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Tipple and screening plant of Chesterfield Coal Company. Old disused washing house on left (used when mining Palisade zone seam). Sego, Utah in Grand County, Utah. August 11, 1926.
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Farrer Mine, Coal Canyon. Chesterfield coal. Grand County, Utah. September 10, 1925. Plate 4-B in U.S. Geological Survey. Bulletin 852. 1936.
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These layers show the relative abundance of native, non-native and tree cover types as mapped for the Colorado River Conservation Planning Project. Relative abundance (Dominant, Common, Mapped by Sparse and Not Mapped) is determined by the listing of cover types per patch.
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This set of maps shows relative habitat diversity (complexity) as it relates to the number of different dominant cover types are found in 1 hectare, and the number of structural types found in 1 hectare. Component layers are included, as are layers of channel boundaries, reaches, and bottomland kilometers.
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This set of maps shows relative habitat quality for snakes that prefer the rocky outside margin of the bottomland area. Component layers (type and count of cover types, distance to bottomland boundary and distance to permanent water) are included, as are associated layers of channel boundaries, reaches, and bottomland kilometers.
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Tipple, screening plant of Chesterfield Mining Company, from across the canyon. Old washing house on right. Tracks from mine are higher in left center. Ballard's prospect appears in upper right at shadow made by massive (Thompson's) sandstone ledge. Shows Palisade coal, Ballard coal, Thompson Canyon sandstone, Chesterfield coal zone, Neslen member. Grand County, Utah. August 11, 1926. Plate 5-A in U.S. Geological Survey. Bulletin 852. 1926.
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This collection of maps shows relative habitat quality for a suite of species that use riparian overstory habitats. Component layers include: tree patch size, presence and complexity of riparian understory, and abundance of tamarisk. Associated layers such as river channels at high flow and bottomland reaches are included for reference.
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This collection of maps shows fluvial geomorphic features of the Colorado River bottomland including river channel boundaries at high flow (31,300 cubic ft/sec on 06/28/2011 at the Cisco gage) and at lower flow (3,410 cubic ft/sec on 09/06/2010 at the Cisco gage). Also shown is the bottomland boundary delineating the currently active fluvial surface; the bottomland is subdivided by both reaches and bottomland kilometers for reference. Centerlines for the bottomland and 2010 river channel are included, also.
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This set of maps shows relative habitat quality for species that prefer open areas. Component layers (herbacoeus areas, distance to high water) are included, as are associated layers of channel boundaries, reaches, and bottomland kilometers.
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These layers show some of the human interactions with the bottomland area. Recreation sites, roads, fuel treatment areas, and river camp layers were all acquired from project partners or publically available data and clipped to or near the bottomland boundary for use here. Bottomland reaches, kilometers, 2010 channel layers were created for the Colorado River Conservation Planning project.
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This set of maps shows relative habitat quality for riparian understory species, both with and without a penalty applied for abundant tamarisk. Component layers are included, as are complementary layers of channel boundaries, reaches, and bottomland kilometers.
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Bench at base of Book Cliffs east of Thompsons (Thompson Spring). Grand County, Utah. 1906. Plate 2-A in U.S. Geological Survey. Bulletin 371. 1909.
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This collection of maps shows vegetation cover types that are either Dominant or Common (see project documentation for full methodology in mapping). Sparse cover types are not shown here. All patches have a dominant cover type, but not all have a Common type. Vegetation features were mapped by National Park Service staff; ground-truthing and editing of vegetation data was done by project staff, as was mapping of bare areas and channel features. Associated layers of river channels, reaches, and bottomland kilometers are included for reference.
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This set of maps shows relative habitat quality for bat watering. Component layers (distance to water, vegetation cover types, open flight areas) are included, as are complementary layers of channel boundaries, reaches, and bottomland kilometers.
map background search result map search result map Trinalcove, Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871. River view in Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871. Tump-in-kon-tu-weap, Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871. The Book Cliffs near Green River. Grand County, Utah. No date. Riparian Overstory Model and Component Layers Riparian Understory Model and Component Layers General Diversity Model and Component Layers Bat Watering Model and Component Layers Open Land Species Model and Component Layers Rocky Fringe Snakes Model and Component Layers Vegetation Mapping of Dominant and Common Cover Types Fluvial Geomorphic Features Native, Non-native and Tree Abundance Human Features on the Colorado River Bottomland General Diversity Model and Component Layers Bat Watering Model and Component Layers Open Land Species Model and Component Layers Rocky Fringe Snakes Model and Component Layers Riparian Understory Model and Component Layers Riparian Overstory Model and Component Layers Vegetation Mapping of Dominant and Common Cover Types Fluvial Geomorphic Features Native, Non-native and Tree Abundance The Book Cliffs near Green River. Grand County, Utah. No date. Human Features on the Colorado River Bottomland Trinalcove, Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871. River view in Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871. Tump-in-kon-tu-weap, Labyrinth Canyon. Grand and Emery Counties, Utah. circa 1871.