Regional Agricultural IPM Grants
EPA's Office of Pesticide Programs, in conjunction with the Agency's regional offices, supports Integrated Pest Management (IPM) approaches to pesticide risk reduction in agriculture. IPM is an effective and environmentally sensitive approach to pest management that relies on a combination of easy to implement practices. The Regional Agricultural IPM Grants help to formalize and expand public-private stewardship and increase collaborative pesticide risk reduction efforts in agriculture. First offered in 2011, these grants are one of many that the Agency issues to further the adoption of promising technologies and practices that reduce pesticide risk in various sectors.
2013 Request for Proposals
The EPA’s Office of Pesticide Programs is soliciting proposals for new Regional Agricultural IPM Grants totaling $422,000 for projects that support Integrated Pest Management (IPM) approaches to reduce pesticide risk in agriculture. The Agency anticipates funding approximately three projects, with a maximum funding level of $170,000 per project.
Assistance under this competition is available to the 50 States, District of Columbia, U.S. Virgin Islands, Commonwealth of Puerto Rico, any territory or possession of the United States, any agency or instrumentality of a State including State universities, and all federally recognized Indian tribal governments to implement IPM in agricultural settings in the United States. Applications must be submitted on or before July 1, 2013.
The goal of these grants is to increase the adoption of IPM in order to reduce the risks associated with the use of pesticides in agriculture. These grants were developed to help formalize and expand public-private stewardship and collaborative pesticide risk reduction efforts in agriculture.
Please review the Regional Agricultural IPM Grants Request for Proposals (23 pp, 235k, PDF) for additional information and directions on how to apply. You may also view the Frequently Asked Questions for clarifying information.
- Region 1 - Assessing the Needs and Promoting the Adoption of IPM for Dodder Control in Cranberry Production, University of Massachusetts - $48,899
This project will bring together researchers, industry representatives, and growers to assess the current state of dodder management in cranberry, identify strengths and weaknesses in achieving adequate pest control, produce educational materials, utilize multi-criteria analysis, and formulate both short-term and long-term research and extension objectives to address knowledge deficiencies that prevent successful management.
- Region 2 - A Webinar Series and Interactive Grower Outreach for Pesticide Resistance Management in Greenhouses, Cornell University - $50,000
Through an interactive webinar series and accompanying online materials, this project will reach growers and extension educators with resistance management IPM technique leading to pesticide use reduction.
- Region 5 - Rapid Response to Spotted Wing Drosphila Threat to Berry Crops, Michigan State University - $48,558
Michigan State University will determine optimal spotted wing Drosophila monitoring and fruit sampling programs for the Great Lakes Region, 2) evaluate controls under regional conditions, 3) determine the implications of postharvest insecticide sprays, and 4) deliver an educational program on IPM.
- Region 6 - Development of a Real-Time Mexican Rice Borer Population Monitoring Program and Refinement of Management Recommendations as the Pest Invades Rice and Sugarcane, Louisiana State University - $49,956
The project will expand the Mexican rice borer monitoring, validate the use of pheromone trap-assisted scouting; build a real-time regional trap reporting program, and develop an educational program on rice borer IPM tactics to reduce the unnecessary application of pyrethroid insecticides.
- Region 8 - Reducing Pesticide Use in Potatoes by Use of Green Manure Crops, Sustainable Crop Rotations, and Resistant Cultivars, Colorado State University - $49,959
Trials will be conducted to determine the effectiveness of potatoes cultivar resistance to Pectobacterium carotovora, improving the chances for a low disease, higher quality product, and reduction in pesticide use through effective IPM programs.
- Region 9 - R9 PURE-eIPM: An Online Interactive System to Advance IPM Adoption, University of California Davis - $50,000
Enhance the utility of the Pesticide Use Risk Evaluation (PURE) model, by integrating current IPM knowledge, pesticide risks to pollinators (honeybees), and pesticide mode of action information (to avoid resistance development) into a simple and user-friendly website to advance IPM adoption by California growers.