How cover crops can help mitigate climate variability
A Michigan State University AgBioResearch scientist is among a team of 140 researchers at 10 Midwestern universities working on the Climate and Corn-Based Cropping Systems Coordinated Agricultural Project (CSCAP), funded by the USDA.
Alexandra Kravchenko, associate professor in the MSU Department of Crop, Soil and Microbial Sciences, and several other researchers at MSU are focused on explaining the mechanisms by which cover crops increase carbon sequestration, to what extent that affects greenhouse gas emissions, and how cover crops influence corn yields and soil nitrates. She is particularly interested in how variable field topography affects the benefits of cover cropping.
“I want to know what will happen across diverse terrains so the results of our research will be more relevant for real-life farmers who have to deal with variable terrains in their fields,” she said.
Two new MSU experimental sites with diverse topography have been established to use for the research studies. One site is at an MSU farm in Mason, Mich.; the other is at the Kellogg Biological Station, one of 13 AgBioResearch research facilities in the state.
The work is particularly important in light of the third U.S. National Climate Assessment, released in draft form Jan. 11, which predicts “profound” effects on agriculture and rural economies, and forecasts rising temperatures, melting glaciers, rising sea levels, disappearing coastlines, extreme weather and frequent heat waves.
“I was hoping we were in better shape, that things were not as bad as they are,” Kravchenko said. “But that makes me feel that our work is more important than ever.”
Members of the MSU research team are Bruno Basso, an associate professor in the MSU Department of Geological Sciences, who works on modeling for the project; Martin Chilvers, a visiting assistant professor in the MSU Department of Plant Pathology, who is involved in the integrated pest management component of the project; and Marilyn Thelen, who represents MSU in the Extension component of the project.
Their work is related to research at nine other universities in the Midwest, where scientists are developing farm management practices aimed at building resiliency into corn-based cropping systems in response to the effects of a changing climate, such as more frequent and prolonged periods of drought. Kravchenko will work with other scientists collecting similar data on other experimental sites in the Midwest and utilizing the information to create predictive models.
CSCAP goals are to safeguard crop production’s most basic components — fertile soil and fresh water, maintain crop yields, reduce atmospheric greenhouse gases that are responsible for climate change and train a new generation of scientists.
Self-contained hydraulic system with power cables (hydraulic). Tandem Henschen axles (hydraulic). Hydraulic fenders. Manual or hydraulic tilt. 6,500-gallon tank.
- ARA and TFI provide details of ResponsibleAg program
- FMC to split into two public companies
- Marrone Bio Innovations receives patent for biofungicide
- Central Valley Ag, United Farmers Cooperative propose merger
- As Dow seeks growth, new Enlist crop/chemicals seen as key
- China GMO research funding slides
- Are you in favor of a federal labeling standard for food that might contain genetically modified ingredients?
- Commentary: Barking up the wrong tree
- Water allocation for most drought-stricken Calif. farms to end
- Larson Electronics offers 150 Watt LED high bay light fixture
- Panama says 'go' to GM mosquito evaluation
- Conference to address “What’s Next for Farmland Values”
A.J. Sackett Loss-In-Weight Blend Systems
A.J. Sackett Sons & Company