Today’s agricultural researchers are turning to plant genomics to find solutions for growing crops more sustainably with fewer inputs, including nitrogen fertilizer, without sacrificing yield or profit.
While diseases are one of the three biggest yield-limiting factors of sunflower production, there was little information on how to identify and manage them until university plant pathologists joined in a collaborative effort to conduct research and develop educational resources.
Researchers studied waterhemp populations in eastern Nebraska to evaluate the efficacy of PRE and POST herbicide applications and the mechanism of atrazine resistance. Here's what they found and take-home messages to apply to your operation.
Research conducted at Grant found that spring tillage prior to planting caused faster germination and better yield of field peas and chickpeas as compared to no-till during the above-average wet and cool 2018 growing conditions.
University research shows that lowering the price of genetic modification technologies in hunger-stricken areas can actually help agricultural biotech companies profit. In other words, these companies can actually do well by doing good.
In trials conducted at three research stations in eastern, northeastern and south-central Nebraska, researchers investigated rye productivity and its ability to scavenge N when grown as a cover crop between full-season corn and soybeans.