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

Refine Results
Challenge Areas & Initiatives
    See more
Consortia
    See more
Program
    See more
Scientific Workforce Programs
    See more
Location
    See more
Year
    See more
Order

397 Grants found

Hide map

Uncovering the Genetic Architecture of Inducible Chemical Defenses in Crop and Wild Sunflower for the Sustainable Control of Pests and Pathogens

Year Awarded  2020

Total award amount   $450,000

Location   Orlando, FL

Grantee Institution   University of Central Florida

Crops plants face a wide variety of threats from pests and pathogens, yet for many such threats there is no simple genetic source of full resistance in the plant immune system, necessitating growers’ reliance on pesticides. Dr. Chase Mason’s research is determining the genetic control of induced chemical defenses, a mechanism by which plants produce chemical compounds to protect themselves upon detecting harmful pests or pathogens. Mason is also identifying sources of enhanced forms of this protection in a variety of species to reduce reliance on pesticides.

Engineering crops for cultivation in controlled environments

Year Awarded  2020

FFAR award amount   $450,000

Total award amount   $481,123

Location   Riverside, CA

Matching Funders   University of California, Riverside

Grantee Institution   University of California, Riverside

Urban agriculture offers many benefits for food production but often has higher production costs relative to traditional farming and is limited to only a few crops. Dr. Robert Jinkerson’s research is engineering the size and nutritional value of a tomato plant variety to increase both the diversity and value of crops that are grown in vertical controlled environment agriculture, making urban agriculture more profitable.

Developing Novel Strategies for Improved Control and Sustainability of Grapevine Bunch Rot Management

Year Awarded  2020

Total award amount   $364,826

Location   College Park, MD

Grantee Institution   University of Maryland

Late-season bunch rots are fruit diseases that occur during maturation, after season-long expenses and labor, and directly affect yield and quality. Dr. Mengjun Hu’s research is advancing knowledge about late-season bunch rots by studying the prevalence and ability of the pathogen to cause disease, the conditions and time in the growing cycle favorable to the pathogen and the pathogen’s reactions to fungicide. The research is developing sustainable management strategies that promote targeted and less frequent application of fungicide.

Next-generation tools and strategies for genetic improvement of farmed oysters

Year Awarded  2020

FFAR award amount   $445,122

Total award amount   $495,122

Location   Corpus Christi, TX

Matching Funders   Texas A&M University - Corpus Christi

Grantee Institution   Texas A&M University—Corpus Christi/Texas A&M AgriLife Research

Oysters are a particularly sustainable source of animal protein, but the process of breeding oysters for desirable traits is still in its infancy. Dr. Christopher Hollenbeck’s research is enhancing selective breeding of oysters by developing new tools and strategies to address barriers to genomics-based breeding. Results of the research will help increase productivity and sustainability to benefit the oyster aquaculture industry in the U.S. and around the world.

Harnessing the soil microbiome to increase soil health and plant productivity

Year Awarded  2020

Total award amount   $450,000

Location   Seaside, CA

Grantee Institution   California State University, Monterey Bay

Soil-borne diseases pose a significant threat to global food production, causing catastrophic yield and economic losses. Dr. Jose Pablo (JP) Dundore-Arias’ research is determining the ecological and molecular mechanisms responsible for inducing and maintaining disease-suppressive soils. Dundore-Arias is using this information to develop microbial communities capable of enhancing soil health and plant productivity.

Accelerating Genetic Gains in Maize & Wheat for Improved Livelihoods

Year Awarded  2020

FFAR award amount   $5,000,000

Total award amount   $35,000,000

Location   Texcoco, Mexico

Matching Funders   Bill & Melinda Gates Foundation, CIMMYT

Millions of resource-poor farmers have not benefited from the best agriculture science and research, often growing outdated, sub-optimal crop varieties. Socially or economically disadvantaged groups, particularly women, are least likely to have access to information and new technologies, including seed of improved varieties. The project brings together partners in the global science community and in national agricultural research to accelerate the development of climate-resilient, pest and disease resistant, highly nutritious and higher-yielding varieties of maize and wheat, two of the world's most important staple crops. Specifically focusing on supporting smallholder farmers in 17 low- and middle-income countries of Africa and South Asia, the project uses innovative methods that improve breeding efficiency and precision to produce varieties targeted to farmers’ needs. To reach and benefit as many farmers as possible, the project works to improve equitable access, especially by women, to seed and information about the new varieties.

Open Market Consortium: Creating Economic Opportunities for Small and Mid-size Growers

Year Awarded  2020

FFAR award amount   $2,000,000

Total award amount   $4,000,000

Location   Memphis, TN

Matching Funders   Ag Launch, Mississippi State University, The Seam, Tennessee Department of Agriculture, Tennessee State University, Wallace Center at Winrock International

The COVID-19 pandemic illustrated that greater tools are needed to ensure flexibility in the food supply chain during major crises to ensure both economic security for farmers and food security for consumers. The Open Market Consortium (OMC)is developing and piloting an open-source, public-access blockchain system to connect small and mid-size farmers to institutional buyers and minimize supply disruptions. OMC, led by AgLaunch Initiative, includes founding members Mississippi State University, The Seam, Tennessee State University and the Wallace Center at Winrock International.

FFAR Grant Examines Carbon Farming Effect on Soil Health

Year Awarded  2020

FFAR award amount   $616,178

Total award amount   $1,281,584

Location   Petaluma, CA

Program   Seeding Solutions

Matching Funders   Mad Agriculture and Colorado State University

Through sustainable farming techniques, carbon can be stored long term in the soil, a process referred to as carbon sequestration. Employing carbon farm practices can further improve soil health and environmental health by increasing carbon sequestration. Knowledge gaps about commonly recommended management practices make it difficult to quantify how the carbon farm process affects carbon levels. Providing additional information about this process will help resource managers and policymakers prioritize programs and funding.

FFAR Grant Addressing Surface and Groundwater Pollution on Farms

Year Awarded  2020

FFAR award amount   $316,000

Total award amount   $632,231

Location   Avondale, AZ

Program   Seeding Solutions

Matching Funders   Stroud Center and the Science Technology and Research Institute of Delaware (STRIDE)

Per- and polyfluoroalkyl substances (PFAS) are a group of chemical compounds used in hundreds of applications. Due to their high thermal stability, resistance to chemical degradation and related waste disposal, PFAS is an environmental concern. Stroud Center researchers, in collaboration with STRIDE Center for PFAS Solutions, are examining the occurrence and migration of biosolid-derived PFAS in soil and water on agricultural fields.

FFAR Awards Grant to Reduce Water Waste in Crop Irrigation

Year Awarded  2020

FFAR award amount   $650,000

Total award amount   $1,300,000

Location   Davis, CA

Program   Seeding Solutions

Matching Funders   University of California, Davis

Sensors currently available to growers to measure plant water status are prohibitive. UC Davis researchers are developing a small sensor sensitive enough to measure as little as a one percent change in leaf thickness and volumetric water content at the same time. These two measurements provide growers with clear, consistent data to calculate the plant’s water status.