Rapid Agricultural Response Fund
To find a new way to problem solve in the 21st century, in 1998 the Minnesota Legislature worked with the state's agricultural leaders to create resources to tackle emerging agrilcultural challanges. The result was the Rapid Agricultural Response Fund (RARF). Since that beginning it has helped develop research answers to some of the most puzzling and unpredictable problems facing our farmers.
Below you will find overviews of the most recent RARF projects including background information, project objectives, and progress updates when available.
Sandra Godden and her team will conduct tests to explore if longer colostrum heat-treatment protocols will have a positive effect on preventing the transmission of MAP.
Montse Torremorell and her team are working to provide and develop new recommendations to help producers and veterinarians control influenza in swine herds.
Ruth Dill-Macky and her team are working to gain information critical to the development of a rapid response plan for Bacterial Leaf Streak (BLS), educate producers and agricultural professionals in the state, and to accelerate breeding efforts to identify genetic resistance to BLS.
Jeffrey Gunsolus and his team are exploring how modification of current management strategies will allow growers to manage herbicide-resistant weeds, preserve the utility of herbicide-resistant crop technologies, and maintain profitability.
Robert Koch and his team are exploring the growing concern of insecticide resistance in common soybean pests.
Timothy Johnson and his team are exploring bacterial causes of what has become known as Light Turkey Syndrome (LTS) in the commercial turkey industry.
Dean Malvick and his team are studying corn bacterial disease Goss’s leaf blight and wilt.
Robert Blanchette and his team are working on developing new diagnostic tools for Heterobasidion, a new disease that impacts conifer trees.
Bradley Heins and his team are working to reduce fossil-fuel consumption in dairy and swine production systems through renewable energy generation, energy conservation, and energy optimization.
William Hutchison and his team are exploring the effect of SWD as an invasive fruit pest in North America, particularly Minnesota.