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Soil Health

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SOIL HEALTH: for Present and for Future

North Dakota’s greatest natural resource is its land and soils. Remediating soil health issues such as salinity, sodicity, high magnesium (Mg2+) levels versus calcium (Ca2+), poor water infiltration, decreasing organic matter levels and lack of plant diversity will improve soil health for present day profitable and thriving farms, ranches and rural communities.

For the long-term improvement of soil health and sustainability of our agriculture, there are several practices producers can integrate into their operations over time. These practices will help reduce soil disturbance and loss of topsoil, increase soil organic matter, aggregates, pore space and water infiltration by improving structure and will maintain fertility by increasing nutrient and water holding capacity. In addition, application of livestock manure and introduction of cover crops in the rotation on a regular basis will add plant and microbial diversity and preserve and sustain soil health for future generations.

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Research Reports
Impact report on what should we do first on sodic soils; tile or apply the amendments 
Impact report on saving money and improving soil health. 
Saline and Sodic Soils publication covering: background, difference between saline and sodic soils, main causes, indicators, and management of saline soils, sodic soils, and saline-sodic soils.
Research report from 2017 on the NDSU LREC groundwater management project. Determining the economic response of sodic soils to remediation by gypsum, elemental sulfur and versalime in Northeast North Dakota on tiled fields.
Impact report on the effectiveness of field tiling in different types of soils. 
Research report from 2016 on the NDSU LREC groundwater management project. Determining the economic response of sodic soils to remediation by gypsum, elemental sulfur and versalime in Northeast North Dakota on tiled fields.
Impact report on a producer with a saline-sodic site and a high water table. Includes a chart tracking improvements by measuring the Depth, pH, EC and SAR of the site before and after beetlime application. 
Publication on soil organic matter and its benefits including soil properties, decomposition process, functions, and practices that can increase soil organic matter levels.
Research report from 2015 on the NDSU LREC groundwater management project. Determining the economic response of sodic soils to remediation by gypsum, elemental sulfur and versalime in Northeast North Dakota on tiled fields.
Getting your worst areas analyzed by knowing what to test for, zoning the sampling areas, and conducting sampling and analysis. 
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