Knowing what is happening both above and below ground in an agricultural field is of utmost importance as farmers look to maximize their yield potential while simultaneously managing the land sustainably. One way to do this is to have soil and plant tissue formally tested in a laboratory. While Farmers Edge has been primarily using... Read More

Saline soils are part of the natural landscape of Western Canada. "They were here when we broke the land, they are part of the soil cycle and they're here to stay," says Nutrien Premium Fertilizer Technologies senior agronomist Lyle Cowell. Salt can move down through the soil profile and outside the root system, but high... Read More

A new intake for Ontario’s On-Farm Climate Action Fund (OFCAF) opens August 1, 2024. Applications will be accepted on a continuous basis. OFCAF funding, administered by Ontario Soil and Crop Improvement Association in the province, provides successful applicants with cost-share funding to support the implementation of best management practices (BMPs) to tackle climate change through... Read More

No ruts, no worries, right? Not so, at least not when it comes to deep compaction impacts. Air pockets and macropores in soil structure help move water down the soil profile, and where water goes, so do the nutrients. Compacted soils restrict root growth, oxygen, and nutrient and water movement, ultimately restricting yield potential. What's... Read More

Nutrients such as nitrogen and phosphorous move quite differently though the soil, and understanding how they travel is key to helping growers choose the best application strategies. Phosphorous, for example, tends to be more like a tortoise, moving slowly and methodically. Nitrogen, on the other hand, is the hare, racing quickly through the plant root... Read More