Beginning this fall, a coalition of stakeholders in agriculture will ramp up their promotion of responsible nutrient-management practices including no-till, cover crops and precision technology on farms in several endangered Illinois watersheds.

Topics at the KV Mud Creek Field Day September 13, near Stockton, Iowa, will include micronutrients, plant tissue analysis and foliar feeding benefits.

As the wheat harvest progresses, we get questions on the nutrient value of straw.

A U.S. Department of Agriculture (USDA)-led consortium of scientists has fully sequenced the genome of the pathogen that causes the wheat disease known as septoria tritici blotch, which can cause significant yield losses.

Most soil tests for these nutrients are not very reliable, so if a result is high, you will know that your crop won't suffer a yield loss related to that particular nutrient, but a medium or low test result doesn't necessarily mean that applying the nutrient will produce a crop response.

Soybean yield increases have not kept pace with those of corn in farmers' fields in recent years.

As increased levels of dissolved phosphorus in farm fields are identified as a major factor in the number of algal blooms in Lake Erie, some are pointing to no-till planting as one of the primary causes of the phosphorus run-off.

A recently completed five-year study of conservation tillage practices in the 4.9 million acre Western Lake Erie Basin watershed reveals that most fields in the watersheds are either tilled conventionally or stirred with mulch tillage at least once every three to five years.