Varieties of several cover crop species were evaluated in 2019 as part of Mississippi Agricultural and Forestry Experiment Station (MAFES) small-plot trials. Entries were provided by seed companies as well
Varieties of several cover crop species were evaluated in 2019 as part of Mississippi Agricultural and Forestry Experiment Station(MAFES)small-plot trials.
Varieties of several cover crop species were evaluated in 2019 as part of Mississippi Agricultural and Forestry Experiment Station(MAFES)small-plot trials.
Brassica cover crop trial in Michigan. Planting date August 13, 2010
Researchers with the University of Arkansas System Division of Agriculture are conducting experimental trials that may help the state’s watermelon growers improve their yields while improving the soil and reducing
Cover crops have great value for improving soil and controlling weeds in many types of cropping systems. This variety test aims to provide information on suitability of cover crops in
A two-year study with six weekly plantings of cover crops including non-winterkilled species (hairy vetch, Vicia villosa L.; winter rye Secale cereale L.) and winterkilled species (oat, Avena sativa L.;
This four-year study investigated how winter cover crops grown alone or in mixture influenced weed presence and crop yield in a reduced tillage organic vegetable system. Treatments were barley (Hordeum
Organic no-till (NT) management strategies generally employ high-residue cover crops that act as weed-suppressing mulch. In temperate, humid regions such as the mid-Atlantic USA, high-residue winter cover crops can hinder
Weed control is important to optimize crop production. This study was conducted to compare the effectiveness of different methods of fall-implemented weed control strategies. These strategies included different cover crop
Palmer amaranth and horseweed areproblematic weedsin no-till soybeans in Kansas. Integrating cover crops and herbicide programs could suppress weed populations.
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
Field experiments investigating the effect of cover crops and tillage on muskmelon production and food safety (Iowa State University) and cucumber and acorn squash production (Michigan State University) were conducted.
This was the second year of on-farm research trials designed to evaluate planting corn in 60-in. row-widths for the purpose of improving the success of interseeding cover crops to the
The implementation of cover crops in Iowa has the potential to decrease soil erosion, weed density, and nitrate leaching while increasing soil organic carbon. This study investigated nine potential cover
Field trials were conducted from 2010 to 2013 at four locations in Illinois to evaluate the impact of cover crops (cereal rye [Secale cereal], brown mustard [Brassica juncea], winter canola