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This product is as subset of a legacy dataset and is included in the REA publication as it was used in the analysis for the Colorado Plateau REA. The legacy dataset was not part of the GRSG official HMA designations or planning process in 2015. For the most current version of sage-grouse habitat delinations assiciated with BLM Land Use Plans please visit the Greater Sage Grouse page on the Landscape Approach Data Portal. Updated in December, 2012 to the National Sage-grouse Planning Effort area. Canada, Washington, and Bi-State Distinct Population Segment areas were removed. Original versions exist in the 'Wildlife/Data' Sage-grouse directories at the NOC. This spatial dataset represents modeled occupied greater...
This product is as subset of a legacy dataset and is included in the REA publication as it was used in the analysis for the Colorado Plateau REA. The legacy dataset was not part of the GRSG official HMA designations or planning process in 2015. For the most current version of sage-grouse habitat delinations assiciated with BLM Land Use Plans please visit the Greater Sage Grouse page on the Landscape Approach Data Portal. Updated in December, 2012 to the National Sage-grouse Planning Effort area. Canada, Washington, and Bi-State Distinct Population Segment areas were removed. Original versions exist in the 'Wildlife/Data' Sage-grouse directories at the NOC. This spatial dataset represents modeled occupied greater...
Few agricultural producers utilize the true analytical power of GIS and computer simulation models, partly because the loose linkages developed to-date between GIS and most public-domain modeling software are extremely cumbersome to use. The integrated system (EPIC–View) developed in the study allows the integration of a comprehensive hydrologic–crop management model (EPIC) with a desktop GIS to function as a planning tool aimed at implementing sustainable farm management practices. The use of GIS makes possible the integration of diverse spatial data into a comprehensive spatial database. EPIC–View is applied to simulate nitrogen (N) dynamics under conventional and minimum tillage conditions of a field located...
Categories: Publication;
Types: Citation;
Tags: Data Visualization & Tools,
GIS modeling,
Integration,
Landscapes,
Management tool,
Updated in December, 2012 to the National Sage-grouse Planning Effort area. Canada, Washington, and Bi-State Distinct Population Segment areas were removed. Original versions exist in the 'Wildlife/Data' Sage-grouse directories at the NOC. This spatial dataset represents modeled occupied greater sage-grouse habitat in the western United States for the baseline year of 2006, modified by removal of habitat within fire perimeters for 2007, 2008, 2009 and 2010. The minimum mapping unit for this dataset is approximately 15 ha (38 acres). A raster modeling approach at a 30 meter cell size was used to develop habitat preference and disturbance sub-models, and integrate them on a cell-by-cell basis into a final suitable...
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