183-1 Long-Term Trial of Organic, Reduced-Input and Conventional Integrated Crop-Range-Livestock Systems in the Western High Plains, Wyomng.

Poster Number 826

See more from this Division: A12 Organic Management Systems (Provisional)
See more from this Session: Organic Management Systems: Long-Term Trends, Soil Nutrient Management, Crop-Livestock Integration, and Eorganic Information Delivery
Tuesday, November 2, 2010
Long Beach Convention Center, Exhibit Hall BC, Lower Level
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Jay Norton1, Rajan Ghimire2, Naomi Ward1 and Bret Hess1, (1)University of Wyoming, Laramie, WY
(2)Department of Ecosystem Science and Management, University of Wyoming, Laramie, WY
A continuum of small plots for mechanistic research, large plots for systems research, and on-farm studies have been established for long-term monitoring and trials of innovative techniques within farming approaches used by High Plains farmers. For the intensive plot studies, six production systems (3 approaches x 2 systems) on four replicated plots were established at James C. Hageman Sustainable Agriculture Research & Extension Center in Lingle, WY. Cow-calf pairs graze on rangelands in summer and are fed grain and forage from plots during fall and winter. Parameters measured include 1) weed, pathogen, arthropod and nematode populations; 2) soil biological, physical, and chemical properties; 3) water use efficiency and soil moisture dynamics; 4) crop and forage growth, yield and quality; 5) livestock performance; and 6) economic viability. For the extensive, on-farm studies, five farms operating under each production system were selected for on-farm monitoring of stable indicators of soil productivity, economics, and marketing potential for products from the three approaches. Year 1 and 2 results are presented.
See more from this Division: A12 Organic Management Systems (Provisional)
See more from this Session: Organic Management Systems: Long-Term Trends, Soil Nutrient Management, Crop-Livestock Integration, and Eorganic Information Delivery
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