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The ADMS Task Force focuses on eight states. In this area,
the Task Force works with farmers, advisors, contractors, and industry to
implement agricultural drainage management systems. Technical guidance is
provided through the NRCS eFOTG, the Practice 554 document and
accompanying technical note on Agricultural Drainage Water Management, and
State Extension Bulletins. |
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_____________________________________________________________________________________________________________ ANNOUNCEMENTS:
Agricultural Drainage Management Systems Task Force (ADMSTF) A
Partnership Group that Promotes and Implements Drainage Management
Systems on Cropland in the Mississippi River Basin to Improve Water
Quality of Drainage Flows
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Managing Drainage for Better Water Quality The Midwest is home to some of the most productive agricultural lands in the nation. These lands include more than 50 million acres of surface and subsurface drained cropland. Current research shows that nitrogen is being transported from these Midwest fields into waterways, creating economic, environmental, and human health concerns downstream. The ADMS Task Force is a national effort to improve drainage practices to reduce adverse impacts while enhancing crop production and conserving water. The Role of the ADMS Task Force The focus of the ADMS Task Force is to work with farmers, contractors, and agricultural advisors to:
Implementation of managed drainage practices (NRCS Practice 554) in the Midwest began in 2004. Using demonstration sites, the Task Force educates local sponsors and farmers and works with them to implement managed drainage on their own land. |
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Hypoxia means low oxygen. Waters that are hypoxic can only support a few organisms that can live with very little oxygen. The hypoxic zone in the Gulf of Mexico is caused by upstream nitrogen loads, primarily from fertilizer, and affects the gulf region’s ecosystems and economy. Nitrogen and phosphorus from upstream sources promote growth of algae and zooplankton in the Gulf waters. When these organisms die and decompose, the process consumes oxygen. Low oxygen in deeper waters drives away fish and kills non-mobile organisms. Mississippi River Basin EPA web-site: http://www.epa.gov/msbasin/index.htm |
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By using shallow or controlled subsurface drainage instead of conventional deep free drainage, producers improve their management of water, reduce fertilizer inputs, and at the same time reduce nutrient loss to streams by 30-50%. Managed drainage includes
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Today's Drainage Technology The drainage water management structures of today allow
farmers to adjust the water table in their fields depending on time of
year and weather conditions. Drainage water management leads to less water
leaving the field, 30-50% less nutrients moving to surface waters, and
more crop available water. This system may need to be coupled with a
conservation management system, because reducing subsurface flows can
increase surface runoff and the potential for soil erosion and surface
losses of agrochemicals. Surface drainage systems may need to be linked to
these drainage water management structures to achieve maximum benefits.
The Task Force is focused on promoting and assisting with the design and
implementation of integrated systems. |
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Please
visit: |
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For information contact houser.83@osu.edu |
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Last updated on July 9, 2006 |
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