As crop margins continue to tighten, growers want to see more from the fertility dollars they're already spending, and some agronomists say micronutrients deserve a closer look.
Each month, the conservation ag group at Cornell University offers an analysis of the latest scientific papers dealing with conservation agriculture research from around the world. For this on-going web series, our editors will be selecting several research papers from the Cornell list that will be of special interest to North American no-tillers, strip-tillers and cover croppers.
Sixty years of crop diversification with perennials improves yields more than no-tillage in Ohio grain cropping systems
Conservation Tillage Practices on GHG Emissions, Soil Health and Overall Agricultural Sustainability
Long-term continuous no-till corn-soybean systems: Examining soil carbon sequestration and nitrogen accumulation across various pools
Assessing the agricultural, environmental, and economic effects of crop diversity management: A comprehensive review on crop rotation and cover crop practices
Cover Crops Optimize Soil Fertility and Soybean Productivity in the Cerrado of MATOPIBA, Brazil
Short-term no-tillage improves soil water retention and maintains soil aeration at high moisture conditions despite reduced macroporosity
Tillage Radish as Cover Crop Improves Soil Health Indicators Depending on Pedoclimatic Conditions.
The agreement secures The Andersons as a distributor for the 2026 crop year, marking a major step forward in making RhizoSorb, the Next Generation of Phosphorus Fertilizer Technology, more accessible to row crop producers.
Marion Calmer goes through his 40-year journey of replicated studies on nitrogen rates, row spacings, populations, tillage vs. no-till vs strip-till, residue management and most recently the long-term effects of surface-applied phosphorus and potassium.
A few frequent questions about phosphorus (P) fertilizer use are: Does P fertilizer always result in a positive yield response? How much yield increase is expected with applied P? What is the likelihood of yield penalty if P fertilizer is not applied?
Phosphorus, potassium, sulfur and nitrogen. All are traditional nutrients growers plan to put into soil each year to help maximize their yield potential. But did you know there are 3 other major components that are often overlooked?
It is becoming increasingly evident that we endanger our capacity to feed the world by over-assigning feed crops to prime farmland. The priority for this heritage is to grow crops for human edible food, while maintaining or improving soil health and overall ecological integrity.
Ensuring that your crops are rich in nutrients like Nitrogen (N), Phosphorus (P) and Potassium (K) is a crucial aspect of a healthy farm. But oftentimes, most of the N, P and K applied to the soil is never absorbed by the crop and does not have a chance to improve crop performance.
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On this episode of Conservation Ag Update, brought to you by Titan International, a big piece of equipment is unveiled at the Kinze Product Innovation Day in Williamsburg, Iowa.
We have engineered and developed the most advanced concave system that threshes all crops, eliminates rotor loss, improves grain quality, gives you a cleaner sample – all with one set of XPR concaves.
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