Federal Grants will Fund Study of Food System, Environment
News Nov 01, 2012
How can farmers battle marmorated stink bugs in vineyards or late blight threatening a tomato crop? Can urban trees help mitigate climate change? What breeding programs will keep American crops competitive? Cornell faculty and extension educators will tackle these and other questions this year with $9 million in Federal Formula Funds from the U.S. Department of Agriculture's National Institute of Food and Agriculture.
The annual grants go to land-grant universities established as a result of the Morrill Land Grant Act. The act founded colleges focused on the practical teaching of agriculture, science and engineering; this year marks the 150th anniversary of President Abraham Lincoln signing it into law.
"These funds were created to help institutions tackle real-world issues," said Michael Hoffmann, associate dean of the College of Agriculture and Life Sciences (CALS) and director of the Cornell University Agricultural Experiment Station (CUAES). "That mission continues today. From developing bioenergy sources to improving nutrition in schools, the challenges we face are wide-ranging, widespread, and must be addressed across disciplines."
Through a competitive process involving a 43-member council of farmers, health and nutrition specialists, business leaders and Cornell experts, these funds are allocated to CALS, Human Ecology and Veterinary Medicine faculty by CUAES, Cornell University Cooperative Extension (CCE) and the New York State Agricultural Experiment Station (NYSAES) in Geneva.
"We review proposals and rate them in a number of categories, including their relevancy to the needs of New York," said Helene Dillard, CALS associate dean and director of CCE.
A few of the 354 projects receiving funding this year are:
• Biology, impact and management of spotted wing drosophila, an economically significant pest of fruit crops that has rapidly expanded its range.
• Developing a novel, rapid on-site biosensor for detecting food pathogens.
• On-farm opportunities to reduce greenhouse gas emissions while maintaining soil and water quality.
• Analysis of whether perennial grass bioenergy crops improve the hydrology of marginal New York soils.
• Collaborative potato breeding to develop attractive, high-yielding, disease-resistant potato varieties for Eastern U.S. markets.
• The gateway to a more nutritious lunch: increasing milk and dairy consumption in school lunchrooms.
"The projects we're funding this year reflect the changing needs of growers and other stakeholders," said Thomas Burr, CALS associate dean and director of NYSAES. "We saw proposals focused on traditional concerns like crop viruses and diseases, and others tackling emerging issues like West Nile virus and the emerald ash borer invasion."
Hoffmann notes a growing interest in climate and energy issues, something he thinks is reflective of people's experiences this year with floods and droughts.
The grants help fill funding gaps that are wider than ever. "With significant reductions in public funding sources, these Federal Formula Funds are a crucial lifeline for research and extension," said Dillard.
Faculty who access this initial support often use it to attract additional funds for more in-depth research. A 2010 study by Cornell that looked at funded projects over 10 years showed that every dollar in formula grant funding allocated to its researchers leveraged an additional $5.62.
Ultimately, the three directors emphasize, the real beneficiaries of this research are growers, food businesses and local communities. "Food and agricultural sectors are major drivers of economic development, and this sector depends on applied research to compete and prosper," said Burr.
"We've got to get creative to find new sources of reliable funding," he added. "But these grants plant essential seeds. They allow scientists to grow solutions to the problems we face in New York state and around the world."
Taking the Genomic Revolution to Corn Fields to Improve CropsNews
Researchers want to understand what it is that makes certain plants more adapted to stressful environments than other plants.READ MORE
Steaming Fish Eliminates More Cyanotoxins Than BoilingNews
Utilizing UHPLC researchers have shown that steaming freshwater fish for more than two minutes reduces the presence of the cyanotoxin, cylindrospermopsin, by up to 26% compared to 18% for boiling.READ MORE
UK Not Ready for Brexit’s Impact on Food, Report WarnsNews
Severe problems with the UK food system are likely unless issues are addressed, according to latest expert reportREAD MORE
Comments | 0 ADD COMMENT
International Conference on Genomics and Pharmacogenomics
Jul 18 - Jul 19, 2018
EMBL Course: Next Generation Sequencing: RNA Sequencing Library Preparation
Apr 23 - Apr 27, 2018
EMBO Practical Course: Microbial Metagenomics: A 360º Approach
Apr 23 - Apr 30, 2018