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

Row Crops to Perennial Pasture: Feeding the World, Conserving Water, Enhancing Soil and Safeguarding the Climate

This research is developing best management practices that sustainably convert row crop production to perennial forage systems and enhance producer resiliency in the Texas High Plains.

Transforming Wastewater to Crop Fertilizer

A Multi-Source Remote Sensing-Based Framework & Decision-Support Tool for Flash Droughts & Floods Under Climate Change

Ninety percent of crop losses in the United States occur due to extreme weather. Flash floods and droughts are increasing in severity, but farmers have limited information on how to manage crop, soil and water in response to changing climate conditions. Researchers at the University of Tennessee, Knoxville are developing and testing a weather-based tool to bolster field operations across the Tennessee River Basin in the face of both long- and short-term weather hazards.

Integrating On-farm Solar Arrays to Enhance Groundwater Resources, Produce Energy & Diversify Farm Income

The High Plains Aquifer provides irrigation to support a $3.5 billion agricultural economy across eight states, but due to decades of groundwater extraction, water levels have fallen dangerously low across much of the aquifer. Researchers at the University of Kansas are studying the integration of solar panel arrays outfitted with rain collection gutters on farmland to recharge groundwater and provide marketable electricity to growers.

Developing Tomato Lines Resistant to Broomrape, a Critical World-wide Pest

Branched broomrape is a parasitic weed threatening the United States’ supply of processing tomatoes. The weed can completely decimate tomato crops, creating significant economic losses for growers. Current processing tomato varieties are not resistant to the weed. University of California, Davis researchers are developing a tomato variety with branched broomrape resistance.

FFAR Grant to Improve Sorghum & Strengthen Nutritional Security

Developing sorghum varieties with high iron and zinc in the grain for human consumption and reduced levels of hydrogen cyanide, an anti-nutrient, to increase the bioavailability of nutritious foods in the region.

Uniting Urban Agriculture Operations to Increase Food Security

The New York City urban agriculture community is fragmented, with little understanding of who is growing food and how it is being distributed. Consistent data collection and access is the first step to understanding urban agriculture systems and promoting equitable food access. Led by Marianna Koval, NYU Stern Center for Sustainable Business researchers are developing a data collection tool to establish a baseline understanding of local food production in New York City.

Validation of Efficacy of a Protective DIVA-Compatible Prototype African Swine Fever Virus Vaccine

African Swine Fever Virus (ASFV) is a highly contagious, fatal disease in pigs that spreads rapidly. There is no commercially available treatment or vaccine for the virus, and the threat to U.S. swine production is significant. To protect U.S. herds, Kansas State University College of Veterinary Medicine researchers are developing and validating a vaccine to protect pigs from ASFV.

A new methods of managing human waste for improved soil health, carbon sequestration, contaminant removal, and social acceptability

Synthetic fertilizers accelerate crop growth and are commonly used in agriculture; however, these products contribute to greenhouse gas emissions. At the same time, wastewater is also a source of pollution, and only a fraction of the vast quantity of nutrients flowing through modern wastewater treatment systems is captured for beneficial reuse. A significant portion of regional fertilizer needs could be met by reclaiming the nutrients present in wastewater. The Rich Earth Institute is producing biochar from wastewater material to potentially be used to develop safe, renewable fertilizers that enhance agricultural productivity, support soil health, reduce nutrient pollution and mitigate climate change through soil carbon sequestration.

Transforming Wastewater to Crop Fertilizer

Synthetic fertilizers accelerate crop growth and are commonly used in agriculture; however, these products contribute to greenhouse gas emissions. At the same time, wastewater is also a source of pollution, and only a fraction of the vast quantity of nutrients flowing through modern wastewater treatment systems is captured for beneficial reuse. A significant portion of regional fertilizer needs could be met by reclaiming the nutrients present in wastewater. Rich Earth Institute is producing biochar from wastewater material to potentially be used to develop safe, renewable fertilizers that enhance agricultural productivity, support soil health, reduce nutrient pollution and mitigate climate change through soil carbon sequestration. This grant furthers the work of a previous FFAR Seeding Solutions grant to Rich Earth Institute