Veterinary Medicine are optimistic that Vietnamese-FAO cooperation will become stronger and more efficient in the years to come. Hanoi, the capital of Vietnam, hosted the International Advisory Conference to support the implementation of the Veterinary Sector Project on June 23, 2023. Animal and veterinary industries were discussed at the conference, investments were considered to develop these industries, and food security was addressed. Deputy Minister Phung Duc Tien said “Over the past time, Vietnam's livestock industry has maintained a good growth momentum. Vietnam advocates shifting from smallholder farming to large-scale farming, and at the same time opening the door to foreign businesses such as CP of Thailand, Japfa of Indonesia, in order to create new development momentum for the country”. “FAO continues to work closely with the One Health Partnership to mobilize resources to contribute to the implementation of goals and tasks on the prevention of zoonotic diseases and the prevention and control of diseases. disease risk from captive breeding and illegal wildlife trade” he added. South-South cooperation between Vietnam and other countries such as Sierra Leone, Vietnam plays a pioneering and active role in helping Sierra Leone develop its rice industry. At the request of the Government of Sierra Leone, a joint mission was conducted in February 2023 to develop a proposal for a partnership program to address Sierra Leone's rice value chain needs, this program will be funded through the Unilateral Trust Fund (UTF). Deputy Minister Phung Duc Tien said that Vietnam has joined the tripartite cooperation with FAO, Japan, and South Africa to deploy many cooperation models to develop rice, food crops and aquaculture. Vietnam has sent over 400 experts to participate in these cooperation models around the world. Accordingly, it has contributed to reducing poverty and creating opportunities for many international communities. ]]> https://www.agrospectrumasia.com/news/35/1043/revolutionary-cotton-grains-cattle-program-to-boost-livestock-nutrition-and-farming-sustainability.html https://www.agrospectrumasia.com/news/35/1043/revolutionary-cotton-grains-cattle-program-to-boost-livestock-nutrition-and-farming-sustainability.html Fri, 09 Jun 2023 10:10:46 +0530 CRCNA invests $8 million in four-year program to bolster productivity across Northern Australia's cropping and cattle sectors Northern Australia's cropping and cattle sectors are set to be refined and reset by the CRCNA's Cotton, Grain Cattle Program (CGC). The CGC program includes six projects and has 30 research and funding partners to address cross-regional, geographically consistent priorities. The four-year, $8 million program is the CRCNA’s largest investment to date. CRCNA’s Chair, Sheriden Morris said this is part of a significant body of work across Northern Australia, with the potential to develop new industries for long-term growth, shifting the landscape of northern agriculture through sustainable, adaptable cropping systems and cattle production improvements. Researchers, producers, development corporations, and jurisdictional governments collaborate at CGC in order to maximize the productivity of cropping and beef production systems in Kununurra and the Ord region of WA, the Katherine and Douglas Daly regions of the NT, and in developing crop production in north Queensland. The Northern Territory Minister for Agribusiness and Fisheries, the Hon Paul Kirby said "Investment in the cattle industry and development in agriculture in the north is integral to growth. The launch of the Cotton, Grains, Cattle initiative is a welcomed boost which will contribute to efficient programs and profitability”. To bolster productivity across the north's cropping and cattle sectors the CGC program has six projects across key northern regions to develop integrated agricultural systems. Crops for Cattle to increase the efficiency of Northern Australian cattle production systems using local crops to improve dry season weight gain (NT) Fundamentals of cropping-systems that deliver sustainable growth of the agricultural sector (NT) Cropping enabled cattle production enabled by feed products from irrigated cropping (WA) Ord River Irrigation Area (ORIA) sustainable systems for diversification of ORIA cropping (WA) Extension capacity of cropping systems, enhancing to sustain growth (NQ)   North Queensland Cotton, Grains, Cattle farming systems (NQ) The four-year program focuses on research and development outcomes that address soil and water suitability and management; optimized agronomy; crop protection; biosecurity; establishing and maintaining local industry capacity in remote regions; developing best practices for animal production; and stewardship and social licence, such as whole-of-life methane emissions tailored to the scale and climate of the north. ]]> https://www.agrospectrumasia.com/news/35/1042/woahs-animal-health-forum-reshapes-avian-influenza-prevention-and-control-strategies.html https://www.agrospectrumasia.com/news/35/1042/woahs-animal-health-forum-reshapes-avian-influenza-prevention-and-control-strategies.html Fri, 09 Jun 2023 09:58:47 +0530 International experts, private sector and government representatives to discuss current challenges and perspectives for combatting avian influenza The recent paradigm change in the ecology and epidemiology of avian influenza has heightened global concern as the disease has spread to new geographical regions, has caused unusual wild bird die-offs, and has led to an alarming rise in mammalian cases. The rapidly evolving nature and the changes in spread patterns have encouraged leaders and experts to review existing avian influenza prevention and control tools, including the use of vaccines. The Animal Health Forum held during WOAH’s recent 90th General Session convened key stakeholders and the full membership of the Organisation to discuss how to minimise the impacts of avian influenza across sectors. Based on the Technical Item—’Strategic Challenges in the Global Control of High Pathogenicity Avian Influenza’ presented at the event, participants discussed the impact of the disease, the fitness for purpose of existing prevention and control tools, international trade impact, and the necessity to enhance global coordination.  Following the Forum, WOAH issued a comprehensive report capturing the discussions and outcomes. WOAH’s General Assembly debated the use of vaccination as a complementary tool and extensively discussed its associated implementation challenges. It was recognised that a successful vaccination strategy must rely on authorised vaccines that closely match the virus strains in circulation. Furthermore, it must be accompanied by robust disease surveillance, which is able to demonstrate freedom from infection in the domestic animal population as recommended by WOAH Terrestrial Animal Health Code. By considering all existing science-based control measures and using them in line with international recommendations, countries can develop their own national strategies tailored to their local context and ensure their effectiveness. WOAH Members adopted a Resolution which will serve as a basis for shaping future avian influenza control activities, while protecting wildlife, supporting the poultry industry and the continuity of trade. The Resolution notably underscores the importance of Members respecting and implementing WOAH international standards to effectively combat avian influenza. Recognising the compliant use of vaccination without negative consequences on trade as per WOAH standards further stresses the need for robust vaccination monitoring and disease surveillance systems. ]]> https://www.agrospectrumasia.com/news/35/1014/vietnams-business-potential-in-agri-fisheries-and-key-development-statistics.html https://www.agrospectrumasia.com/news/35/1014/vietnams-business-potential-in-agri-fisheries-and-key-development-statistics.html Mon, 05 Jun 2023 17:53:00 +0530 Vietnam vigorously focuses on its Agriculture, Forestry, and Fishery industries The Agriculture and Rural Development Ministry reports production and agribusiness reports for May 2023. Agri-commodities According to the department, Vietnam is currently focusing on the cultivation of winter-spring crops in southern localities. Rice, is one of the major staple foods of Vietnam's South East Asian culture, the country cultivated nearly 4,255.8 thousand hectares of rice. The harvest reached 2,589.4 thousand hectares with an average yield of 67.4 quintals/ha, up 1.0 quintals/ha. In summary, the harvested output reached 17.46 million tons. Especially, "winter-spring rice" is another variety of rice in the country with a cultivation rate of 2,952.1 thousand hectares and a harvest of 2,235.5 thousand hectares. However, harvest yield is estimated at 69.2 quintals/ha, an increase of 0.9 quintals/ha; harvested output reached 15.47 million tons. Particularly in the Mekong Delta province (Mekong Delta), 1,478.7 thousand hectares were harvested with a harvest yield of 72.0 quintals/ha, up 1.2 quintals/ha; harvested output reached about 10.7 million tons. "Summer-Autumn Rice" has been cultivated up to 1,303.7 thousand hectares, 1,030.7 thousand hectares in the Mekong Delta alone. Among the other high yielding and well cultivated crops in Vietnam, are pulses and grains. Vietnam reports planting 417.3 thousand hectares of corn, 49.3 thousand hectares of sweet potatoes, 12.6 thousand hectares of soybeans, and 111.3 thousand hectares of groundnuts. Particularly, vegetables and legumes 637.3 thousand hectares. Animal husbandry By May 2023, cattle and poultry farming developed steadily in Vietnam. However, the epidemic still has many potential risks of outbreak, the risk of influenza virus strains and other epidemics infecting from abroad; the price of animal feed remains high, the smuggling of livestock products; Meanwhile, prices of livestock products remain low. As of May, the buffalo herd decreased by about 2%, the cow herd increased by 1.2%, the pig herd increased by 2.6%, and the poultry herd increased by 1.3%. As of May 23, the whole country had 01 outbreak of Blue Ear in Cao Bang; 03 outbreaks of avian influenza in Quang Ngai and Hanoi; there are 02 FMD outbreaks in Thai Nguyen and Gia Lai; there were 17 outbreaks of African swine fever in 08 provinces and cities and 09 outbreaks of dermatitis in Thai Nguyen, Quang Binh and Quang Ngai in less than 21 days. In the first five months of the year, the number of cattle and poultry killed and culled was about 17,438 animals (12,789 poultry and 4,649 cattle). Forestry During the month, localities continue to plant forests, monitor, protect, and prevent forest fires, and have stable logging activities. In May, the country cultivated 69 million seedlings by planting 18.3 thousand hectares of forest. The amount of timber harvested is estimated at 1,956 thousand cubic meters (m3). Accumulation In 5 months, the whole country prepared over 558 million trees and planted 85.6 thousand hectares of forest. This was followed by an estimated timber production of 6,583.3 thousand m3. Forest fire prevention and control are being prioritized in Vietnam, especially in high-risk areas like the Northwest and Central Highlands. The National Forestry Planning Report and the Report explaining opinions of National Appraisal Council members are being improved by Vietnam. Fisheries Fishing tends to increase again because gasoline prices are gradually stabilizing. Aquaculture production in May 2023 was estimated at 783.3 thousand tons and the production for 2023 upuntil has reached 3,420.3 thousand tons. In May, aquaculture output was estimated at 421 thousand tons with an estimate of 1,837.2 thousand tons for the year 2023 up until. It includes species like pangasius 632 thousand tons, shrimp 329.3 thousand tons, and white shrimp 213.1 thousand tons. In Vietnam, aquatic resources are being protected from exploitation. ]]> https://www.agrospectrumasia.com/news/35/1019/evonik-strengthens-competitiveness-of-its-animal-nutrition-business.html https://www.agrospectrumasia.com/news/35/1019/evonik-strengthens-competitiveness-of-its-animal-nutrition-business.html Mon, 05 Jun 2023 14:57:00 +0530 "Investment in global hubs to improve supply security, cost position and sustainability profile with Annual cost savings of €200 million from 2025 onwards", explains Johann-Caspar Gammelin, President of Evonik's Nutrition & Care division.  At Evonik we are transforming the operating model of its Animal Nutrition business to further increase its customer focus, ensure competitiveness and enable further profitable growth. Moving forward, the amino acids business and the specialty nutrition business will operate separately and according to different models - in line with their respective requirements and market conditions. Additionally, Evonik is optimizing the production setup for the manufacture of MetAMINO® (DL-methionine) at its three world-scale production hubs and improving the ecological footprint. These measures to adjust operating models and optimize production will result in an annual cost savings of €200 million with initial savings being realized in the current fiscal year. The full amount will be reached in the 2025 fiscal year. This will also include a reduction of around 200 jobs worldwide. The exact details are still being determined. We are systematically implementing a plan that will develop our Animal Nutrition business, so it continues to grow and succeed in our markets. The strengthened competitiveness of Animal Nutrition will secure its role as strong and important cash generator for Evonik. Animal Nutrition will be run in two distinct operating models: one for its amino acids and one for its specialty nutrition business. The market environment for amino acids is characterized by unchanged strong growth and an attractive sustainability profile but it is also challenged by rising raw material and energy costs. By streamlining the amino acids business organization, Evonik is targeting a streamlined operating model focused on efficiency and cost-leadership. This go-to-market approach will be characterized by a lean sales organization with strong digital competence and processes to benefit the customer. The specialty nutrition business with functional feed additives and digital tools will be developed into a business with system solutions and specialties for poultry, swine and ruminants. By transforming our operating models and by executing our global asset strategy at our three world-scale MetAMINO® production hubs, we will secure our competitiveness in the short term and our leading position in animal nutrition and animal health solutions in the long term. In the amino acids business, Evonik’s investments are focused on optimizing the production setup for the manufacture of MetAMINO® and improving the ecological footprint at its three production hubs on three continents. In the United States, a new plant for the production of MetAMINO® precursor, methyl mercaptan, is currently being built at the methionine hub in Mobile, Alabama. This will further strengthen Evonik’s ability to offer reliable and cost-optimized supply. Additionally, it will reduce the carbon footprint of MetAMINO® from the site by approximately seven percent. In Singapore, Evonik is investing in process optimization. This will result in an improved cost position and an annual capacity expansion of 40,000 metric tons – leading to a total of close to 340,000 metric tons per year. It will also lead to a six-percent reduction of the site’s methionine production carbon footprint. Additionally, in 2022, Evonik further developed and expanded the production facility for MMP (methylmercapto-propionaldehyde) in Wesseling, Germany, reinforcing the European methionine hub in Antwerp, Belgium ]]> https://www.agrospectrumasia.com/news/35/982/australia-delivers-half-a-million-lumpy-skin-disease-vaccines-to-indonesia.html https://www.agrospectrumasia.com/news/35/982/australia-delivers-half-a-million-lumpy-skin-disease-vaccines-to-indonesia.html Thu, 25 May 2023 12:25:00 +0530 Australia has committed more than $17 million to directly support Indonesia’s efforts to control FMD and LSD outbreaks Australia has handed over 500,000 doses of lumpy skin disease (LSD) vaccines to Indonesia as part of the Australian Government’s work to fight exotic animal diseases before they reach Australia's borders and territories. Australia's Department of Agriculture, Fisheries and Forestry has granted one million doses of the vaccine in its recent commitment to assist Indonesia in controlling LSD. Up until, nearly 435,000 LSD vaccines are donated to the Indonesian Ministry of Agriculture in Jakarta by Australia since March 2022. The Australian Government via the Department of Agriculture, Fisheries and Forestry has provided $5 million for technical expertise and support for Timor-Leste, Indonesia and Papua New Guinea, to assist their work in combatting livestock diseases. This includes provision of vaccines, training in biosecurity and building diagnostic capacity. The Australian government has committed more than $17 million to directly support Indonesia’s efforts to control outbreaks of FMD and LSD, especially in Sumatra and Java islands provinces. Acting Australian Chief Veterinary Officer Dr. Beth Cookson said "LSD and foot-and-mouth disease (FMD) presented the most significant threats to Australia’s biosecurity in decades. Australia has been providing support to our nearest neighbors and close trading partners—like Indonesia—as they work to curb the spread of these diseases. LSD causes milk production losses and skin sores in cattle and water buffalo, and can be spread by mosquitoes, biting flies and ticks. The disease is a major threat to Australia’s livestock industry, trade and our economy". “Australia is free of both LSD or FMD. The work happening in Indonesia now is essential to reducing the impact of diseases throughout the region and to avoid the risk of entering Australia" added Dr. Cookson. Dr Nuryani Zainuddin, Director of Animal Health, from Indonesia’s Directorate General of Livestock and Animal Health Services, said "LSD had been confirmed in 15 provinces such as Aceh, North Sumatra, West Sumatra, South Sumatra, Riau, Jambi, Bengkulu, Lampung, Banten, West Java, Central Java, East Java, Yogyakarta, and Central Kalimantan Province". Lumpy skin disease has decimated the livestock industry, resulting in economic losses. This highly contagious viral disease spreads rapidly, and its impact on cattle productivity cannot be overstated. Thus, the Australian government's donation of lumpy skin disease vaccines will play a crucial role in controlling and eventually eradicating lumpy skin disease in Indonesia. The on-going vaccinator training program delivered to Indonesian vets and paravets to assist in building their technical capabilities in FMD and LSD control and eradication. ]]> https://www.agrospectrumasia.com/news/35/974/abvista-proposes-strategies-to-mitigate-heat-stress-in-dairy-cows.html https://www.agrospectrumasia.com/news/35/974/abvista-proposes-strategies-to-mitigate-heat-stress-in-dairy-cows.html Tue, 23 May 2023 08:15:00 +0530 Dairy industry forecasts a loss between $897 - $1,500 million/year in revenue due to heat stress, in US alone Heat stress occurs in dairy cows when they absorb more heat than they can expel, leading to discomfort, reduced feed intake, poorer productivity and impaired fertility. It can cause significant economic losses. In the US alone, the dairy industry loses between $897 - $1,500 million/year in revenue due to heat stress (St-Pierre et al., 2003). The harmful effects of high ambient temperatures in production conditions are enhanced by high humidity and insufficient air flow. When the Temperature-Humidity Index (THI) exceeds 72, cows suffer heat stress. Heat stress affects cows in all physiological phases. In dry cows it results in reduced blood flow to the uterus, reduced placenta weight and birth of smaller calves with lower vitality. High yielding cows are more prone to heat stress, especially in peak lactation. Milk production could reduce by 10-25% due to decreased appetite and feed intake, and lower levels of lactogenic hormones. In heat stressed cows, dry matter intake is reduced by 8-12%, and milk yield by 20-30%. It can also affect milk quality, with reduced butter fat content and increased somatic and bacterial cell counts, most likely due to impaired immunity. Endocrine status of cows can also be negatively affected, together with reduced intensity and duration of oestrus, impaired fertility and elevated early embryo mortality. To mitigate the risk, Dr. Dimcho Djouvinov, Technical Manager CEE and Dr. Derek McIlmoyle Technical Director Ruminants EMEA at ABVista proposes certain key strategies. Some of the key management and nutrition actions proposed to help mitigate the negative effects of heat stress are, Protecting the animals from direct sun radiation, Increasing ventilation rate in barns, Applying cool water spray, Reducing animal density, Allowing access to cool drinking water, Use high-quality dietary ingredients to improve nutrient content, Ensuring gradual and on-time adaptation to corrected diet. Further, Diet to be fed mainly during the cooler part of the day along with increasing feeding frequency with smaller portions. Specific nutritional strategies can reduce the physiologic impact of heat stress, to support milk yield and health status of cows such as Time and frequency of feeding, Forage/concentrate ratio, Fat level, Nitrogen balance, Electrolyte balance, and Mineral buffer additives. and live yeast (Saccharomyces cerevisiae) supplementation, explains ABVista experts. Moreover, the heat stress can result in higher bicarbonate loss in the urine, causing less bicarbonate being available to help buffer acids in the rumen and pH is reduced, leading to SARA, according to expert opinion. Dr. Dimcho Djouvinov and Dr. Derek McIlmoyle indicates that there is no single approach to alleviate heat stress for dairy cows. Effective management and nutritional strategies are required to balance the homeostasis of the animal and help support feed efficiency, productivity and reproduction. Supplementing the diet with live yeast (Saccharomyces cerevisiae) can be a successful part of these strategies to help counteract the negative effects of heat stress. ]]> https://www.agrospectrumasia.com/news/35/934/evonik-boosts-probiotic-production-to-enhance-animal-nutrition.html https://www.agrospectrumasia.com/news/35/934/evonik-boosts-probiotic-production-to-enhance-animal-nutrition.html Mon, 15 May 2023 09:39:50 +0530 Aiming stabilization of farm animals’ gut health, company has doubled the capacity for producing the leading probiotic portfolios such as Ecobiol®, Fecinor® and GutCare®. Evonik, the global leader in specialty chemicals, with a dedicated portfolio of animal health nutrition, has modernized and expanded probiotics production at its site in León, Spain. This lays the foundations for further growth in the Gut Health Solutions business for the company. Company has doubled the capacity for producing the leading probiotic portfolios such as Ecobiol®, Fecinor® and GutCare®. The León site can now produce 6,000 metric tons of blended final probiotic product per year. The new facilities and improved processes not only increase production capacity, but also improve sustainability. In 2022, Evonik has invested in state-of-the-art fermentation capacities, a new cooling circuit system and a new warehouse at the site, which became operational recently. Evonik Animal Nutrition has developed an innovative portfolio of Gut Health Solutions based on probiotics for swine, poultry and aquaculture. Its probiotics line – from the fermentation of active microorganisms to the finished feed additive and pre-blends – have been manufactured in León since 2016. The site has been developed and optimized continuously. With a stronger focus on probiotic-based alternatives to antibiotic growth promoters, Evonik’s Animal Nutrition business line aims to provide solutions that ensure the well-being and performance of the animal while protecting human health and supplying a growing world population with high-quality animal protein. Probiotics are living microorganisms added to animal feed to maintain or restore the microbial balance in the animals' intestines. “As long as there are enough 'good' bacteria to keep potential pathogens at bay, an animal remains healthy,” explains Torben Madsen, head of Sustainable Healthy Nutrition at Evonik Animal Nutrition. “A stable gut microbiota also strengthens the animal's immune system, helping to prevent disease.” Since January 2023, the site has been exclusively using renewable energy sources for electricity and has significantly reduced energy, fresh water, and raw material usage per product. ]]> https://www.agrospectrumasia.com/news/35/913/philippines-elevate-salmonella-lab-capacity.html https://www.agrospectrumasia.com/news/35/913/philippines-elevate-salmonella-lab-capacity.html Wed, 10 May 2023 08:45:00 +0530 Collaberates with RainPhil Inc. and Water Corporation using Solid-phase Extraction (SPE) to uncover latest analytical laboratory innovations to detect feed contaminants Philippines Bureau of Animal Industry (BAI) in coordination with the RainPhil Inc, and the Water Corporation, conducted a sample preparation workshop for the Complete Solution for Mycotoxin Analysis and Pesticide Residue at Toxicology Laboratory of Chemical and Feed Analysis Section (CFAS). BAI Assistant Director Dr. Arlene Asteria Vytiaco reiterated the importance of the workshop to reinforce the plight to ensure food safety in the Philippines. “With this given opportunity to partner with the RainPhil Inc. and Water Corporation using Solid-phase Extraction (SPE) for Mycotoxin and Pesticide Residue analysis, we are able to elevate our understanding on the latest analytical laboratory innovations and development in the field of feed contaminants, in gear towards food and feed safety and security of the Philippines.” Dr. Vytiaco said. The workshop aims to provide latest analytical innovations and progress in the field of feed contaminants, introduce various sample and tools that help in focusing on Mycotoxin and Pesticide Residues Analyses. This product delivers faster, consistent and quality sample for analyses that can handle different sample, in preparation of challenges in regulating contaminants in food from animals and animal feed products. Attendees to this workshop included the Department of Agriculture Regional Field Office, Integrated Laboratory Division and Technical staff, private companies and BAI personnel. ]]> https://www.agrospectrumasia.com/news/35/899/blueprint-for-a-sustainable-food-system-and-thriving-small-organic-family-farms-organic-valley-report.html https://www.agrospectrumasia.com/news/35/899/blueprint-for-a-sustainable-food-system-and-thriving-small-organic-family-farms-organic-valley-report.html Mon, 08 May 2023 09:15:00 +0530 A testament to the cooperative's dedication to sustainable agriculture and organic farming Fast Company announced its 2023 World Changing Ideas Awards. The 2023 Impact Report reveals efforts to reduce carbon & uplift small organic family farms for a fairer food system. The 2023 Impact Report of Organic Valley serves as a testament to the cooperative's dedication to sustainable agriculture and organic farming. Organic Valley is the leading organic farmer-owned cooperative on a mission to save, serve, and safeguard small organic family farms. Organic Valley ambitiously aims to collaborate with roughly 500 farmer-members over the next five years, implementing more than 1,200 climate-smart farming practices. The brand's products are ethically sourced, which we define as food raised on organic farms where families manage the daily care for the animals and the earth while living up to the requirements of the USDA National Organic Program as well as our cooperative's own high standards and practices designed to promote the principles of organic agriculture, including respect for the dignity and interdependence of human, animal, plant, soil and global life. The 2023 Impact Report unveils Organic Valley's trailblazing initiatives to minimize its carbon footprint and champion small organic family farms to help support a better, more equitable food system. The pioneering CROPP Carbon Insetting Program (CCIP) takes center stage, offering a groundbreaking approach to carbon insetting by rewarding Organic Valley farmers for implementing regenerative, climate-smart farming practices, such as tree planting and composting strategies. This revolutionary program empowers Organic Valley to work toward carbon neutrality without relying on carbon offsetting while financially supporting family farms' environmental stewardship. Organic Valley also features animal care practices in the report including implementing pasture and outdoor access standards, preventative care, and treatment. By focusing on measurable animal welfare outcomes, Organic Valley transcends traditional methods, employing cutting-edge trigger measures to reward farmers excelling in animal care and addressing issues proactively. In 2022 alone, the cooperative engaged with over 4,000 farms and conducted more than 2,500 farm visits. Organic Valley's family farms boast an average of 80 dairy cows, a staggering 3.5 times smaller than the industry average, prioritizing Annual Animal Care Check-ins and comprehensive audits every three years. The report unveils statistics indicating that since 1988, Organic Valley farmers have prevented over 540 million pounds of chemicals, the equivalent weight of 360,000 adult blue whales — from polluting land, waterways, and food. Moreover, the cooperative has generously donated more than 19 million pounds of food in the past seven years and partnered with numerous organizations and nonprofits to bolster local communities across the nation. ]]>