eUpdate Articles Tagged: saturated soils


Soybean response to standing water and saturated soils

Recent heavy rainfall in portions of Kansas may have resulted in standing water and/or saturated soil in some locations. These conditions have the potential to negatively impact soybean production. Read more here from Cropping Specialist Ignacio Ciampitti.

soybeans saturated soils standing water root rot 

Effect of standing water and saturated soils on corn growth

Many parts of Kansas have received considerable amounts of rain the last couple of weeks. If corn has been planted, standing water or saturated soil conditions in areas of a field can produce impacts now or later for corn. Read about the potential impacts to corn in this article.

corn flooded fields saturated soils nitrogen loss 

Soybean response to standing water and saturated soils

Soybean planting is well under way in Kansas. However, in many parts of the state, soybeans have gotten off to a very slow start, constrained by rain events and wet soil conditions. What effect with saturated soils have on soybean emergence and early growth?

soybeans disease flooded fields saturated soils seedling diseases 

Soybean response to standing water and saturated soils

Soybean planting is well underway in Kansas. Heavy rainfall has occurred in many locations across the eastern half of Kansas, with some fields underwater and others with completely saturated soil. In this article, learn more about the potential impacts of standing water on newly planted or emerged soybeans.

soybeans flooded fields saturated soils seedling diseases 

Effect of standing water and saturated soils on corn growth

Standing water or saturated soil conditions in areas of a field can impact corn now or later. Periods of early-season water saturation can cause immediate problems for small corn plants and have season-long implications. This article discusses the potential impacts and complicating factors when corn fields are subjected to standing water.

corn saturated soils standing water nitrogen loss 


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