Awarded Grants
Below is a listing of our awarded grants that tackle big food and agriculture challenges.

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480 Grants found

Outcome-Based Identification of Best Agronomic Practices to Reduce N Footprint in Agroecosystems

Accelerating Coffee Breeding Through Developing Tools to Screen for Critical Disease & Pest Resistance 

International Lettuce Genomics Consortium 4: Pre-competitive Foundational Research for Lettuce Breeding

Reducing the Carbon Footprint of U.S. Beef Cattle Production – a Texas Pilot Program

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Six SHIC/FFAR Co-Funded Research Project to Advance Swine Disease Monitoring & Mitigation  

Year Awarded  2026

FFAR award amount   $359,708

Total award amount   $719,415

Location   Manhattan, KS

Grantee Institution   Swine Health Information Center (SHIC)

Emerging swine diseases threaten herd health and the U.S. pork industry, creating an urgent need for faster detection, better monitoring and more effective mitigation strategies. Six new research projects funded by SHIC and FFAR are addressing these challenges by integrating production and disease data, developing strategies to reduce airborne transmission, improving detection of African swine fever and evaluating wastewater as a diagnostic sample. The findings will give pork producers and industry stakeholders actionable tools and information to better prevent, prepare for and respond to emerging disease threats. More details about the research projects are available on the SHIC website.

Assessment of Animal Hosts’ Vulnerability to New World Screwworm Reemergence in the United States 

Year Awarded  2026

FFAR award amount   $134,780

Total award amount   $269,560

Location   Manhattan, KS

Matching Funders   American Sheep Industry, Kansas Department of Agriculture, Kansas State University, National Cattlemen’s Beef Association, North American Deer Farmers Association

Grantee Institution   Kansas State University

Kansas State University researchers are identifying the livestock, wildlife and management practices most vulnerable to infestation. The project will provide producers and animal health officials with evidence-based tools to prioritize surveillance, producer preparedness and improve response efforts in the U.S.

Unraveling Species-Specific Antiviral Mechanisms to Improve Avian Influenza Control 

Year Awarded  2026

FFAR award amount   $150,000

Total award amount   $300,000

Location   Ames, IA

Program   Rapid Outcomes from Agricultural Research

Matching Funders   Commonwealth Scientific and Industrial Research Organisation (CSIRO), Iowa State University

Grantee Institution   Iowa State University

Highly pathogenic avian influenza (HPAI) continues to threaten the U.S. poultry industry, causing billions of dollars in economic losses while disrupting food production and increasing costs for farmers and consumers. Iowa State University researchers are identifying genetic factors in birds that are relevant in the host response against H5N1 and H7N9 avian influenza viruses. This research aims to illuminate pathways to modulate the expression of specific host genes to mitigate the avian influenza burden.

Unlocking Avian Flu Resistance: Investigating Genetic Resilience in Fayoumi & Commercial Chickens 

Year Awarded  2026

FFAR award amount   $149,969

Total award amount   $299,938

Location   Davis, CA

Program   Rapid Outcomes from Agricultural Research

Matching Funders   University of California, Davis

Grantee Institution   University of California, Davis

Highly Pathogenic Avian Influenza (HPAI) continues to cause major losses for poultry farms around the world, killing millions of commercial and wild birds, disrupting food supplies, and increasing concerns on transmission among multiple animal species. University of California, Davis researchers are identifying and harnessing natural disease resistance in chickens as a new tool to combat avian influenza.

Development & Evaluation of Precision-guided Sterile Insect Technique (pgSIT) Strains for Biotechnology-enhanced Control of Screwworm 

Year Awarded  2026

FFAR award amount   $150,000

Total award amount   $300,000

Location   Raleigh, NC

Program   Rapid Outcomes from Agricultural Research

Matching Funders   Agragene, Kansas State University

Grantee Institution   Kansas State University

As cases of New World screwworm (NWS) mount in the U.S., North Carolina State University researchers are exploring how to suppress the screwworm population by testing new technology that produces sterile, reproductively vigorous male flies.

The Agricultural Nitrogen Use Efficiency Platform (AgNUE) 

Year Awarded  2026

FFAR award amount   $7,449,645

Total award amount   $34,709,349

Location   Raleigh, NC

Matching Funders   Novo Nordisk Foundation

Grantee Institution   North Carolin State University

By using the latest science and measurement technologies, AgNUE will improve understanding of how nitrogen is used by crops and what factors contribute to losses and inefficiencies. With this knowledge, AgNUE will provide farmers with increased access to site-specific data and tools to match fertilizer applications more precisely to crop needs.25-001984

Decreasing pulmonary-associated mortality in feedlot cattle using refined case definitions and predictive analytics: emphasizing acute interstitial pneumonia and late day BRD 

Year Awarded  2026

FFAR award amount   $1,223,474

Total award amount   $2,446,948

Location   Manhattan, KS

Matching Funders   Colorado State University; Five Rivers Cattle Feeding, LLC; Innovative Livestock Services, LLC.; Kansas State University, Mississippi State University; Nanostring; Texas A&M University; and Veterinary Research & Consulting Services, LLC.

Grantee Institution   Kansas State University

This multidisciplinary research team is advancing 2024 ICASA research examining why some feedlot cattle develop deadly lung problems after getting bovine respiratory disease, and how to better predict which animals are at risk. Early findings from their ICASA project highlight patterns that could improve how the industry identifies and manages high-risk cattle. This award provides an additional year of research, bringing the total ICASA investment in the project to $4,893,893.

Lungs as a potential source and relationships of ruminal, colonic & fecal concentrations of fusobacterium necrophorum to liver abscesses in feedlot cattle 

Year Awarded  2026

FFAR award amount   $101,983

Total award amount   $203,965

Location   Manhattan, KS

Matching Funders   Cargill, Kansas State University & Yum! Brands

Grantee Institution   Kansas State University

This project is investigating the bacteria that cause liver abscesses in feedlot cattle, a common and costly condition affecting animal health and production. By pinpointing the source of bacteria, the researchers aim to help producers better understand the cause of liver abscesses and determine novel targets for interventions.

Antimicrobial resistance & use tracking through swine production flows on farms in the upper Midwest of the US 

Year Awarded  2026

FFAR award amount   $138,672

Total award amount   $277,344

Location   Pipestone, MN

Matching Funders   Merck, National Pork Board, PIC & Pipestone Research

Grantee Institution   Pipestone Research

This project is tracking antibiotic-resistant bacteria on Midwestern pig farms. The research team is testing pigs of different ages over time to observe how resistance changes as animals grow, and whether it is influenced by the timing and type of treatments. By understanding when resistance is most likely to develop, farmers can make more informed treatment decisions and improve antibiotic effectiveness.

Protecting the U.S. Dairy and Poultry Industries: Utilizing Ultraviolet Technology to Mitigate Airborne Transmission of Avian Influenza 

Year Awarded  2026

FFAR award amount   $150,000

Total award amount   $300,000

Location   Knoxville, TN

Program   Rapid Outcomes from Agricultural Research

Matching Funders   University of Tennessee

Grantee Institution   University of Tennessee

As H5N1 influenza, commonly known as bird flu, continues to threaten U.S. poultry and dairy farms, new strategies are needed to curb its transmission. University of Tennessee researchers are exploring the efficacy of ultraviolet (UV) technology in inactivating the virus.