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Two future climate change scenarios at a resolution of 0.5 degree latitude/longitude for the conterminous United States were used in the Vegetation Ecosystems Modelling Analysis Project (VEMAP): a moderately warm scenario produced by the general circulation model from the Hadley Climate Centre [Johns et al., 1997; Mitchell and Johns, 1997], HADCM2SUL (up to a 2.8oC increase in average annual U.S. temperature in 2100) and a warmer scenario (up to a 5.8oC increase in average annual U.S. temperature in 2100), CGCM1, from the Canadian Climate Center [Boer et al., 1999a, 1999b; Flato et al., 1999]. Both general circulation models (GCMs) included sulfate aerosols and a fully dynamic 3-D ocean. Both transient scenarios...
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The Geospatial Multi-Agency Coordination Group, or GeoMAC, is an internet-based mapping tool originally designed for fire managers to access online maps of current wildland fire locations and perimeters in the continental United States, including Alaska. Perimeters are submitted to GeoMAC by the incidents via posting to FTP and web sites for downloading. This file contains wildland fire perimeters submitted to GeoMAC from the year 2000 to the calendar year preceeding the current one. The projection is geographic and the datum is NAD83. Last updated January 20, 2011, SPW. Additional metadata available at: http://rmgsc.cr.usgs.gov/outgoing/GeoMAC/historic_fire_data/us_hist_fire_perimeters_dd83_METADATA.htm
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GrSageGrouseSevereWinterRange is an ESRI SDE Feature Class showing coverage for severe winter range for Sage Grouse (Centrocercus urophasianus). Severe Winter Range is defined as that part of the winter range where 90% of the individuals are located when annual snowpack is at its maximum and/or temperatures are at a minimum in the two worst winters out of ten. This information was derived from field personnel. A variety of data capture techniques were used including drawing on mylar overlays at 1:50,000 scale USGS county mapsheets and implementation of the SmartBoard Interactive Whiteboard using stand-up, real-time digitizing at various scales (Cowardin, M., M. Flenner. March 2003. Maximizing Mapping Resources....
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This is the dataset for anticipated oil and gas well development in areas of high oil and gas potential as described in Copeland et al. (2009) Mapping Oil and Gas Development Potential in the US Intermountain West and Estimating Impacts to Species, PLoSOne. (http://www.plosone.org/article/info:doi%2F10.1371%2Fjournal.pone.0007400) This dataset corresponds with results shown in Figure 2 of the publication. Please see paper in PLoSOne for more detailed methods. The dataset should be cited as: Copeland, H., K. Doherty, D. Naugle, A. Pocewicz, J. Kiesecker (2010) Mapping Oil and Gas Development Potential in the US Intermountain West and Estimating Impacts to Species. The projection of this dataset is: US NAD83 Lambert...
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This map shows areas that have experienced fire between 1999 and 2010, including fire severity information where available. Determination of "change" due to fire is not possible due to the lack of highly accurate pre- and post-fire maps of vegetation conditions, and the wide range of possible interpretations of what constitutes a change. Instead, the focus was placed on mapping the location of fires and severity; the overall likelihood of significant change in short term vegetation conditions increases with fire severity. These data are provided by Bureau of Land Management (BLM) "as is" and may contain errors or omissions. The User assumes the entire risk associated with its use of these data and bears all responsibility...
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This open-file report presents the results of the USGS Mineral Resources Program activity to compile a national-scale geologic map database to support national and regional level projects, including mineral resource and geo- environmental assessments. The only comprehensive sources of regional- and national-scale geologic maps are state geologic maps with scales ranging from 1:100,000 to 1:1,000,000. Digital versions of these state maps form the core of what is presented here. Because no adequate geologic map exists for the state of Alaska, it is being compiled in regional blocks that also form part of this national database. It is expected that this series will completed by approximately the end of 2007. These...
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This map shows the current and historic distribution of this ecosystem, in the context of change agents and disturbance types, as well as current and near-term status and long term potential for change. This map includes current distribution from LANDFIRE EVT and NatureServe Landcover, and historic distribution from LANDFIRE BpS. These data are provided by Bureau of Land Management (BLM) "as is" and may contain errors or omissions. The User assumes the entire risk associated with its use of these data and bears all responsibility in determining whether these data are fit for the User's intended use. These data may not have the accuracy, resolution, completeness, timeliness, or other characteristics appropriate for...
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This map shows conservation element summaries within areas of potential near-term and long-term energy development. These summaries help highlight areas of potential conflict between conservation elements and energy development. These data are provided by Bureau of Land Management (BLM) "as is" and may contain errors or omissions. The User assumes the entire risk associated with its use of these data and bears all responsibility in determining whether these data are fit for the User's intended use. These data may not have the accuracy, resolution, completeness, timeliness, or other characteristics appropriate for applications that potential users of the data may contemplate. The User is encouraged to carefully consider...
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This map shows naturalized flow change for April-July for 3 periods: 1951-1965 (historic), 2016-2030, and 2046-2060 simulated by the Bureau of Reclamation across 112 GCM scenarios. These data are provided by Bureau of Land Management (BLM) "as is" and may contain errors or omissions. The User assumes the entire risk associated with its use of these data and bears all responsibility in determining whether these data are fit for the User's intended use. These data may not have the accuracy, resolution, completeness, timeliness, or other characteristics appropriate for applications that potential users of the data may contemplate. The User is encouraged to carefully consider the content of the metadata file associated...
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New invasions, better field data, and novel spatial modeling techniques often drive the need to revisit previous maps and models of invasive species. Such is the case with the at least 10 species of Tamarix, which are invading riparian systems in the western United States and are expanding their range throughout North America. In 2006, we developed a National Tamarisk Map using a compilation of presence and absence locations with remotely sensed data and statistical modeling techniques. Since the publication of that work, our database of Tamarix distributions has grown significantly.Using the updated database of species occurrence, new predictor variables, and the Maximum entropy (Maxent) model, we have revised...
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4KM grid cell reporting units for the Colorado Plateau Ecoregion Used as analytical reporting unit for terrestrial conservation elements and terrestrial intactness.
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This dataset provides an estimate of aquatic biodiversity sites, based on protected and conservation lands superimposed on the NHD flowlines dataset. Caution is warrented in interpreting this dataset. While measures of aquatic biodiversity exist, they are based on localized samples that cannot be extrapolated beyond the sampling domain. These measures were not included in this dataset. Instead, it was assumed that areas within TNC Portfolio areas were identified for factors that include high aquatic biodiversity. Furthermore, it is assumed that aquatic biodiversity is higher in protected areas due to stricter controls over land and water management. However, this assumption may not be valid for stream reaches that...
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WRPOD is a point coverage created weekly from data in the Utah Division of Water Rights database. It contains water right point of diversion information. This dataset was retrieved from http://www.waterrights.utah.gov/gisinfo/wrcover.asp on 10/31/2011.
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This dataset provides an estimate of water-based recreation travel corridors, based on a combination of wild and scenic rivers, and major rivers selected from NHD that were listed on the BLM rivers website. All reaches of these rivers were selected, as insufficient information exists to determine what segments may or may not be open to recreation. Other areas may be open to water-based recreation travel than are represented in this dataset.
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This dataset shows a series of fragmentation metrics for natural vegetation for a 4KM reporting unit. These metrics were calculated using FRAGSTATS. For more information about FRAGSTATS, or the methods used to calculate these metrics, please see: http://www.umass.edu/landeco/research/fragstats/fragstats.html Fragmentation metrics were caculated for a 3x3 reporting unit grid (4KM each) neighborhood centered on each reporting unit grid cell. This was done to prevent edge effects due to the smaller size of the reporting units relative to the size of larger patches in more intact landscapes. A 90 meter edge distance was used to define core area within patches.
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5th Code HUC reporting units for the Colorado Plateau Ecoregion Used as analytical reporting units for aquatic conservation elements.
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5th Code HUC reporting units for the Colorado Plateau Ecoregion Used as analytical reporting units for aquatic conservation elements.
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Regional range allotment coverage of Region 2, Rocky Mountain Region, USDA Forest Service. The regional coverage reflects the range allotment data from each of the National Forests and Grasslands within the region. The regional allotment coverage was compiled by the Regional Office's Geospatial Services office by using the range allotment data provided by the Forests/Grasslands within the region, joining the infra view (II_RGE_RMU_V) to the spatial data based on the control number (cn) or allotment identifier (based on a specific adminstrative organization identifier). The Forest/Grassland data were exported to individual shapefiles. All the attribute tables were edited to contain the same items. All of the shapefiles...


map background search result map search result map BLM REA COP 2010 Wildland Fire Perimeters (2002) BLM REA COP 2010 USFS Region 2 Grazing Allotments BLM REA COP 2010 Intermountain West Oil and Gas Potential Unrestrained BLM REA COP 2010 Greater Sage Grouse Severe Winter Range, Colorado BLM REA COP 2010 Geology of Colorado BLM REA COP 2010 Water Based RecreationTravel Corridors BLM REA COP 2010 Potential Aquatic Biodiversity Areas BLM REA COP 2010 Utah Surface Water Diversions in the Colorado Plateau Ecoregion, USA BLM REA COP 2010 Natural Vegetation Fragmentation (4KM) BLM REA COP 2010 AT N IV DN HUC5 poly BLM REA COP 2010 BLM Recreation Sites in New Mexico BLM REA COP 2010 Wild and Scenic Rivers BLM REA COP 2010 Historic annual average precipitation (mm) 1961-1990 (VEMAP version) for the Colorado Plateau ecoregion, USA BLM REA COP 2010 Improving national-scale invasion maps: Tamarisk in the western United States BLM REA COP 2010 AT C FragNP AV 4km poly BLM REA COP 2010 AT L SolarPotential HUC5 poly BLM REA COP 2010 Colorado Plateau (COP) Areas Burned by Fire Occurrences and Severity BLM REA COP 2010 Colorado Plateau (COP) Potential Near-term and Long-term Energy Development BLM REA COP 2010 Colorado Plateau (COP) Naturalized River Flow Changes (April-July) 1951-65, 2016-30, 2046-60 BLM REA COP 2010 Colorado Plateau (COP) Distribution of Colorado Plateau Pinyon-Juniper Woodland BLM REA COP 2010 BLM Recreation Sites in New Mexico BLM REA COP 2010 Wild and Scenic Rivers BLM REA COP 2010 Greater Sage Grouse Severe Winter Range, Colorado BLM REA COP 2010 Intermountain West Oil and Gas Potential Unrestrained BLM REA COP 2010 USFS Region 2 Grazing Allotments BLM REA COP 2010 Geology of Colorado BLM REA COP 2010 Utah Surface Water Diversions in the Colorado Plateau Ecoregion, USA BLM REA COP 2010 Wildland Fire Perimeters (2002) BLM REA COP 2010 Water Based RecreationTravel Corridors BLM REA COP 2010 Potential Aquatic Biodiversity Areas BLM REA COP 2010 Natural Vegetation Fragmentation (4KM) BLM REA COP 2010 AT N IV DN HUC5 poly BLM REA COP 2010 AT C FragNP AV 4km poly BLM REA COP 2010 AT L SolarPotential HUC5 poly BLM REA COP 2010 Improving national-scale invasion maps: Tamarisk in the western United States BLM REA COP 2010 Historic annual average precipitation (mm) 1961-1990 (VEMAP version) for the Colorado Plateau ecoregion, USA BLM REA COP 2010 Colorado Plateau (COP) Areas Burned by Fire Occurrences and Severity BLM REA COP 2010 Colorado Plateau (COP) Potential Near-term and Long-term Energy Development BLM REA COP 2010 Colorado Plateau (COP) Naturalized River Flow Changes (April-July) 1951-65, 2016-30, 2046-60 BLM REA COP 2010 Colorado Plateau (COP) Distribution of Colorado Plateau Pinyon-Juniper Woodland