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BALn5bYHgqY/93gtQwyaTVlMm960zqbAxV8/c2qIZsTsz9fkVKS4Qhm/FkOXuej2D2H64MI158m4 3sk+f00MNtzSohNOxRJC8qVcmc7ucv7Tu3nSuleTIAYddimoJv6dmdnLv/b4DWgNn3cZri9v4YJg /vOf/w1r4/K1Fz7HfNd+cbv/I/GG2cP5D/36S3V1XheT3vGG/9I5fvaL1+ecvHxuY5v8Z7/7wr/T UcLns1cdXyyHmHX1K9P3OKxccrUKYpN6Pj9eEjKcfg28CSzz+n0++zxkeX7QZ+8zpn3zaYPws+NW /vzun1lC+f+CaPl4IlOmEo6smD+E1x/uZx/DX5toCdfHPBGBAc+f6Tuc5i+TYsLPMTN6fVwvl58t m+iPLafFz74y/2jP7/jy53rpd/7Q+/Az0HBeeus/eP6+P7HL6vAD4y/9mjrwt2a6fzm+HF+OL8ef 4/gSsL4cX44vx1/N8SVgfTm+HF+Ov5rjS8D6cnw5vhx/NceXgPXl+HJ8Of5qji8B68vx5fhy/NUc XwLWl+PL8eXQX8vx/wPKNTFB55odcQAAAABJRU5ErkJggg== Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time 20250515 ArcGIS Metadata 1.0 Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time None ArcGIS File Geodatabase https://main.wsgs.wyo.gov/ https://doi.org/10.15786/wyoscholar/10065 Rawlins 100k Bedrock Geologic Map 2025-05-16 Ranie M. Lynds Colby W. Schwaderer James P. Mauch Derek T. Lichtner Christopher J. Doorn Wyoming State Geological Survey Wyoming State Geological Survey Laramie, WY vector digital data Map Series 110 Suggested citation: Lynds, R.M., Schwaderer, C.W., Mauch, J.P., Lichtner, D.T., and Doorn, C.J., 2025, Geologic map of the Rawlins 30' x 60' quadrangle, Carbon and Sweetwater counties, Wyoming: Wyoming State Geological Survey Map Series 110, scale 1:100,000, https://doi.org/10.15786/wyoscholar/10065. Geodatabase for the digital geologic map of the Rawlins quadrangle, Carbon and Sweetwater counties, Wyoming, 1:100,000. The bedrock geologic map of the Rawlins, Wyoming 1:100,000 quadrangle, was developed to provide regional scale geologic mapping for city and county planning, industrial and mineral development, and general public use. This dataset is a composite geodataset that conforms to GeMS (Geologic Map Schema)--a standard format for the digital publication of geologic maps, available at http://ngmdb.usgs.gov/Info/standards/GeMS/. Wyoming State Geological Survey Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time Rawlins Wyoming geology geologic map 1:100000 geology geologic map 1:100000 Rawlins Wyoming USE CONSTRAINTS: Users of these datasets are cautioned against using the data at scales different from those at which the maps were compiled. Using these data at a larger scale will not provide greater accuracy and is, in fact, a misuse of the data. --- The Wyoming State Geological Survey (WSGS) and State of Wyoming make no representation or warranty, expressed or implied, regarding the use, accuracy, or completeness of the data presented herein, or from a map printed from these data. The act of distribution shall not constitute such a warranty. The WSGS does not guarantee the digital data or any map printed from the data to be free of errors or inaccuracies. --- The WSGS and State of Wyoming disclaim any responsibility or liability for interpretations made from these digital data or from any map printed from these digital data, and for any decisions based on the digital data or printed maps. The WSGS and State of Wyoming retain and do not waive sovereign immunity. --- We request that credit be expressly given to the “Wyoming State Geological Survey” when citing information from this publication. USE CONSTRAINTS: Users of these datasets are cautioned against using the data at scales different from those at which the maps were compiled. Using these data at a larger scale will not provide greater accuracy and is, in fact, a misuse of the data. --- The Wyoming State Geological Survey (WSGS) and State of Wyoming make no representation or warranty, expressed or implied, regarding the use, accuracy, or completeness of the data presented herein, or from a map printed from these data. The act of distribution shall not constitute such a warranty. The WSGS does not guarantee the digital data or any map printed from the data to be free of errors or inaccuracies. --- The WSGS and State of Wyoming disclaim any responsibility or liability for interpretations made from these digital data or from any map printed from these digital data, and for any decisions based on the digital data or printed maps. The WSGS and State of Wyoming retain and do not waive sovereign immunity. --- We request that credit be expressly given to the “Wyoming State Geological Survey” when citing information from this publication. true -108.0240 -106.9852 42.0217 41.4782 publication date 2025-05-16 Spatial data are in UTM Zone 13. Horizontal datum is NAD27, spheroid GRS 80. Map base is U.S. Geological Survey 1:100,000-scale topographic map of the Rawlins, Wyoming quadrangle. Rawlins_100k_BR_GeMS is a composite geodataset that conforms to GeMS (Geologic Map Schema)--a standard format for the digital publication of geologic maps", available at http://ngmdb.usgs.gov/Info/standards/GeMS/. Metadata records associated with each element within the geodataset contain more detailed descriptions of their purposes, constituent entities, and attributes.). An OPEN shapefile versions of the dataset is also available. It consists of shapefiles, DBF files, and delimited text files and retains all information in the native geodatabase, but some programming will likely be necessary to assemble these components into usable formats. These metadata were prepared with the aid of script GeMS_FGDCMetadata.py, version of 2/27/24. Confidence that a feature exists and confidence that a feature is correctly identified are described in per-feature attributes ExistenceConfidence and IdentityConfidence. Confidence that a feature exists and confidence that a feature is correctly identified are described in per-feature attributes ExistenceConfidence and IdentityConfidence. Map elements and topology were checked if needed. Dataset is considered complete for the information presented. Estimated accuracy of horizontal location is given on a per-feature basis by attribute LocationConfidenceMeters. Values are expected to be correct within a factor of 2. A LocationConfidenceMeters value of -9 or -9999 indicates that no value has been assigned. Estimated accuracy of horizontal location is given on a per-feature basis by attribute LocationConfidenceMeters. Values are expected to be correct within a factor of 2. A LocationConfidenceMeters value of -9 or -9999 indicates that no value has been assigned. In a GIS, digital datasets, nonspatial tables, and metadata were created and reviewed to the USGS GeMS level 3 digital map standard. 2025-03-21 687 24 1179 73 148 150 15 555 147 54 DescriptionOfMapUnits Non-spatial table that captures content of the Description of Map Units (or equivalent List of Map Units and associated pamphlet text) included in a traditional paper geologic map. Has an internal hierarchy expressed by attribute HierarchyKey GeMS OBJECTID Internal feature number ESRI Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Ksn Steele Shale and Niobrara Formation, undivided (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. ^Pg Goose Egg Formation O | O Tgt Tipton Member of the Green River Formation Roehler, H.W., 1991, Revised stratigraphic nomenclature for the Wasatch and Green River formations of Eocene age, Wyoming, Utah, and Colorado: U.S. Geological Survey Professional Paper 1506-B, p. B1–B38. Kmb Medicine Bow Formation (Upper Cretaceous) Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. Jm Morrison Formation (Upper Jurassic) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kf Frontier Formation (Upper Cretaceous) B | L Klel Lower part of Lewis Shale (Upper Cretaceous) Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Qac Alluvium and colluvium (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qeap Eolian, alluvial, and playa lake deposits, undifferentiated (Holocene and Pleistocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Ksb Sage Breaks Shale (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kfled Fox Hills Sandstone, upper part of Lewis Shale, and Dad Sandstone Member of Lewis Shale, undivided (Upper Cretaceous) H | M *t Tensleep Sandstone Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Twc Cathedral Bluffs Tongue of the Wasatch Formation D | R Tglu Luman Tongue of the Green River Formation Roehler, H.W., 1989, Correlation of surface sections of the intertongued Eocene Wasatch and Green River formations, Great Divide Basin, southwest Wyoming: U.S. Geological Survey Miscellaneous Field Studies Map MF-2102. Twn Niland Tongue of the Wasatch Formation Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Qt Terrace deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Js Sundance Formation (Middle Jurassic) B | P Tfo Overland Member H | L Tfc China Butte Member H | L ^nc Nugget Sandstone and Chugwater Group, undivided (Triassic) B | P Qpf Piedmont and alluvial fan deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Tbp Browns Park Formation (Miocene and Oligocene[?]) B | D Kn Niobrara Formation (Upper Cretaceous) L | F Qpl Playa lake deposits (Holocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qs Eolian sand (Holocene and Pleistocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kcv Cloverly Formation (Lower Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. KJs Cloverly, Morrison, and Sundance formations, undivided (Lower Cretaceous and Upper Jurassic) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kar Allen Ridge Formation C | L Qal Alluvium (Holocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qls Landslide deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kmr Mowry Shale (Upper Cretaceous) B | L Kmt Muddy Sandstone and Thermopolis Shale, undivided (Lower Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kll Lower Member of the Lance Formation H | L Kpr Pine Ridge Sandstone L | L *Ma Amsden Formation B | O _f Flathead Sandstone (Cambrian) Otteman, A.S., 2003, Structural analysis of the southwestern corner of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 85 p., 3 pl., scale 1:12,000. QTg Gravels (Pleistocene and Pliocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Ks Steele Shale (Upper Cretaceous) L | M Kal Almond Formation L | L Mm Madison Limestone B | O Klr Red Rim Member of the Lance Formation Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. Vgn Granite and gneiss, undifferentiated (Mesoarchean) B | O | O | C Khm Haystack Mountains Formation L | L Twm Main body of the Wasatch Formation H | M Tbs Battle Spring Formation (Eocene) M | P Kap Almond Formation and Pine Ridge Sandstone, undivided This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Name Name of map unit, as shown in boldface in traditional DMU, e.g., "Shnabkaib Member". Identifies unit within its hierarchical context. GeMS Unrepresentable domain FullName Name of map unit including identification of containing higher rank unit(s), e.g., "Shnabkaib Member of Moenkopi Formation". GeMS Unrepresentable domain Age Age of map unit as shown in Description of Map Units. Examples of values are "late Holocene", "Pliocene and Miocene", "Lower Cretaceous". GeMS Unrepresentable domain Description Free-format text description of map unit. Commonly structured according to one or more accepted traditions (e.g., lithology, thickness, color, weathering and outcrop characteristics, distinguishing features, genesis, age constraints) and terse. GeMS Unrepresentable domain HierarchyKey String that records hierarchical structure. Has form nn-nn-nn, nnn-nnn, or similar. Numeric, left-padded with zeros, dash-delimited. Each HierarchyKey fragment of each row MUST be the same length to allow text-based sorting of table entries. GeMS Unrepresentable domain ParagraphStyle Token that identifies formatting of paragraph(s) within traditional Description of Map Units that correspond to this table entry. GeMS DMUUnit2 Paragraph style for formatted description of second-rank map unit. Times New Roman, Regular, 10 pt, 12 pt leading, left justified, 66 pt left indent, –10 pt 1st line indent, 3 pt space before. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. DMUHeading1 Paragraph style for first order heading. Times New Roman, Bold, 12 pt, 12 pt leading, all caps, centered. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. DMUUnit1 Paragraph style for formatted description of first-rank map unit. Times New Roman, Regular, 10 pt, 12 pt leading, left justified, 66 pt left indent, –20 pt 1st line indent, 3 pt space before. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. DMUHeading2 Paragraph style for second order heading. Times New Roman, Bold, 10 pt, 12 pt leading, all caps, centered, 12 pt space before. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain AreaFillRGB {Red, Green, Blue} tuples that specify the suggested color (e.g., "255,255,255", "124,005,255") of area fill for symbolizing MapUnit. Each color value is an integer between 0 and 255, values are zero-padded to a length of 3 digits, and values are separated by commas with no space: NNN,NNN,NNN. GeMS Unrepresentable domain AreaFillPatternDescription Text description (e.g., "random small red dashes") provided as a convenience for users who must recreate symbolization. GeMS Unrepresentable domain DescriptionSourceID Source of map-unit description; foreign key to table Datasources. GeMS DAS02 | DAS13 B | L This report DAS31 Otteman, A.S., 2003, Structural analysis of the southwestern corner of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 85 p., 3 pl., scale 1:12,000. This report DAS02 | DAS31 B | O This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS12 | DAS16 H | M This report DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS13 | DAS18 L | M This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS02 | DAS08 B | D This report DAS15 | DAS26 L | L This report DAS02 | DAS37 B | L This report DAS02 | DAS19 | DAS31 | DAS27 B | O | O | C This report DAS13 | DAS29 L | F This report DAS34 Roehler, H.W., 1989, Correlation of surface sections of the intertongued Eocene Wasatch and Green River formations, Great Divide Basin, southwest Wyoming: U.S. Geological Survey Miscellaneous Field Studies Map MF-2102. This report DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report DAS12 | DAS30 H | L This report DAS05 Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. This report DAS19 | DAS31 O | O This report DAS05 | DAS13 C | L This report DAS35 Roehler, H.W., 1991, Revised stratigraphic nomenclature for the Wasatch and Green River formations of Eocene age, Wyoming, Utah, and Colorado: U.S. Geological Survey Professional Paper 1506-B, p. B1–B38. This report DAS16 | DAS32 M | P This report DAS12 | DAS17 H | M This report DAS28 | DAS36 D | R This report DAS02 | DAS33 B | P This report GeoMaterial Categorization of map unit based on lithologic and genetic character, term selected from NGMDB standard term list defined in Appendix A of GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS.. GeMS Mostly mudstone Mostly mudstone, interbedded with other sedimentary rocks that locally may include coarser grained clastic rocks (sandstone, conglomerate), carbonates, and (or) coal. GeMS Sandstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of sand-sized particles, with or without fine-grained matrix of silt or clay. GeMS Playa sediment Fine-grained clastic sediment and evaporitic salts, deposited in ephemeral lakes in centers of undrained basins. Includes material deposited in playas, mud flats, salt flats, and adjacent saline marshes. Generally interbedded with eolian sand and with lacustrine sediment deposited during wetter climatic periods; commonly intertongues upslope with sediment deposited by alluvial fans. GeMS Mudstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of mud (that is, silt- and clay-sized particles). Includes shale and siltstone. GeMS Alluvial sediment, mostly coarse-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly sand, gravel, and coarser material but may also contain some silt and clay. GeMS Sandstone and mudstone Sandstone and mudstone (including shale and siltstone), in approximately equal (or unspecified) proportions. GeMS Igneous and metamorphic rock Consists of coarse-grained intrusive igneous rock and generally medium- to high-grade metamorphic rock. GeMS Clastic sediment Sediment formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Debris flows, landslides, and other localized mass-movement sediment Sediment formed by relatively localized, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Speed of downslope transport ranges from rapid to imperceptible. GeMS Mostly carbonate rock Mostly carbonate rock, interbedded with other sedimentary rock types. GeMS Alluvial sediment Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Grain size varies from clay to gravel. GeMS Mostly sandstone Mostly sandstone, interbedded with other sedimentary rocks that locally may include conglomerate and finer grained clastic rocks (mudstone), carbonates, and (or) coal. GeMS Sand and gravel of unspecified origin Sediment composed mostly of sand and (or) gravel, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Carbonate rock Sedimentary rock, consisting chiefly of carbonate minerals such as limestone or dolomite. GeMS Dune sand Mostly sand-sized sediment, deposited by wind. Typically characterized by various dune landforms. GeMS GeoMaterialConfidence Describes appropriateness of GeoMaterial term for describing the map unit. GeMS High The term and definition adequately characterize the overall lithologic nature of rocks and sediments in the map unit. Regarding the subjective term "adequately characterize", we refer to context and objectives of this classification as described in the GeMS documentation. GeMS documentation DescriptionOfMapUnits_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. DataSources Non-spatial table of sources of all spatial features, sources of some attributes of spatial features, and sources of some attributes of non-spatial table entries. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Source Plain-text short description that identifies the data source. GeMS Unrepresentable domain Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. URL Universal Resource Locator (URL) or Document Object Identifier (DOI), identifies a document on the World Wide Web. GeMS Unrepresentable domain DataSources_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. Glossary Non-spatial table that, for certain fields (including all Type fields, Confidence fields, and GeneralLithology), lists the terms that populate these fields, term definitions, and sources for definitions. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Term Plain-language word for a concept. Values must be unique within database as a whole. GeMS Unrepresentable domain Definition Plain-language definition. GeMS Unrepresentable domain DefinitionSourceID Source of definition; foreign key to DataSources. GeMS GeMS U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. This report FGDC-STD-013-2006 Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. This report DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report AGI Glossary of Geology Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. This report Glossary_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeoMaterialDict Non-spatial table that provides values of GeoMaterial, placed in a hierarchy, and their definitions. For further information, see Appendix A in GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain HierarchyKey String that records hierarchical structure. Has form nn-nn-nn, nnn-nnn, or similar. Numeric, left-padded with zeros, dash-delimited. Each HierarchyKey fragment of each row MUST be the same length to allow text-based sorting of table entries. GeMS Unrepresentable domain GeoMaterial Categorization of map unit based on lithologic and genetic character, term selected from NGMDB standard term list defined in Appendix A of GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS.. GeMS Rock and sediment Various rocks and sediment, not differentiated. GeMS Exotic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface that has exotic mineralogical, textural, or field setting characteristics. Typically dark colored with abundant phenocrysts. Includes kimberlite, lamprophyre, lamproite, and foiditic rocks. GeMS Deformation-related metamorphic rock Rock derived from preexisting rocks by essentially solid-state mineralogical, chemical, or structural changes in response to strong deformation, commonly in association with marked changes in temperature, pressure, and (or) chemical environment. Generally forms in narrow, planar zones of local deformation (for example, along faults); characterized by foliation or alignment of mineral grains. Includes mylonite and cataclasite. GeMS Volcanic mass flow Volcanic deposits formed by mass movement (for example, debris avalanches, debris flows, lahar deposits), in many cases triggered by volcanic eruption. Debris avalanches that occur on volcanoes clearly without eruptive trigger may be classified as sedimentary (for example, as Debris flows, landslides, and other localized mass-movement sediment). GeMS Peat and muck Unconsolidated material, principally composed of plant remains, with lesser amounts of fine-grained clastic sediment. Deposited in water-saturated environment such as swamp, marsh, or bog. With lithification, such material becomes coal. GeMS Meta-volcaniclastic rock Rock derived from preexisting volcaniclastic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed of deformed but recognizable particles or clasts of volcanic explosive material. GeMS Felsic-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Because of their high silica content and resulting high viscosity, parental magmas tend to erupt explosively, and so these deposits are uncommon. Includes fine-grained, light-colored rock with rhyolitic, dacitic, trachytic, and latitic composition. GeMS Air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Fine tephra deposited at some distance from volcano is known as volcanic ash. GeMS Lacustrine sediment, mostly coarse-grained Mostly well-sorted and well-bedded material, generally sand and gravel sized, with lesser amounts of silt and clay, deposited in perennial to intermittent lakes. Much of sediment is derived from material eroded and transported by streams. Mostly deposits of lake-marginal beaches and deltas. GeMS Glacial till, mostly clayey Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively clayey in texture. GeMS Sediment Unconsolidated material (sediment) composed of particles deposited by gravity, air, water, or ice, or as accumulated by other natural agents operating at Earths surface such as chemical precipitation or secretion by organisms. Does not include sedimentary material directly deposited as a result of volcanic activity. GeMS Carbonate sediment Sediment formed by biotic or abiotic precipitation from aqueous solution of carbonates of calcium, magnesium, or iron (for example, limestone, dolomite). GeMS Igneous and metamorphic rock Consists of coarse-grained intrusive igneous rock and generally medium- to high-grade metamorphic rock. GeMS Alluvial sediment, mostly coarse-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly sand, gravel, and coarser material but may also contain some silt and clay. GeMS Slate and phyllite, of sedimentary-rock origin Fine-grained rock derived from preexisting sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Includes phyllite and slate (compact, fine-grained rock that possesses strong cleavage and, hence, can be split into slabs and thin plates). Mostly formed from fine-grained material such as mudstone. GeMS Intermediate-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into the air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Parental magma commonly erupts from stratovolcanoes as thick lava flows but also can generate strong explosive eruptions to form pyroclastic flows. Includes rocks that are, in color and mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS Contact-metamorphic rock Altered rock that originated by local processes of thermal metamorphism, genetically related to intrusion and extrusion of magmas and taking place at or near contact with body of igneous rock. Metamorphic changes are effected by heat and fluids emanating from magma and by some deformation because of emplacement of igneous mass. GeMS Colluvium and other widespread mass-movement sediment Sediment formed by slow, relatively widespread, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. GeMS Mostly mudstone Mostly mudstone, interbedded with other sedimentary rocks that locally may include coarser grained clastic rocks (sandstone, conglomerate), carbonates, and (or) coal. GeMS Iron-rich sedimentary rock Sedimentary rock, in which at least half (by volume) of observed minerals are iron bearing (hematite, magnetite, limonite group minerals, siderite, iron sulfides). GeMS Quartzite Rock derived from preexisting quartz-rich sedimentary rocks (commonly sandstone) and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, shear stress, and (or) chemical environment, generally at depth in Earths crust. GeMS Mafic-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Because of their low silica content and resulting low viscosity, parental magmas tend to erupt gently as lava flows rather than more forcefully as pyroclastic flows. Includes basalt; rocks are commonly dark-colored. GeMS Alluvial sediment Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Grain size varies from clay to gravel. GeMS Other materials Other materials GeMS Coastal zone sediment Mud and sand, with lesser amounts of gravel, deposited on beaches, on barrier islands, or in nearshore-marine, deltaic, or various low-energy shoreline (mud flat, tidal flat, sabka, algal flat) environments. GeMS Marine sediment Mud and sand, deposited in various marine environments. May originate from erosion of rocks and sediment or may be derived from marine organisms (of carbonate or siliceous composition). GeMS Lower-grade metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to relatively mild regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. Includes slate and phyllite. GeMS Medium and high-grade regional metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to relatively intense regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. Includes amphibolite, granulite, schist, and gneiss. GeMS Coarse-grained, mafic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed mostly of feldspar and dark-colored minerals. Includes gabbroic rock. GeMS Glacial till Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. GeMS Coarse-grained intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. GeMS Eolian sediment Silt- and sand-sized sediment, deposited by wind. GeMS Meta-carbonate rock Rock derived from preexisting carbonate sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Characterized by recrystallization of carbonate minerals in source rock. Includes marble (for which preexisting rock was dominantly limestone or other rock composed of calcite), dolomitic marble, meta-dolostone, and meta-dolomite (for which preexisting rock contained appreciable amount of magnesium). GeMS Pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano or caldera. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. GeMS Conglomerate Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; contains more than 30 percent gravel-sized clasts. GeMS Extrusive igneous material Molten material that was erupted onto Earths surface, fusing into rock or remaining as unconsolidated particles. Includes pyroclastic flows, air-fall tephra, lava flows, and volcanic mass flows. GeMS Sedimentary material An aggregation of particles deposited by gravity, air, water, or ice, or as accumulated by other natural agents operating at Earths surface such as chemical precipitation or secretion by organisms. May include unconsolidated material (sediment) and (or) sedimentary rock. Does not include sedimentary material directly deposited as a result of volcanic activity. GeMS Dune sand Mostly sand-sized sediment, deposited by wind. Typically characterized by various dune landforms. GeMS Ice-contact and ice-marginal sediment Mostly sand-, silt-, and gravel-sized particles or clasts derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Dolomite Carbonate sedimentary rock, consisting chiefly of dolomite. Although dolostone is the proper analog to limestone, it has not often been applied to dolomitic units. GeMS Coastal zone sediment, mostly fine-grained Mostly clay and silt, deposited in lagoons, tidal flats, backbarriers, and coastal marshes. GeMS Intermediate-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Parental magma commonly erupts from stratovolcanoes as thick lava flows but also can generate strong explosive eruptions to form pyroclastic flows. Includes rocks that are, in color and mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS Lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Composed generally of fine-grained, dark-colored rocks (for example, basalt), which tend to form extensive sheets that have generally low relief, except in vent areas where cinder cones or shield volcanoes may form. Includes basaltic shield volcanoes, which may become very large (for example, Hawaii). GeMS Mudstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of mud (that is, silt- and clay-sized particles). Includes shale and siltstone. GeMS Intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface. GeMS Silt and clay of unspecified origin Sediment composed mostly of silt and (or) clay, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Alluvial sediment, mostly fine-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly silt and clay but may also contain some sand and gravel. GeMS "Made" or human-engineered land Modern, unconsolidated material known to have human-related origin. GeMS Clastic sediment Sediment formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Residual material Unconsolidated material, developed in place by weathering of underlying rock or sediment. Usually forms relatively thin surface layer that conceals unweathered or partly altered source material. Material from which soils are formed. GeMS Metaigneous rock Rock derived from preexisting igneous rocks and altered by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, shear stress, and (or) chemical environment, generally at depth in Earths crust. GeMS Carbonate rock Sedimentary rock, consisting chiefly of carbonate minerals such as limestone or dolomite. GeMS Metamorphic rock Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. GeMS Sedimentary rock Consolidated material (rock) composed of particles transported and deposited by gravity, air, water, or ice, or accumulated by other natural agents operating at Earths surface, such as chemical precipitation or secretion by organisms. Does not here include sedimentary material directly deposited as result of volcanic activity. GeMS Intermediate-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Parental magma commonly erupts from stratovolcanoes as thick lava flows. Includes rocks that are, in color and in mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS Igneous rock Rock and fragmental material that solidified from molten or partly molten material (magma). GeMS Ice-contact and ice-marginal sediment, mostly coarse-grained Mostly sand- and gravel-sized particles or clasts, with lesser amounts of silt and clay, derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Fine-grained, intermediate-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Intermediate in color and in mineral composition (between felsic and mafic igneous rock). Includes andesitic rock. GeMS Loess Silty sediment, deposited by wind, commonly near glacial margin. GeMS Meta-mafic rock Rock derived from preexisting mafic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of iron- and magnesium-bearing, dark-colored and (or) green minerals. Includes greenstone, amphibolite, and metagabbro. GeMS Mass movement sediment Sediment formed by downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Includes colluvial, landslide, talus, and rock-avalanche deposits. GeMS Mostly carbonate rock Mostly carbonate rock, interbedded with other sedimentary rock types. GeMS Meta-felsic and intermediate rock Rock derived from preexisting felsic and intermediate-composition rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of light-colored minerals; relatively enriched in silica. Includes metagranite, metadiorite, and meta-andesite. GeMS Sand and gravel of unspecified origin Sediment composed mostly of sand and (or) gravel, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Fine-grained, felsic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Composed mostly of light-colored minerals. Includes rhyolitic, dacitic, trachytic, and latitic rock. GeMS Felsic-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Because of their high silica content and resulting high viscosity, felsic-composition magmas tend to erupt explosively, readily forming pumice and volcanic ash. Composed of light-colored rocks (for example, rhyolite, dacite, trachyte, latite). GeMS Mafic-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Low-silica parental magmas have low viscosity and tend to form extensive sheets that have generally low relief. Includes basaltic shield volcanoes, which may become very large (for example, in Hawaii). Composed of fine-grained, dark rocks, including basaltic. GeMS Schist and gneiss, of sedimentary-rock origin Foliated rock derived from preexisting sedimentary rocks by essentially solid-state mineralogical, chemical, or structural changes in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Includes schist (characterized by such strong foliation or alignment of minerals that it readily splits into flakes or slabs) and gneiss (characterized by alternating, irregular bands of different mineral composition). Mostly formed from fine-grained material such as mudstone. GeMS Glacial till, mostly sandy Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively sandy in texture. GeMS Debris flows, landslides, and other localized mass-movement sediment Sediment formed by relatively localized, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Speed of downslope transport ranges from rapid to imperceptible. GeMS Volcaniclastic (fragmental) material Rock and unconsolidated material consisting of particles or clasts that were formed by volcanic explosion or aerial expulsion from volcanic vent. GeMS Ice-contact and ice-marginal sediment, mostly fine-grained Mostly silt- and clay-sized particles or clasts, with lesser amounts of sand and gravel, derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Lacustrine sediment Mostly well-sorted and well-bedded material that ranges in grain size from clay to gravel, deposited in perennial to intermittent lakes. Much of sediment is derived from material eroded and transported by streams. Includes deposits of lake-marginal beaches and deltas. GeMS Felsic-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano or caldera. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Because of their high-silica content and resulting high viscosity, parental magmas tend to erupt explosively. Includes rhyolite, dacite, trachyte, latite; rocks are commonly light-colored. GeMS Fine-grained intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. GeMS Sandstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of sand-sized particles, with or without fine-grained matrix of silt or clay. GeMS Mafic-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into the air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Because of their low silica content and resulting low viscosity, parental magmas tend to erupt gently as lava flows, and so these deposits are uncommon. Includes basalt; rocks are commonly dark-colored. GeMS Regional metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. GeMS Coal and lignite Organic-rich sedimentary rock, formed from compaction and alteration of plant remains. Coal is consolidated, harder, black rock. Lignite is semiconsolidated, brown to black, earthy material that may contain large particles of recognizable plant parts and tends to crack upon drying. GeMS Sedimentary and extrusive igneous material Either (1) sedimentary rock and (or) unconsolidated material (sediment) and extrusive igneous material (volcanic rock and [or] sediment) or (2) volcanic rock and (or) sediment and such material after erosion and redeposition. GeMS Lacustrine sediment, mostly fine-grained Mostly well-sorted and well-bedded material, generally silt and clay sized, with lesser amounts of sand, deposited in perennial to intermittent lakes. GeMS Evaporitic rock Sedimentary rock, composed primarily of minerals produced by evaporation of saline solution. Examples include gypsum, anhydrite, other diverse sulfates, halite (rock salt), primary dolomite, and rocks composed of various nitrates and borates. GeMS Unmapped area Unmapped area GeMS Glacial till, mostly silty Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively loamy (silty) in texture. GeMS Playa sediment Fine-grained clastic sediment and evaporitic salts, deposited in ephemeral lakes in centers of undrained basins. Includes material deposited in playas, mud flats, salt flats, and adjacent saline marshes. Generally interbedded with eolian sand and with lacustrine sediment deposited during wetter climatic periods; commonly intertongues upslope with sediment deposited by alluvial fans. GeMS Fine-grained, mafic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Composed mostly of dark-colored minerals. Includes basaltic rock. GeMS Sandstone and mudstone Sandstone and mudstone (including shale and siltstone), in approximately equal (or unspecified) proportions. GeMS Limestone Carbonate sedimentary rock, consisting chiefly of calcite. GeMS Ultramafic intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed almost entirely of mafic minerals (for example, hypersthene, augite, olivine). GeMS Coarse-grained, felsic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed mostly of light-colored minerals (for example, feldspar, quartz). Includes granitic, syenitic, and monzonitic rock. GeMS Marine sediment, mostly fine-grained Mostly clay- and silt-sized sediment, deposited in relatively deep, quiet water, far removed from areas where coarser grained clastic sediments are washed into marine environment. Includes sediment derived from marine organisms. GeMS Coarse-grained, intermediate-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Intermediate in color and in mineral composition (between felsic and mafic igneous rock). Includes dioritic rock. GeMS Clastic sedimentary rock Sedimentary rock, composed predominantly of particles or clasts derived by erosion, weathering, or mass-wasting of preexisting rock and deposited by gravity, air, water, or ice. GeMS Meta-ultramafic rock Rock derived from preexisting ultramafic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of magnesium-bearing minerals (for example, serpentine, talc, magnesite). GeMS Coastal zone sediment, mostly coarse-grained Mostly sand, silt, and gravel, deposited on beaches, in dunes, and in shallow-marine and related alluvial environments. GeMS Rock Various rock types, not differentiated. GeMS Metasedimentary rock Rock derived from preexisting sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. GeMS Water or ice Water or ice GeMS Chert Sedimentary rock, composed chiefly of microcrystalline or cryptocrystalline quartz. GeMS Mostly sandstone Mostly sandstone, interbedded with other sedimentary rocks that locally may include conglomerate and finer grained clastic rocks (mudstone), carbonates, and (or) coal. GeMS Marine sediment, mostly coarse-grained Mud, sand, and gravel eroded from rocks and sediment on land, transported by streams, and deposited in marine deltas and basins. Mostly siliceous in composition. GeMS IndentedName Name with addition of leading spaces to help show rank within a hierarchical list. GeMS Unrepresentable domain Definition Plain-language definition. GeMS Unrepresentable domain MapUnitPolys Polygons that record distribution of map units (including water, snowfields, glaciers, and unmapped area) on the particular map horizon. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Ksn Steele Shale and Niobrara Formation, undivided (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. ^Pg Goose Egg Formation O | O Tgt Tipton Member of the Green River Formation Roehler, H.W., 1991, Revised stratigraphic nomenclature for the Wasatch and Green River formations of Eocene age, Wyoming, Utah, and Colorado: U.S. Geological Survey Professional Paper 1506-B, p. B1–B38. Kmb Medicine Bow Formation (Upper Cretaceous) Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. Jm Morrison Formation (Upper Jurassic) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kf Frontier Formation (Upper Cretaceous) B | L Klel Lower part of Lewis Shale (Upper Cretaceous) Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Qac Alluvium and colluvium (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qeap Eolian, alluvial, and playa lake deposits, undifferentiated (Holocene and Pleistocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Ksb Sage Breaks Shale (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Klr Red Rim Member of the Lance Formation Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. Tglu Luman Tongue of the Green River Formation Roehler, H.W., 1989, Correlation of surface sections of the intertongued Eocene Wasatch and Green River formations, Great Divide Basin, southwest Wyoming: U.S. Geological Survey Miscellaneous Field Studies Map MF-2102. Kfled Fox Hills Sandstone, upper part of Lewis Shale, and Dad Sandstone Member of Lewis Shale, undivided (Upper Cretaceous) H | M Tfo Overland Member H | L Twn Niland Tongue of the Wasatch Formation Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Kap Almond Formation and Pine Ridge Sandstone, undivided This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. *t Tensleep Sandstone Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Tfc China Butte Member H | L Js Sundance Formation (Middle Jurassic) B | P ^nc Nugget Sandstone and Chugwater Group, undivided (Triassic) B | P Qt Terrace deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qpf Piedmont and alluvial fan deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Tbp Browns Park Formation (Miocene and Oligocene[?]) B | D Kn Niobrara Formation (Upper Cretaceous) L | F Qpl Playa lake deposits (Holocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qs Eolian sand (Holocene and Pleistocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kcv Cloverly Formation (Lower Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. KJs Cloverly, Morrison, and Sundance formations, undivided (Lower Cretaceous and Upper Jurassic) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kar Allen Ridge Formation C | L Qal Alluvium (Holocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qls Landslide deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kmr Mowry Shale (Upper Cretaceous) B | L Kmt Muddy Sandstone and Thermopolis Shale, undivided (Lower Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kll Lower Member of the Lance Formation H | L Kpr Pine Ridge Sandstone L | L *Ma Amsden Formation B | O _f Flathead Sandstone (Cambrian) Otteman, A.S., 2003, Structural analysis of the southwestern corner of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 85 p., 3 pl., scale 1:12,000. QTg Gravels (Pleistocene and Pliocene[?]) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Ks Steele Shale (Upper Cretaceous) L | M Mm Madison Limestone B | O Kal Almond Formation L | L Vgn Granite and gneiss, undifferentiated (Mesoarchean) B | O | O | C Khm Haystack Mountains Formation L | L Twm Main body of the Wasatch Formation H | M Tbs Battle Spring Formation (Eocene) M | P Twc Cathedral Bluffs Tongue of the Wasatch Formation D | R IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. MapUnitPolys_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. DataSourcePolys Polygons that delineate data sources for all parts of the map. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS09 Dobbin, C.E., Hoots, H.W., and Dane, C.H., 1928, Geology and oil and gas possibilities of the Bell Springs district, Carbon County, Wyoming: U.S. Geological Survey Bulletin 796, 171–191 p., scale 1:63,360. This report DAS08 Del Mauro, G.L., 1953, Geology of Miller Hill and Sage Creek area, Carbon County, Wyoming: Laramie, University of Wyoming, M.A. thesis, 123 p., scale 1:31,680. This report DAS16 Masursky, Harold, 1962, Uranium-bearing coal in the eastern part of the Red Desert area, Wyoming: U.S. Geological Survey Bulletin 1099-B, 152 p., 10 pls., scale 1:62,500. This report DAS06 Chadeayne, D.K., 1966, The geology of Pass Creek Ridge, Saint Marys, and Cedar Ridge anticlines, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 87 p., 6 pls., scale 1:62,500. This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS19 Otteman, A.S., and Snoke, A.W., 2005, Structural analysis of a Laramide, basement-involved, foreland fault zone, Rawlins Uplift, south-central Wyoming: Rocky Mountain Geology, v. 40, no. 1, p. 65–89, scale 1:12,000. This report DAS22 Thomas, H.D., 1958, Photogeology of the western part of the Kindt Basin, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 58-1. This report DAS21 Sanders, R.B., 1975, Geologic map and coal resources of the Creston Junction quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS24 Barclay, E.S.V., [1975–1976?], Wyoming State Geological Survey unpublished field mapping, scale 1:24,000. This report DAS18 Merewether, E.A., 1972, Geologic map of the Rawlins NW quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1010, scale 1:24,000. This report DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS10 Edson, G.M., 1979, Preliminary geologic map and coal sections of the Seaverson Reservoir quadrangle, Carbon County, Wyoming: U.S. Geological Survey Open File Report OF-79-1577, scale 1:24,000. This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS03 Berry, D.W., 1960, Geology and ground-water resources of the Rawlins area, Carbon County, Wyoming: U.S. Geological Survey Water-Supply Paper 1458, 74 p., scale 1:63,360. This report DAS14 Love, J.D., 1953, Preliminary report on uranium deposits in the Miller Hill area, Carbon County, Wyoming: U.S. Geological Survey Trace Elements Investigations Report 315, 61 p., scale 1:31,680. This report DAS13 Lichtner, D.T., Carnes, J.D., Wittke, S.J., and Carroll, C.J., 2017, Preliminary geologic map of the Bridger Pass quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 2017-6, scale 1:24,000. This report DAS07 Davis, J.R., 1963, The Mesaverde Formation of the Kindt Basin, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 134 p., scale 1:24,000. This report DAS15 Lynds, R.M., Palkovic, M.J., Carroll, and C.J., Ratigan, D.R., 2015, Preliminary geologic map of the Shamrock Hills quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-7, scale 1:24,000. This report DAS23 Welder, G.E., and McGreevy, L.J., 1966, Ground-water reconnaissance of the Great Divide and Washakie basins and some adjacent areas, southwestern Wyoming: U.S. Geological Survey Hydrologic Atlas, 3 pls., scale 1:250,000. This report DAS11 Hallberg, L.L., and Case, J.C., 1998, Preliminary surficial geologic map of the Rawlins 30' x 60' quadrangle, Carbon and Sweetwater counties, Wyoming: Wyoming State Geological Survey Hazards Section Digital Map 98-6, scale 1:100,000. This report DAS20 Sanders, R.B., 1974, Geologic map and coal resources of the Riner quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS04 Bradley, W.H., 1961, Geologic map of a part of southwestern Wyoming and adjacent states: U.S. Geological Survey Miscellaneous Geologic Investigations Map 332, scale 1:250,000. This report DAS05 Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. This report DAS25 McLaughlin, J.F., and Fruhwirth, Jeff, 2008, Preliminary geologic map of the Rawlins 30' x 60' quadrangle, Carbon and Sweetwater counties, southeastern Wyoming: Wyoming State Geological Survey Open File Report 08-4, scale 1:100,000. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. DataSourcePolys_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. ContactsAndFaults Contacts between map units, faults that bound map units, and associated dangling faults. Includes concealed faults and contacts, waterlines, snowfield and glacier boundaries, and map boundary. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS map boundary Line defining a spatial border around the mapped area. This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. thrust fault A fault with a dip of 45° or less over much of its extent, on which the hanging wall has moved upward relative to the footwall. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. normal fault A fault in which the hanging wall has moved downward relative to the footwall. The angle of the fault is usually 45-90°, and in most cases close to 60°. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. reactivated fault Reverse fault with possible Neogene relaxation expressed as minor reactivated normal fault. This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. contact A plane or irregular surface between two types or ages of rock; examples are faults, intrusive borders, bedding planes separating distinct strata, and unconformities. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. reverse fault A fault on which the hanging wall has moved upward relative to the footwall. The dip of the fault is usually greater than 45°. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. fault A discrete surface or zone of discrete surfaces separating two rock masses across which one mass has slid past the other. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. IsConcealed Flag for contacts and faults covered by overlying map unit. GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. ExistenceConfidence Confidence that feature exists. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 | DAS24 T | B This report DAS08 Del Mauro, G.L., 1953, Geology of Miller Hill and Sage Creek area, Carbon County, Wyoming: Laramie, University of Wyoming, M.A. thesis, 123 p., scale 1:31,680. This report DAS22 | DAS01 T | T This report DAS16 Masursky, Harold, 1962, Uranium-bearing coal in the eastern part of the Red Desert area, Wyoming: U.S. Geological Survey Bulletin 1099-B, 152 p., 10 pls., scale 1:62,500. This report DAS21 | DAS22 | DAS01 S | T | T This report DAS12 | DAS21 | DAS01 H | S | T This report DAS17 | DAS01 M | T This report DAS01 | DAS10 T | E This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS19 Otteman, A.S., and Snoke, A.W., 2005, Structural analysis of a Laramide, basement-involved, foreland fault zone, Rawlins Uplift, south-central Wyoming: Rocky Mountain Geology, v. 40, no. 1, p. 65–89, scale 1:12,000. This report DAS01 | DAS12 T | H This report DAS21 Sanders, R.B., 1975, Geologic map and coal resources of the Creston Junction quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS12 | DAS21 H | S This report DAS01 | DAS13 | DAS22 T | L | T This report DAS18 Merewether, E.A., 1972, Geologic map of the Rawlins NW quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1010, scale 1:24,000. This report DAS13 | DAS01 L | T This report DAS08 | DAS14 D | L This report DAS08 | DAS01 D | T This report DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS01 | DAS18 T | M This report DAS19 | DAS01 O | T This report DAS10 Edson, G.M., 1979, Preliminary geologic map and coal sections of the Seaverson Reservoir quadrangle, Carbon County, Wyoming: U.S. Geological Survey Open File Report OF-79-1577, scale 1:24,000. This report DAS01 | DAS02 T | B This report DAS18 | DAS17 M | M This report DAS12 | DAS13 H | L This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS16 | DAS15 | DAS01 M | L | T This report DAS15 | DAS01 L | T This report DAS13 | DAS08 L | D This report DAS14 | DAS08 L | D This report DAS01 | DAS13 | DAS24 T | L | B This report DAS02 | DAS01 B | T This report DAS01 | DAS12 | DAS05 T | H | C This report DAS13 Lichtner, D.T., Carnes, J.D., Wittke, S.J., and Carroll, C.J., 2017, Preliminary geologic map of the Bridger Pass quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 2017-6, scale 1:24,000. This report DAS12 | DAS01 H | T This report DAS01 | DAS08 T | D This report DAS16 | DAS12 M | H This report DAS16 | DAS15 | DAS11 | DAS01 M | L | H | T This report DAS07 | DAS01 D | T This report DAS07 Davis, J.R., 1963, The Mesaverde Formation of the Kindt Basin, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 134 p., scale 1:24,000. This report DAS15 Lynds, R.M., Palkovic, M.J., Carroll, and C.J., Ratigan, D.R., 2015, Preliminary geologic map of the Shamrock Hills quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-7, scale 1:24,000. This report DAS05 | DAS02 C | B This report DAS05 | DAS02 | DAS12 C | B | H This report DAS15 | DAS02 L | B This report DAS01 | DAS13 T | L This report DAS01 | DAS07 T | D This report DAS16 | DAS21 | DAS01 M | S | T This report DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report DAS01 | DAS19 T | O This report DAS18 | DAS02 M | B This report DAS05 | DAS01 C | T This report DAS15 | DAS02 | DAS01 L | B | T This report DAS11 Hallberg, L.L., and Case, J.C., 1998, Preliminary surficial geologic map of the Rawlins 30' x 60' quadrangle, Carbon and Sweetwater counties, Wyoming: Wyoming State Geological Survey Hazards Section Digital Map 98-6, scale 1:100,000. This report DAS02 | DAS18 B | M This report DAS16 | DAS23 | DAS15 | DAS01 M | W | L | T This report DAS05 Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. This report DAS01 | DAS05 T | C This report DAS18 | DAS01 M | T This report DAS01 | DAS17 T | M This report DAS21 | DAS22 | DAS10 | DAS05 | DAS01 S | T | E | C | T This report DAS19 | DAS02 O | B This report DAS02 | DAS19 B | O This report DAS12 | DAS05 | DAS01 H | C | T This report DAS11 | DAS01 H | T This report DAS01 | DAS11 | DAS12 T | H | H This report DAS15 | DAS05 L | C This report DAS01 | DAS22 T | T This report DAS01 | DAS06 T | C This report DAS01 | DAS11 T | H This report DAS16 | DAS01 M | T This report DAS05 | DAS02 | DAS01 C | B | T This report DAS01 | DAS23 T | W This report DAS25 McLaughlin, J.F., and Fruhwirth, Jeff, 2008, Preliminary geologic map of the Rawlins 30' x 60' quadrangle, Carbon and Sweetwater counties, southeastern Wyoming: Wyoming State Geological Survey Open File Report 08-4, scale 1:100,000. This report DAS05 | DAS15 C | L This report DAS21 | DAS22 | DAS05 | DAS01 S | T | C | T This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. ContactsAndFaults_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeologicLines Lines that represent dikes, coal seams, ash beds, fold hinge-surface traces, isograds, and other linear features. All have these properties: (A) They do not participate in map-unit topology. (B) They correspond to features that exist within the Earth and may be concealed beneath younger, covering, material. (C) They are located with an accuracy that likely can be estimated. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS syncline A fold of which the core contains the stratigraphically younger rocks; it is generally concave upward. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. plunging syncline A syncline of which the hinge line is inclined to the horizontal. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. plunging anticline An anticline of which the hinge line is inclined to the horizontal. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. anticline A fold, generally convex upward, whose core contains the stratigraphically older rocks. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. IsConcealed Flag for contacts and faults covered by overlying map unit. GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. ExistenceConfidence Confidence that feature exists. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 | DAS08 T | D This report DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS22 | DAS01 | DAS12 T | T | H This report DAS08 Del Mauro, G.L., 1953, Geology of Miller Hill and Sage Creek area, Carbon County, Wyoming: Laramie, University of Wyoming, M.A. thesis, 123 p., scale 1:31,680. This report DAS12 | DAS26 H | L This report DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report DAS01 | DAS06 T | C This report DAS17 | DAS01 M | T This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS01 | DAS22 T | T This report DAS22 Thomas, H.D., 1958, Photogeology of the western part of the Kindt Basin, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 58-1. This report DAS01 | DAS12 T | H This report DAS01 | DAS08 | DAS12 T | D | H This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. GeologicLines_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. OrientationPoints Point structure data (e.g., bedding attitudes, foliation attitudes, slip vectors measured at a point, etc.), one point per measurement. Multiple measurements at a single station (e.g., bedding and cleavage) should have the same StationsID. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS inclined bedding (a) An inclusive term for bedding inclined to the principal surface of deposition. (b) Bedding laid down with primary or initial dip (Dennis, 1967, p.12). Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. foliation A general term for a planar arrangement of textural or structural features in any type of rock, esp. the locally planar fabric in a rock defined by a fissility, a preferred orientation of crystal planes in mineral grains, a preferred orientation of inequant grain shapes, or from compositional banding. In igneous rocks, planar parallelism of flaky or tabular minerals and mineral aggregates, slabby xenoliths, or flattened vesicles as well as compositional layering. In metamorphic rocks, planar parallelism of flaky minerals and compositional layering. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. Inclined bedding (a) An inclusive term for bedding inclined to the principal surface of deposition. (b) Bedding laid down with primary or initial dip (Dennis, 1967, p.12). Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. Azimuth Strike or trend, measured in degrees clockwise from geographic North. Use right-hand rule (dip is to right of azimuth direction). Horizontal planar features may have any azimuth. GeMS 0 360 degrees (angular measure) Inclination Dip or plunge, measured in degrees down from horizontal. Negative values allowed when specifying vectors (not axes) that point above the horizon, e.g., paleocurrents. Types defined as horizontal (e.g., horizontal bedding) shall have Inclination=0. GeMS -90 90 degrees (angular measure) Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. OrientationConfidenceDegrees Estimated angular precision of combined azimuth AND inclination measurements, in degrees. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. PlotAtScale At what scale (or larger) should this observation or analysis be plotted? At smaller scales, it should not be plotted. Useful to prevent crowding of display at small scales and to display progressively more data at larger and larger scales. Value is scale denominator. GeMS Positive real number. StationsID Foreign key to Stations point feature class. GeMS Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Ksn Steele Shale and Niobrara Formation, undivided (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Tgt Tipton Member of the Green River Formation Roehler, H.W., 1991, Revised stratigraphic nomenclature for the Wasatch and Green River formations of Eocene age, Wyoming, Utah, and Colorado: U.S. Geological Survey Professional Paper 1506-B, p. B1–B38. Kf Frontier Formation (Upper Cretaceous) B | L Klel Lower part of Lewis Shale (Upper Cretaceous) Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Ksb Sage Breaks Shale (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kfled Fox Hills Sandstone, upper part of Lewis Shale, and Dad Sandstone Member of Lewis Shale, undivided (Upper Cretaceous) H | M *t Tensleep Sandstone Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Tfo Overland Member H | L Js Sundance Formation (Middle Jurassic) B | P Tfc China Butte Member H | L ^nc Nugget Sandstone and Chugwater Group, undivided (Triassic) B | P Tbp Browns Park Formation (Miocene and Oligocene[?]) B | D Kn Niobrara Formation (Upper Cretaceous) L | F Kar Allen Ridge Formation C | L Kmr Mowry Shale (Upper Cretaceous) B | L Kll Lower Member of the Lance Formation H | L Kpr Pine Ridge Sandstone L | L _f Flathead Sandstone (Cambrian) Otteman, A.S., 2003, Structural analysis of the southwestern corner of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 85 p., 3 pl., scale 1:12,000. Ks Steele Shale (Upper Cretaceous) L | M Mm Madison Limestone B | O Kal Almond Formation L | L Vgn Granite and gneiss, undifferentiated (Mesoarchean) B | O | O | C Khm Haystack Mountains Formation L | L Twm Main body of the Wasatch Formation H | M Kap Almond Formation and Pine Ridge Sandstone, undivided This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. LocationSourceID Source of location; foreign key to table DataSources. GeMS DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS07 Davis, J.R., 1963, The Mesaverde Formation of the Kindt Basin, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 134 p., scale 1:24,000. This report DAS10 Edson, G.M., 1979, Preliminary geologic map and coal sections of the Seaverson Reservoir quadrangle, Carbon County, Wyoming: U.S. Geological Survey Open File Report OF-79-1577, scale 1:24,000. This report DAS09 Dobbin, C.E., Hoots, H.W., and Dane, C.H., 1928, Geology and oil and gas possibilities of the Bell Springs district, Carbon County, Wyoming: U.S. Geological Survey Bulletin 796, 171–191 p., scale 1:63,360. This report DAS15 Lynds, R.M., Palkovic, M.J., Carroll, and C.J., Ratigan, D.R., 2015, Preliminary geologic map of the Shamrock Hills quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-7, scale 1:24,000. This report DAS08 Del Mauro, G.L., 1953, Geology of Miller Hill and Sage Creek area, Carbon County, Wyoming: Laramie, University of Wyoming, M.A. thesis, 123 p., scale 1:31,680. This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS06 Chadeayne, D.K., 1966, The geology of Pass Creek Ridge, Saint Marys, and Cedar Ridge anticlines, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 87 p., 6 pls., scale 1:62,500. This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS20 Sanders, R.B., 1974, Geologic map and coal resources of the Riner quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS03 Berry, D.W., 1960, Geology and ground-water resources of the Rawlins area, Carbon County, Wyoming: U.S. Geological Survey Water-Supply Paper 1458, 74 p., scale 1:63,360. This report DAS21 Sanders, R.B., 1975, Geologic map and coal resources of the Creston Junction quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS04 Bradley, W.H., 1961, Geologic map of a part of southwestern Wyoming and adjacent states: U.S. Geological Survey Miscellaneous Geologic Investigations Map 332, scale 1:250,000. This report DAS14 Love, J.D., 1953, Preliminary report on uranium deposits in the Miller Hill area, Carbon County, Wyoming: U.S. Geological Survey Trace Elements Investigations Report 315, 61 p., scale 1:31,680. This report DAS18 Merewether, E.A., 1972, Geologic map of the Rawlins NW quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1010, scale 1:24,000. This report DAS05 Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. This report DAS13 Lichtner, D.T., Carnes, J.D., Wittke, S.J., and Carroll, C.J., 2017, Preliminary geologic map of the Bridger Pass quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 2017-6, scale 1:24,000. This report OrientationSourceID Source of orientation data; foreign key to table DataSources. GeMS DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS07 Davis, J.R., 1963, The Mesaverde Formation of the Kindt Basin, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 134 p., scale 1:24,000. This report DAS10 Edson, G.M., 1979, Preliminary geologic map and coal sections of the Seaverson Reservoir quadrangle, Carbon County, Wyoming: U.S. Geological Survey Open File Report OF-79-1577, scale 1:24,000. This report DAS09 Dobbin, C.E., Hoots, H.W., and Dane, C.H., 1928, Geology and oil and gas possibilities of the Bell Springs district, Carbon County, Wyoming: U.S. Geological Survey Bulletin 796, 171–191 p., scale 1:63,360. This report DAS15 Lynds, R.M., Palkovic, M.J., Carroll, and C.J., Ratigan, D.R., 2015, Preliminary geologic map of the Shamrock Hills quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-7, scale 1:24,000. This report DAS08 Del Mauro, G.L., 1953, Geology of Miller Hill and Sage Creek area, Carbon County, Wyoming: Laramie, University of Wyoming, M.A. thesis, 123 p., scale 1:31,680. This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS06 Chadeayne, D.K., 1966, The geology of Pass Creek Ridge, Saint Marys, and Cedar Ridge anticlines, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 87 p., 6 pls., scale 1:62,500. This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS20 Sanders, R.B., 1974, Geologic map and coal resources of the Riner quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS03 Berry, D.W., 1960, Geology and ground-water resources of the Rawlins area, Carbon County, Wyoming: U.S. Geological Survey Water-Supply Paper 1458, 74 p., scale 1:63,360. This report DAS21 Sanders, R.B., 1975, Geologic map and coal resources of the Creston Junction quadrangle, Carbon and Sweetwater counties, Wyoming: U.S. Geological Survey Coal Map, scale 1:24,000. This report DAS04 Bradley, W.H., 1961, Geologic map of a part of southwestern Wyoming and adjacent states: U.S. Geological Survey Miscellaneous Geologic Investigations Map 332, scale 1:250,000. This report DAS14 Love, J.D., 1953, Preliminary report on uranium deposits in the Miller Hill area, Carbon County, Wyoming: U.S. Geological Survey Trace Elements Investigations Report 315, 61 p., scale 1:31,680. This report DAS18 Merewether, E.A., 1972, Geologic map of the Rawlins NW quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1010, scale 1:24,000. This report DAS05 Carroll, C.J., Ratigan, D.R., Lynds, R.M., and Palkovic, M.J., 2015, Preliminary geologic map of the Rawlins Peak SW quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 15-6, scale 1:24,000. This report DAS13 Lichtner, D.T., Carnes, J.D., Wittke, S.J., and Carroll, C.J., 2017, Preliminary geologic map of the Bridger Pass quadrangle, Carbon County, Wyoming: Wyoming State Geological Survey Open File Report 2017-6, scale 1:24,000. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. OrientationPoints_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. CartographicPoints Points that represent independently placed line symbols, such as fault and fold decorations. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS line decoration Locations where line symbols (e.g., ball and bar, question mark) are independently placed on the map for better display. This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. question mark Queried where uncertain. This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Rotation Cartographic rotation, measured in degrees clockwise. Wyoming State Geological Survey Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. PlotAtScale At what scale (or larger) should this observation or analysis be plotted? At smaller scales, it should not be plotted. Useful to prevent crowding of display at small scales and to display progressively more data at larger and larger scales. Value is scale denominator. GeMS Positive real number. StationsID Foreign key to Stations point feature class. GeMS Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Ksn Steele Shale and Niobrara Formation, undivided (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Jm Morrison Formation (Upper Jurassic) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kf Frontier Formation (Upper Cretaceous) B | L Qac Alluvium and colluvium (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Ksb Sage Breaks Shale (Upper Cretaceous) Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. Kfled Fox Hills Sandstone, upper part of Lewis Shale, and Dad Sandstone Member of Lewis Shale, undivided (Upper Cretaceous) H | M Kap Almond Formation and Pine Ridge Sandstone, undivided This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Qpf Piedmont and alluvial fan deposits (Holocene and Pleistocene) This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. Kn Niobrara Formation (Upper Cretaceous) L | F Khm Haystack Mountains Formation L | L Kar Allen Ridge Formation C | L Kmr Mowry Shale (Upper Cretaceous) B | L Kll Lower Member of the Lance Formation H | L _f Flathead Sandstone (Cambrian) Otteman, A.S., 2003, Structural analysis of the southwestern corner of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 85 p., 3 pl., scale 1:12,000. Ks Steele Shale (Upper Cretaceous) L | M Klel Lower part of Lewis Shale (Upper Cretaceous) Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. Twm Main body of the Wasatch Formation H | M Tbs Battle Spring Formation (Eocene) M | P Tbp Browns Park Formation (Miocene and Oligocene[?]) B | D LocationSourceID Source of location; foreign key to table DataSources. GeMS DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report DataSourceID Source of data; foreign key to table DataSources. GeMS DAS12 Hettinger, R.D., Honey, J.G., Ellis, M.S., Barclay, C.S.V., and East, J.A., 2008, Geologic map of Upper Cretaceous and Tertiary strata and coal stratigraphy of the Paleocene Fort Union Formation, Rawlins-Little Snake River area, south-central Wyoming: U.S. Geological Survey Scientific Investigations Map 3053, 3 sheets, scale 1:250,000. This report DAS07 Davis, J.R., 1963, The Mesaverde Formation of the Kindt Basin, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 134 p., scale 1:24,000. This report DAS02 Barlow, J.A., 1953, The geology of the Rawlins Uplift, Carbon County, Wyoming: Laramie, University of Wyoming, Ph.D. dissertation, 179 p., 1 map, scale 1:31,680. This report DAS17 | DAS18 M | M This report DAS16 Masursky, Harold, 1962, Uranium-bearing coal in the eastern part of the Red Desert area, Wyoming: U.S. Geological Survey Bulletin 1099-B, 152 p., 10 pls., scale 1:62,500. This report DAS01 This study. Contacts, faults, and map units were established in the field, from remote sensing data, by inference, and from previously published maps and reports. Field work and compilation were done by the authors July 2023 to December 2024. This report DAS06 Chadeayne, D.K., 1966, The geology of Pass Creek Ridge, Saint Marys, and Cedar Ridge anticlines, Carbon County, Wyoming: Laramie, University of Wyoming, M.S. thesis, 87 p., 6 pls., scale 1:62,500. This report DAS17 Merewether, E.A., 1973, Geologic map of the Lone Haystack Mountain quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1064, scale 1:24,000. This report DAS01 | DAS08 | DAS14 T | D | L This report DAS18 Merewether, E.A., 1972, Geologic map of the Rawlins NW quadrangle, Carbon County, Wyoming: U.S. Geological Survey GQ-1010, scale 1:24,000. This report DAS01 | DAS12 T | H This report DAS08 | DAS14 D | L This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. CartographicPoints_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeologicLinesAnno Annotation layer for GeologicLines. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain SHAPE Internal geometry object ESRI Unrepresentable domain FeatureID Value controls placement or representation of annotation ESRI Unrepresentable domain ZOrder Value controls placement or representation of annotation ESRI Unrepresentable domain AnnotationClassID Value controls placement or representation of annotation ESRI Unrepresentable domain Element Value controls placement or representation of annotation ESRI Unrepresentable domain SymbolID Value controls placement or representation of annotation ESRI Unrepresentable domain Status Value controls placement or representation of annotation ESRI Unrepresentable domain TextString Value controls placement or representation of annotation ESRI Unrepresentable domain FontName Value controls placement or representation of annotation ESRI Unrepresentable domain FontStyle Value controls placement or representation of annotation ESRI Unrepresentable domain FontSize Value controls placement or representation of annotation ESRI Unrepresentable domain Underline Value controls placement or representation of annotation ESRI Unrepresentable domain VerticalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain HorizontalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain XOffset Value controls placement or representation of annotation ESRI Unrepresentable domain YOffset Value controls placement or representation of annotation ESRI Unrepresentable domain Angle Value controls placement or representation of annotation ESRI Unrepresentable domain FontLeading Value controls placement or representation of annotation ESRI Unrepresentable domain WordSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterWidth Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain FlipAngle Value controls placement or representation of annotation ESRI Unrepresentable domain Override BLOB field that stores feature-specific overrides to the cartographic representation rules. ESRI Unrepresentable domain SHAPE_Length Internal feature length, double ESRI Unrepresentable domain SHAPE_Area Internal feature area, double ESRI Unrepresentable domain MapUnitPolysAnno Annotation layer for MapUnitPolys. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain SHAPE Internal geometry object ESRI Unrepresentable domain FeatureID Value controls placement or representation of annotation ESRI Unrepresentable domain ZOrder Value controls placement or representation of annotation ESRI Unrepresentable domain AnnotationClassID Value controls placement or representation of annotation ESRI Unrepresentable domain Element Value controls placement or representation of annotation ESRI Unrepresentable domain SymbolID Value controls placement or representation of annotation ESRI Unrepresentable domain Status Value controls placement or representation of annotation ESRI Unrepresentable domain TextString Value controls placement or representation of annotation ESRI Unrepresentable domain FontName Value controls placement or representation of annotation ESRI Unrepresentable domain FontStyle Value controls placement or representation of annotation ESRI Unrepresentable domain FontSize Value controls placement or representation of annotation ESRI Unrepresentable domain Underline Value controls placement or representation of annotation ESRI Unrepresentable domain VerticalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain HorizontalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain XOffset Value controls placement or representation of annotation ESRI Unrepresentable domain YOffset Value controls placement or representation of annotation ESRI Unrepresentable domain Angle Value controls placement or representation of annotation ESRI Unrepresentable domain FontLeading Value controls placement or representation of annotation ESRI Unrepresentable domain WordSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterWidth Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain FlipAngle Value controls placement or representation of annotation ESRI Unrepresentable domain Override BLOB field that stores feature-specific overrides to the cartographic representation rules. ESRI Unrepresentable domain SHAPE_Length Internal feature length, double ESRI Unrepresentable domain SHAPE_Area Internal feature area, double ESRI Unrepresentable domain OrientationPointsAnno ArcGIS annotation feature class ESRI OBJECTID Internal feature number ESRI Unrepresentable domain SHAPE Internal geometry object ESRI Unrepresentable domain FeatureID Value controls placement or representation of annotation ESRI Unrepresentable domain ZOrder Value controls placement or representation of annotation ESRI Unrepresentable domain AnnotationClassID Value controls placement or representation of annotation ESRI Unrepresentable domain Element Value controls placement or representation of annotation ESRI Unrepresentable domain SymbolID Value controls placement or representation of annotation ESRI Unrepresentable domain Status Value controls placement or representation of annotation ESRI Unrepresentable domain TextString Value controls placement or representation of annotation ESRI Unrepresentable domain FontName Value controls placement or representation of annotation ESRI Unrepresentable domain FontStyle Value controls placement or representation of annotation ESRI Unrepresentable domain FontSize Value controls placement or representation of annotation ESRI Unrepresentable domain Underline Value controls placement or representation of annotation ESRI Unrepresentable domain VerticalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain HorizontalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain XOffset Value controls placement or representation of annotation ESRI Unrepresentable domain YOffset Value controls placement or representation of annotation ESRI Unrepresentable domain Angle Value controls placement or representation of annotation ESRI Unrepresentable domain FontLeading Value controls placement or representation of annotation ESRI Unrepresentable domain WordSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterWidth Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain FlipAngle Value controls placement or representation of annotation ESRI Unrepresentable domain Override BLOB field that stores feature-specific overrides to the cartographic representation rules. ESRI Unrepresentable domain SHAPE_Length Internal feature length, double ESRI Unrepresentable domain SHAPE_Area Internal feature area, double ESRI Unrepresentable domain DataSourcePolysAnno Annotation layer for DataSourcePolys. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain FeatureID Value controls placement or representation of annotation ESRI Unrepresentable domain ZOrder Value controls placement or representation of annotation ESRI Unrepresentable domain AnnotationClassID Value controls placement or representation of annotation ESRI Unrepresentable domain Element Value controls placement or representation of annotation ESRI Unrepresentable domain SymbolID Value controls placement or representation of annotation ESRI Unrepresentable domain Status Value controls placement or representation of annotation ESRI Unrepresentable domain TextString Value controls placement or representation of annotation ESRI Unrepresentable domain FontName Value controls placement or representation of annotation ESRI Unrepresentable domain FontStyle Value controls placement or representation of annotation ESRI Unrepresentable domain FontSize Value controls placement or representation of annotation ESRI Unrepresentable domain Underline Value controls placement or representation of annotation ESRI Unrepresentable domain VerticalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain HorizontalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain XOffset Value controls placement or representation of annotation ESRI Unrepresentable domain YOffset Value controls placement or representation of annotation ESRI Unrepresentable domain Angle Value controls placement or representation of annotation ESRI Unrepresentable domain FontLeading Value controls placement or representation of annotation ESRI Unrepresentable domain WordSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterWidth Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain FlipAngle Value controls placement or representation of annotation ESRI Unrepresentable domain Override BLOB field that stores feature-specific overrides to the cartographic representation rules. ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain