Folders: ROOT > ScienceBase Catalog > Science Framework for the Conservation and Restoration Strategy > Web Application configuration data ( Show all descendants )
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This shapefile represents existing range for American Burying Beetle, and potential range. This shapefile was downloaded from the FWS site on the ABB in Oklahoma.
This analysis computes and displays the area (in acres) of developed land (percent) within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 30-meter to 90-meter (nearest neighbor) for computational efficiency.
This analysis computes and displays the area (in acres) of fire probability per 100 years within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph.
Knowledge of where oil and gas resources occur and where there is existing development or new development potential, in conjunction with greater sage-grouse (GRSG) breeding habitat, can be used to identify areas with high or low potential resource conflict. Depicted on the map above is a 16-class raster that displays the intersection of oil and gas probability (4 classes, low to high) and GRSG breeding habitat probability (4 classes, low to high). See matrix below for a color legend and further description.
A visualization and decision-support tool that serves as a digital wildlife biologist and provides access to information on federally threatened and endangered species in Oklahoma
This analysis computes and displays the area (in acres) of tilled agriculture within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 30-meter to 90-meter (nearest neighbor) for computational efficiency.
The Smart Energy Landscape Analysis Tool provides broad-scale geospatial data for visualization and analysis with layers amenable for summary at large scales. Spatial data are organized under themes which can be expanded or hidden using the arrow to the left of the theme name. Visualize and explore the data by turning the layers on/off and adjusting the opacity in the left-hand pane. Determine the AOI (Area of Interest) in one of three ways: 1. Select a pre-existing AOI boundary from the 'AOI Boundary' button 2. Manually draw an AOI on the map after clicking the 'Draw Polygon' button 3. Click the 'Upload Shapefile' button and follow the on-screen instructions Generate a summary report by clicking the ‘Submit Analysis’...
This analysis computes and displays the area (in acres) of BLM surface management agency (SMA) within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph.
This analysis computes and displays the area (in acres) of potential PAC pathways within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph.
The Conservation and Restoration Management Strategy sets in motion actions to enhance the protection, conservation, and restoration of a healthy sagebrush-steppe ecosystem, and to address important public safety, economic, cultural, and social concerns. The Strategy is intended to improve the efficiency and efficacy of actions to better prevent and suppress rangeland fire, and improve efforts to restore fire-impacted landscapes. Identification of geospatially-explicit management strategies will further efforts to conserve important greater sage-grouse habitats by limiting the likelihood of habitat loss due to fire and targeting management strategies to improve resilience. Geospatial tools and enhanced data sharing...
Tags: bioscape
This analysis computes and displays the area (in acres) of road density within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 30-meter to 90-meter (nearest neighbor) for computational efficiency.
This analysis computes and displays the area (in acres) of soil temperature and moisture regimes within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 10-meter to 90-meter (nearest neighbor) for computational efficiency.
This analysis computes and displays the area (in acres) of sagebrush and conifer cover (LANDFIRE) within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 30-meter to 90-meter (nearest neighbor) for computational efficiency.
This analysis computes and displays the area (in acres) of soil temperature and moisture regime subclass within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph. Data has been resampled from 10-meter to 90-meter (nearest neighbor) for computational efficiency.
This analysis computes and displays the area (in acres) of summer rain (percent) within the user's selected (or drawn) area of interest (AOI). An 'equal-area' coordinate system is used to perform this calculation (USA Contiguous Albers Equal Area Conic, EPSG:5070). The analysis chart represents the same categories and colors seen on the map and in the legend. For areas of 'no data', the amount of acreage is noted below the graph.
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