Soil compaction can devastate yields for years. An upcoming webinar series hosted by the University of Minnesota and NDSU on the subject brings together experts from the U.S., Canada and Australia.

From mild winters to heavier equipment, farmers face several uncontrollable factors, adding layers to the soil compaction problem. “Our winters have been milder, and snowfall has been lighter in ...

Most plants are rooted in the ground, and they are highly dependent on the surrounding soils. Most experts agree that 80% of a tree’s roots are made up of the fleshy feeder root variety which function ...

Most terrestrial plants are highly dependent on the soil for their well-being. A very favorable soil contains 50 percent open “pore” space, 45 percent minerals, and 5 percent organic material. The ...

Most gardeners know that success depends on many factors: You can’t grow a sun-loving plant in a shady area, for example. And a shrub that loves wet places won’t do well in dry soil. But the most ...

Dynamic compaction is a ground improvement method that utilises repeated high‐energy impacts to densify and stabilise loose granular soils. This technique has evolved from traditional field methods ...

Yield effects of soil compaction can be masked by moisture availability, timing of rainfall and fertilizer use under favorable weather conditions. Under unfavorable weather conditions, yield loss has ...

Latest products for beet and bean diseases. Minnesota business uses ancient technique for healthier tortillas. Tips for ...

Proper soil compaction is crucial for both small and large construction projects because it increases soil density and load bearing, ensuring the stability, durability, and longevity of buildings and ...

Soil compaction is a growing concern for farmers and land managers, especially across the northern U.S. and southern Canada.

If your garden soil turns into a brick when it’s dry or a swamp when it’s wet, the plants aren’t being dramatic—the soil is.