Grain sorghum producers in Kansas should begin scouting their fields on a routine basis after the first sugarcane aphid report this year has been documented, advises Kansas State University Extension.

With significant weather-related damage to corn and soybean fields in Nebraska recently, there could be an opportunity for growers to try seeding cover crops in those fields to raise a high-quality forage and offset at least some of the lost fall and winter grazing potential, says University of Nebraska Extension.

Brian Arnall and Misha Manucheri from Oklahoma State University Extension discusses how soil pH, or the amount of hydrogen (H) ions present in the soil solution, affects the persistence and uptake of a herbicide that has soil activity.

Some important information about the sclerotinia stem rot infection cycle to consider from the Alberta Canola Producers Commission.

No-tilling in the U.S. often involves thousands of acres and a lot of complex decisions about seed, equipment and inputs. But for Raju Titus, simplicity is what made his farm profitable.

Designing better roots is an important avenue to increase yield, reduce fertilizer use and promote soil health, says Larry York at the Noble Research Institute.

The past century of climate change has extended the average U.S. growing season by nearly 2 weeks but driven annual buildups of yield-stifling heat in the West and Northeast, says new research from the University of Nebraska.

The Great Falls Montana Development Authority announced Pardue Grain has broken ground on a new $6.5 million, 32,000-square-foot pulse crop processing facility in Great Falls, Mont.

Oklahoma no-tiller Jimmy Kinder, recently given the Leonard Wyatt Memorial Outstanding Cooperator Award, is not only finding success with his own diversified farm but working with fellow farmers to help them achieve their financial, production, stewardship and quality-of-life goals.

The Saskatchewan Ministry of Agriculture reminds farmers and sprayer operators that adding micronutrient solutions, especially zinc, to glyphosate is highly antagonistic to the herbicide.