Description: The Precambrian structure contour map is based primarily on the subsea elevation (and therefore depth) of 1114 wells drilled throughout the state. In each of these wells, depth to top of Precambrian was obtained from the published basinal studies listed above or, in areas outside of those basins, was correlated on geophysical well logs or sample logs for this study. These are high quality data. Tops were obtained from scout cards for ess than 100 wells and these Precambrian tops represent lower-quality data. Faults were mapped as indicated by the above-cited studies or as indicated on the surface geologic map of the state (New Mexico Bureau of Geology and Mineral Resources, 2003).
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology and Mineral Resources - Open File report 514
Description: A structure contour map on top of the Precambrian was prepared by the author as part of a report on the statewide distribution of natural CO2 gases in the subsurface (Broadhead et al., 2009). An understanding of the structure of the Precambrian and the structural relief on top of the Precambrian is necessary to understanding the locations and boundaries of basins and uplifts in the state. Many of the uplifts and basins are largely buried beneath strata that post-date the structural formation of the basins. Distribution and structure of basins and uplifts controls the distribution and thickness of stratigraphic units and is also integral to understanding the distributions and trends of major tectonic elements in the state. It also controls depth to mineralization in Precambrian rocks.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology and Mineral Resources - Open File report 514
Description: A structure contour map on top of the Precambrian was prepared by the author as part of a report on the statewide distribution of natural CO2 gases in the subsurface (Broadhead et al., 2009). An understanding of the structure of the Precambrian and the structural relief on top of the Precambrian is necessary to understanding the locations and boundaries of basins and uplifts in the state. Many of the uplifts and basins are largely buried beneath strata that post-date the structural formation of the basins. Distribution and structure of basins and uplifts controls the distribution and thickness of stratigraphic units and is also integral to understanding the distributions and trends of major tectonic elements in the state. It also controls depth to mineralization in Precambrian rocks.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology and Mineral Resources - Open File report 514
Description: A structure contour map on top of the Precambrian was prepared by the author as part of a report on the statewide distribution of natural CO2 gases in the subsurface (Broadhead et al., 2009). An understanding of the structure of the Precambrian and the structural relief on top of the Precambrian is necessary to understanding the locations and boundaries of basins and uplifts in the state. Many of the uplifts and basins are largely buried beneath strata that post-date the structural formation of the basins. Distribution and structure of basins and uplifts controls the distribution and thickness of stratigraphic units and is also integral to understanding the distributions and trends of major tectonic elements in the state. It also controls depth to mineralization in Precambrian rocks.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology and Mineral Resources - Open File report 514
Color: [0, 0, 0, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: left Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 6 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: This raster surface reperesenting the Precambrian Top was derived via ESRI 3D Analyst Tools using the Precambrian Structure Contour Map as the initial input.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology and Mineral Resources - Open File report 514, Plate I
Description: New Mexico's Geologic Mapping Program - "Mapping out New Mexico's Future" Modern digital geologic maps are essential for New Mexico's environmental and economic prosperity. Geologic maps are uniquely suited to solving problems involving Earth resources, hazards, and environments, and perhaps most importantly for the people of New Mexico, such maps help identify and protect ground-water aquifers, aid in locating water-supply wells, and are fundamental for all environmental studies and land-use plans. Of the 121,598 sq miles of New Mexico, about 35% is mapped at the standard scale of 1:24,000 (1 inch=2000 feet). The most critical area is the populated zone along the Rio Grande watershed from the Colorado border to Elephant Butte Reservoir, which contains 50% of the state's population on 4% of its land area. Rapid population growth, shallow alluvial aquifers, large topographic relief, and the alternating scarcity and abundance of precipitation, give rise to a host of hydrologic and engineering problems. For More information, visit: https://geoinfo.nmt.edu/statemap/home.html
Description: This feature class represents point locations of volcanic vents. At larger scales, these vents would be represented as polygons, but at the scale of this map are shown as point locations.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology & Mineral Resources
Description: Geologic map of New Mexico. This feature class represents dikes, both volcanic and plutonic, that do not have sufficient area to be mapped as polygons. Features that are not linear and don't occupy enough area to be mapped as polygons are recorded as Feature_points.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology & Mineral Resources
Description: This feature class represents contacts between geologic units which may be either lithostratigraphic (stratiform) and lithodemic (do not conform to law of superposition). Lithologic Contacts are used to build polygons (Lithologic Units) and are topologically related to these polygons. Fault contacts (faults) are duplicated here since they bound geologic units, however, no details of the nature of the fault are attributed, which simplifies building polygon topology.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology & Mineral Resources
Description: This feature class represents areas of distinct lighologic units on a geologic map produced by the New Mexico Bureau of Geology & Mineral Resources.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: New Mexico Bureau of Geology & Mineral Resources
Value: Ql|Landslide deposits and colluvium (Holocene to Pleistocene) — Landslide deposits on western flanks of Socorro Mountains not shown for clarity Label: Ql—–Landslide deposits and colluvium (Holocene to Pleistocene) — Landslide deposits on western flanks of Socorro Mountains not shown for clarity Description: Symbol:
Value: Qpl|Lacustrine and playa deposits (Holocene) — Includes associated alluvial and eolian deposits of major lake basins Label: Qpl—–Lacustrine and playa deposits (Holocene) — Includes associated alluvial and eolian deposits of major lake basins Description: Symbol:
Value: Qep|Eolian and piedmont deposits (Holocene to middle Pleistocene) — Interlayed eolian sands and piedmont-slope deposits Label: Qep—–Eolian and piedmont deposits (Holocene to middle Pleistocene) — Interlayed eolian sands and piedmont-slope deposits Description: Symbol:
Value: Qd|Glacial deposits; till and outwash (upper to middle Pleistocene) Label: Qd—–Glacial deposits; till and outwash (upper to middle Pleistocene) Description: Symbol:
Value: Qoa|Older alluvial deposits of upland plains and piedmont areas, and calcic soils and eolian cover sediments of High Plains region (middle to lower Pleistocene) Label: Qoa—–Older alluvial deposits of upland plains and piedmont areas, and calcic soils and eolian cover sediments of High Plains region (middle to lower Pleistocene) Description: Symbol:
Value: Qv|Basaltic tephra and lavas near vents (upper to middle Pleistocene) — Tuff rings, maars, cinder cones, and minor proximal lavas. Includes maars at Kilbourne Hole and Zuni Salt Lake Label: Qv—–Basaltic tephra and lavas near vents (upper to middle Pleistocene) — Tuff rings, maars, cinder cones, and minor proximal lavas. Includes maars at Kilbourne Hole and Zuni Salt Lake Description: Symbol:
Value: Qbo|Basaltic to andesitic lava flows (middle to lower Pleistocene) — Includes vent deposits Label: Qbo—–Basaltic to andesitic lava flows (middle to lower Pleistocene) — Includes vent deposits Description: Symbol:
Value: Qvr|Ring-fracture rhyolite lava domes of the Valles caldera (uppermost to lower Pleistocene) Label: Qvr—–Ring-fracture rhyolite lava domes of the Valles caldera (uppermost to lower Pleistocene) Description: Symbol:
Value: Qr|Older rhyolite lavas and early volcaniclastic sedimentary fill deposits of the Valles caldera (lower Pleistocene) Label: Qr—–Older rhyolite lavas and early volcaniclastic sedimentary fill deposits of the Valles caldera (lower Pleistocene) Description: Symbol:
Value: Qbt|Bandelier Tuff (lower Pleistocene) — Includes large blocks of older andesite in caldera-collapse breccia facies locally exposed on resurgent dome of the Valles caldera Label: Qbt—–Bandelier Tuff (lower Pleistocene) — Includes large blocks of older andesite in caldera-collapse breccia facies locally exposed on resurgent dome of the Valles caldera Description: Symbol:
Value: QTt|Travertine (Holocene to Pliocene) — Includes some pedogenic carbonate south of Sierra Ladrones Label: QTt—–Travertine (Holocene to Pliocene) — Includes some pedogenic carbonate south of Sierra Ladrones Description: Symbol:
Value: QTp|Older piedmont alluvial deposits and shallow basin fill (middle Pleistocene to uppermost Pliocene) — Includes Quemado Formation and in northeast, high-level pediment gravels Label: QTp—–Older piedmont alluvial deposits and shallow basin fill (middle Pleistocene to uppermost Pliocene) — Includes Quemado Formation and in northeast, high-level pediment gravels Description: Symbol:
Value: QTs|Upper Santa Fe Group (middle Pleistocene to uppermost Miocene) Label: QTs—–Upper Santa Fe Group (middle Pleistocene to uppermost Miocene) Description: Symbol:
Value: QTsf|Santa Fe Group, undivided (middle Pleistocene to uppermost Oligocene) — Basin fill of the Rio Grande rift Label: QTsf—–Santa Fe Group, undivided (middle Pleistocene to uppermost Oligocene) — Basin fill of the Rio Grande rift Description: Symbol:
Value: QTg|Gila Group, Formation, or Conglomerate (middle Pleistocene to uppermost Oligocene?) — Includes Mimbres Formation and several informal units in southwestern basins Label: QTg—–Gila Group, Formation, or Conglomerate (middle Pleistocene to uppermost Oligocene?) — Includes Mimbres Formation and several informal units in southwestern basins Description: Symbol:
Value: QTb|Basaltic to andesitic lava flows (upper Pleistocene to lower Pliocene) — Includes minor vent deposits Label: QTb—–Basaltic to andesitic lava flows (upper Pleistocene to lower Pliocene) — Includes minor vent deposits Description: Symbol:
Value: Tus|Upper Tertiary sedimentary units (Pliocene to upper Oligocene) Label: Tus—–Upper Tertiary sedimentary units (Pliocene to upper Oligocene) Description: Symbol:
Value: To|Ogallala Formation (lower Pliocene to middle Miocene) — Alluvial and eolian deposits, and petrocalcic soils of the southern High Plains. Locally includes Qoa Label: To—–Ogallala Formation (lower Pliocene to middle Miocene) — Alluvial and eolian deposits, and petrocalcic soils of the southern High Plains. Locally includes Qoa Description: Symbol:
Value: Tfl|Fence Lake Formation (Miocene) — Conglomerate and conglomeratic sandstone, coarse fluvial volcaniclastic sediments, minor eolian facies, and pedogenic carbonates of the southern Colorado Plateau region Label: Tfl—–Fence Lake Formation (Miocene) — Conglomerate and conglomeratic sandstone, coarse fluvial volcaniclastic sediments, minor eolian facies, and pedogenic carbonates of the southern Colorado Plateau region Description: Symbol:
Value: Tsf|Lower Santa Fe Group (upper Miocene to uppermost Oligocene) — Includes Hayner Ranch, Rincon Valley, Popotosa, Cochiti, Tesuque, Chamita, Abiquiu, Zia, and other formations Label: Tsf—–Lower Santa Fe Group (upper Miocene to uppermost Oligocene) — Includes Hayner Ranch, Rincon Valley, Popotosa, Cochiti, Tesuque, Chamita, Abiquiu, Zia, and other formations Description: Symbol:
Value: Tlp|Los Pinos Formation of lower Santa Fe Group (Miocene and upper Oligocene) Label: Tlp—–Los Pinos Formation of lower Santa Fe Group (Miocene and upper Oligocene) Description: Symbol:
Value: Tpb|Basaltic to andesitic lava flows (Pliocene) — Includes minor vent deposits and small shield volcanoes. Flows are commonly interbedded in the Santa Fe and Gila Groups Label: Tpb—–Basaltic to andesitic lava flows (Pliocene) — Includes minor vent deposits and small shield volcanoes. Flows are commonly interbedded in the Santa Fe and Gila Groups Description: Symbol:
Value: Tmb|Basaltic to andesitic lava flows (Miocene) — Includes minor vent deposits. Flows are commonly interbedded in the Santa Fe and Gila Groups Label: Tmb—–Basaltic to andesitic lava flows (Miocene) — Includes minor vent deposits. Flows are commonly interbedded in the Santa Fe and Gila Groups Description: Symbol:
Value: Tnb|Basaltic to andesitic lava flows (Neogene) — Includes minor vent deposits. Flows are commonly interbedded in the Santa Fe and Gila Groups Label: Tnb—–Basaltic to andesitic lava flows (Neogene) — Includes minor vent deposits. Flows are commonly interbedded in the Santa Fe and Gila Groups Description: Symbol:
Value: Tnr|Silicic to intermediate volcanic rocks (Neogene, mostly Miocene) — Rhyolite and dacite flows with associated minor tuffs. Label: Tnr—–Silicic to intermediate volcanic rocks (Neogene, mostly Miocene) — Rhyolite and dacite flows with associated minor tuffs. Description: Symbol:
Value: Thb|Hinsdale Basalt (Miocene and upper Oligocene) — Northern Taos and eastern Rio Arriba Counties; basalt flows interbedded with Los Pinos Label: Thb—–Hinsdale Basalt (Miocene and upper Oligocene) — Northern Taos and eastern Rio Arriba Counties; basalt flows interbedded with Los Pinos Description: Symbol:
Value: Tuau|Upper middle Tertiary basaltic andesites and andesites of the Mogollon Group (lower Miocene and uppermost Oligocene, 22–26 Ma) Label: Tuau—–Upper middle Tertiary basaltic andesites and andesites of the Mogollon Group (lower Miocene and uppermost Oligocene, 22–26 Ma) Description: Symbol:
Value: Tual|Lower-upper middle Tertiary basaltic andesites and andesites of the Mogollon Group (upper Oligocene, 26–29 Ma) Label: Tual—–Lower-upper middle Tertiary basaltic andesites and andesites of the Mogollon Group (upper Oligocene, 26–29 Ma) Description: Symbol:
Value: Tlrf|Lower middle Tertiary rhyolitic lavas and local tuffs (lower Oligocene to upper Eocene, 36–31Ma) — Includes Mimbres Peak Formation, rhyolite of Cedar Hills, and other units in the Bootheel region Label: Tlrf—–Lower middle Tertiary rhyolitic lavas and local tuffs (lower Oligocene to upper Eocene, 36–31Ma) — Includes Mimbres Peak Formation, rhyolite of Cedar Hills, and other units in the Bootheel region Description: Symbol:
Value: Tlv|Lower middle Tertiary volcanic rocks (lower Oligocene to upper Eocene, older than 31 Ma) — Mostly intermediate lavas of the lower Datil Group and intermediate volcaniclastic sediments of the lower Spears Group (Tla + Tvs) Label: Tlv—–Lower middle Tertiary volcanic rocks (lower Oligocene to upper Eocene, older than 31 Ma) — Mostly intermediate lavas of the lower Datil Group and intermediate volcaniclastic sediments of the lower Spears Group (Tla + Tvs) Description: Symbol:
Value: Ti|Tertiary intrusive rocks of intermediate to silicic composition (Pliocene to Eocene) Label: Ti—–Tertiary intrusive rocks of intermediate to silicic composition (Pliocene to Eocene) Description: Symbol:
Value: TKa|Animas Formation (Paleocene and Upper Cretaceous) — Volcaniclastic sedimentary rocks of intermediate composition in northern San Juan Basin Label: TKa—–Animas Formation (Paleocene and Upper Cretaceous) — Volcaniclastic sedimentary rocks of intermediate composition in northern San Juan Basin Description: Symbol:
Value: TKav|Tertiary-Cretaceous andesitic to dacitic lavas and pyroclastic breccias (Paleocene and Upper Cretaceous) Label: TKav—–Tertiary-Cretaceous andesitic to dacitic lavas and pyroclastic breccias (Paleocene and Upper Cretaceous) Description: Symbol:
Value: Ku|Upper Cretaceous rocks of southwestern New Mexico, undivided (Maastrichtian to Cenomanian for most part, although Beartooth and Sarten Formations are in part Albian) Label: Ku—–Upper Cretaceous rocks of southwestern New Mexico, undivided (Maastrichtian to Cenomanian for most part, although Beartooth and Sarten Formations are in part Albian) Description: Symbol:
Value: Kvt|Vermejo Formation and Trinidad Sandstone (Maastrichtian to Campanian) Label: Kvt—–Vermejo Formation and Trinidad Sandstone (Maastrichtian to Campanian) Description: Symbol:
Value: Kkf|Kirtland and Fruitland Formations (Campanian) — Coal-bearing, primarily in the Fruitland Label: Kkf—–Kirtland and Fruitland Formations (Campanian) — Coal-bearing, primarily in the Fruitland Description: Symbol:
Value: Kls|Lewis Shale — includes Mojado, U-Bar (Aptian), and Hell-to-Finish Formations, which are equivalent to Bisbee Group of Arizona Label: Kls—–Lewis Shale — includes Mojado, U-Bar (Aptian), and Hell-to-Finish Formations, which are equivalent to Bisbee Group of Arizona Description: Symbol:
Value: Kpn|Pierre Shale and Niobrara Formation (Campanian to Coniacian) Label: Kpn—–Pierre Shale and Niobrara Formation (Campanian to Coniacian) Description: Symbol:
Value: Knf|Fort Hays Limestone Member of Niobrara Formation (Coniacian to Turonian) Label: Knf—–Fort Hays Limestone Member of Niobrara Formation (Coniacian to Turonian) Description: Symbol:
Value: Kmv|Mesaverde Group (Campanian to Turonian) — Includes Cliff House Sandstone, Menefee Formation and Point Lookout Sandstone. Label: Kmv—–Mesaverde Group (Campanian to Turonian) — Includes Cliff House Sandstone, Menefee Formation and Point Lookout Sandstone. Description: Symbol:
Value: Klv|La Ventana Tongue of the Cliff House Sandstone (Turonian) Label: Klv—–La Ventana Tongue of the Cliff House Sandstone (Turonian) Description: Symbol:
Value: Kmm|Mulatto Tongue of Mancos Shale (Santonian to Coniacian) Label: Kmm—–Mulatto Tongue of Mancos Shale (Santonian to Coniacian) Description: Symbol:
Value: Kcc|Crevasse Canyon Formation (Santonian to Coniacian) — Coal-bearing units are Dilco and Gibson Coal Members; other members are Bartlett Barren, Dalton Sandstone, and Borrego Pass Sandstone (or Lentil) Label: Kcc—–Crevasse Canyon Formation (Santonian to Coniacian) — Coal-bearing units are Dilco and Gibson Coal Members; other members are Bartlett Barren, Dalton Sandstone, and Borrego Pass Sandstone (or Lentil) Description: Symbol:
Value: Kpg|Pescado Tongue of the Mancos Shale and Gallup Sandstone (Turonian) — In Zuni Basin only; Pescado is chronostratigraphic equivalent of Juana Lopez Member of Mancos Shale Label: Kpg—–Pescado Tongue of the Mancos Shale and Gallup Sandstone (Turonian) — In Zuni Basin only; Pescado is chronostratigraphic equivalent of Juana Lopez Member of Mancos Shale Description: Symbol:
Value: Kma|Moreno Hill Formation and Atarque Sandstone (Turonian) — In Salt Lake coal field and extreme southern Zuni Basin Label: Kma—–Moreno Hill Formation and Atarque Sandstone (Turonian) — In Salt Lake coal field and extreme southern Zuni Basin Description: Symbol:
Value: Km|Mancos Shale (Cenomanian to Campanian) — Divided into upper and lower parts by Gallup Sandstone Label: Km—–Mancos Shale (Cenomanian to Campanian) — Divided into upper and lower parts by Gallup Sandstone Description: Symbol:
Value: Kgm|Gallup Sandstone and underlying D-Cross Tongue of the Mancos Shale (Turanian) Label: Kgm—–Gallup Sandstone and underlying D-Cross Tongue of the Mancos Description: Symbol:
Value: Kdr|Dakota Sandstone (Cenomanian) and Rio Salado Tongue of the Mancos Shale — In northwest Socorro County locally includes overlying Tres Hermanos Formation Label: Kdr—–Dakota Sandstone (Cenomanian) and Rio Salado Tongue of the Mancos Shale — In northwest Socorro County locally includes overlying Tres Hermanos Formation Description: Symbol:
Value: Kc|Carlile Shale (Turonian) — Limited to northeastern area Label: Kc—–Carlile Shale (Turonian) — Limited to northeastern area Description: Symbol:
Value: Kgg|Greenhorn Formation and Graneros Shale (Turonian and Cenomanian) Label: Kgg—–Greenhorn Formation and Graneros Shale (Turonian and Cenomanian) Description: Symbol:
Value: Kgr|Graneros Shale (Cenomanian) — Limited to northeastern area Label: Kgr—–Graneros Shale (Cenomanian) — Limited to northeastern area Description: Symbol:
Value: Kmd|Intertongued Mancos Shale and Dakota Sandstone of west-central New Mexico (Cenomanian) Label: Kmd—–Intertongued Mancos Shale and Dakota Sandstone of west-central New Mexico (Cenomanian) Description: Symbol:
Value: Kd|Dakota Sandstone (Cenomanian) — Includes Oak Canyon, Cubero, and Paguate Tongues; includes Clay Mesa Tongue of Mancos Shale Label: Kd—–Dakota Sandstone (Cenomanian) — Includes Oak Canyon, Cubero, and Paguate Tongues; includes Clay Mesa Tongue of Mancos Shale Description: Symbol:
Value: Kdg|Dakota Group: Upper and Lower Cretaceous rocks of east-central and northeast New Mexico Label: Kdg—–Dakota Group: Upper and Lower Cretaceous rocks of east-central and northeast New Mexico Description: Symbol:
Value: J|Upper and Middle Jurassic rocks, undivided — In southwest includes the basalt-bearing Broken Jug Formation Label: J—–Upper and Middle Jurassic rocks, undivided — In southwest includes the basalt-bearing Broken Jug Formation Description: Symbol:
Value: Jmsu|Morrison Formation and upper San Rafael Group (lowermost Cretaceous? – upper Jurassic) Label: Jmsu—–Morrison Formation and upper San Rafael Group (lowermost Cretaceous? – upper Jurassic) Description: Symbol:
Value: Jz|Zuni Sandstone (Callovian) — Consists of undivided equivalents of the Summerville Formation and Bluff Sandstone; restricted to Zuni Basin area Label: Jz—–Zuni Sandstone (Callovian) — Consists of undivided equivalents of the Summerville Formation and Bluff Sandstone; restricted to Zuni Basin area Description: Symbol:
Value: Jsr|San Rafael Group (Middle Jurassic) — Consists of Entrada Sandstone, Todilto and Summerville Formations, Bluff Sandstone, and locally Zuni Sandstone (or only Acoma Tongue of Zuni) Label: Jsr—–San Rafael Group (Middle Jurassic) — Consists of Entrada Sandstone, Todilto and Summerville Formations, Bluff Sandstone, and locally Zuni Sandstone (or only Acoma Tongue of Zuni) Description: Symbol:
Value: TRrp|Rock Point Formation of Chinle Group (Upper Triassic) — May locally include Wingate Sandstone (Triassic) Label: TRrp—–Rock Point Formation of Chinle Group (Upper Triassic) — May locally include Wingate Sandstone (Triassic) Description: Symbol:
Value: TRc|Chinle Group (Upper Triassic) — Map unit includes Moenkopi Formation (Middle Triassic) at base in many areas Label: TRc—–Chinle Group (Upper Triassic) — Map unit includes Moenkopi Formation (Middle Triassic) at base in many areas Description: Symbol:
Value: TRs|Santa Rosa Formation (Carnian) — Includes Moenkopi Formation (Middle Triassic) at base in most areas Label: TRs—–Santa Rosa Formation (Carnian) — Includes Moenkopi Formation (Middle Triassic) at base in most areas Description: Symbol:
Value: Pqg|Queen and Grayburg Formations (Guadalupian) — Sandstone, gypsum, anhydrite, dolomite, and red mudstone Label: Pqg—–Queen and Grayburg Formations (Guadalupian) — Sandstone, gypsum, anhydrite, dolomite, and red mudstone Description: Symbol:
Value: Psa|San Andres Formation (Guadalupian in south, in part Leonardian to north) — Limestone and dolomite with minor shale Label: Psa—–San Andres Formation (Guadalupian in south, in part Leonardian to north) — Limestone and dolomite with minor shale Description: Symbol:
Value: Psg|San Andres Limestone and Glorieta Sandstone (Guadalupian and Leonardian) Label: Psg—–San Andres Limestone and Glorieta Sandstone (Guadalupian and Leonardian) Description: Symbol:
Value: Pco|Cutoff Shale (Leonardian) — In Brokeoff Mountains only Label: Pco—–Cutoff Shale (Leonardian) — In Brokeoff Mountains only Description: Symbol:
Value: Pa|Abo Formation (Wolfcampian) — Red beds, arkosic at base, finer and more mature above Label: Pa—–Abo Formation (Wolfcampian) — Red beds, arkosic at base, finer and more mature above Description: Symbol:
Value: Pal|Lower part of Abo Formation (locally Virgilian to Upper Pennsylvanian) Label: Pal—–Lower part of Abo Formation (locally Virgilian to Upper Pennsylvanian) Description: Symbol:
Value: Pct|Cutler Formation (Wolfcampian to Upper Pennsylvanian) — Used in northern areas and Chama embayment only Label: Pct—–Cutler Formation (Wolfcampian to Upper Pennsylvanian) — Used in northern areas and Chama embayment only Description: Symbol:
Value: Ph|Hueco Formation or Group (Wolfcampian) — Limestone Label: Ph—–Hueco Formation or Group (Wolfcampian) — Limestone Description: Symbol:
Value: PIP|Permian and Pennsylvanian rocks, undivided — Includes Concha, Scherrer, Colina, Epitaph, and Earp Formations (Permian) and Horquilla Limestone (Permian to Pennsylvanian) Label: PIP—–Permian and Pennsylvanian rocks, undivided — Includes Concha, Scherrer, Colina, Epitaph, and Earp Formations (Permian) and Horquilla Limestone (Permian to Pennsylvanian) Description: Symbol:
Value: PIPsc|Sangre de Cristo Formation (Wolfcampian to Desmoinesian) Label: PIPsc—–Sangre de Cristo Formation (Wolfcampian to Desmoinesian) Description: Symbol:
Value: IPs|Sandia Formation (Atokan) — Predominantly clastic unit (commonly arkosic) with minor black shales, and limestone in lower part Label: IPs—–Sandia Formation (Atokan) — Predominantly clastic unit (commonly arkosic) with minor black shales, and limestone in lower part Description: Symbol:
Value: IPps|Panther Seep Formation (VirgilianIn) — In Organ, Franklin, and San Andres Mountains Label: IPps—–Panther Seep Formation (VirgilianIn) — In Organ, Franklin, and San Andres Mountains Description: Symbol:
Value: M|Mississippian rocks, undivided — Arroyo Peñasco Group; Lake Valley Limestone in south-central New Mexico Label: M—–Mississippian rocks, undivided — Arroyo Peñasco Group; Lake Valley Limestone in south-central New Mexico Description: Symbol:
Value: D|Devonian rocks undivided — Includes Percha Shale, Oñate, and Sly Gap Formations Label: D—–Devonian rocks undivided — Includes Percha Shale, Oñate, and Sly Gap Formations Description: Symbol:
Value: OC|Ordovician and Cambrian rocks, undivided — Includes Montoya Formation (or Group), El Paso Formation, and Bliss Sandstone Label: OC—–Ordovician and Cambrian rocks, undivided — Includes Montoya Formation (or Group), El Paso Formation, and Bliss Sandstone Description: Symbol:
Value: OCp|Ordovician and Cambrian plutonic rocks of Florida Mountains Label: OCp—–Ordovician and Cambrian plutonic rocks of Florida Mountains Description: Symbol:
Value: Ys|Mesoproterozoic sedimentary rocks — Exposed in Sacramento Mountains, present in subsurface in southeastern New Mexico as De Baca Group Label: Ys—–Mesoproterozoic sedimentary rocks — Exposed in Sacramento Mountains, present in subsurface in southeastern New Mexico as De Baca Group Description: Symbol:
Value: Yg|Mesoproterozoic granitic plutonic rocks — Mainly 1.45–1.35 Ga
megacrystic granites, generally weakly foliated except locally at their
margins Label: Yg—–Mesoproterozoic granitic plutonic rocks — Mainly 1.45–1.35 Ga
megacrystic granites, generally weakly foliated except locally at their
margins Description: Symbol:
Value: YXp|Mesoproterozoic and Paleoproterozoic plutonic rocks, undivided Label: YXp—–Mesoproterozoic and Paleoproterozoic plutonic rocks, undivided Description: Symbol:
Value: Xg|Paleoproterozoic granitic plutonic rocks — Variably foliated granites and granitic gneisses; 1.71–1.65 Ga in northern New Mexico; 1.66–1.65 Ga in central and southern New Mexico Label: Xg—–Paleoproterozoic granitic plutonic rocks — Variably foliated granites and granitic gneisses; 1.71–1.65 Ga in northern New Mexico; 1.66–1.65 Ga in central and southern New Mexico Description: Symbol:
Value: Xps|Paleoproterozoic pelitic schist — Includes Rinconada Formation in northern New Mexico and Blue Springs Schist in Manzano Mountains Label: Xps—–Paleoproterozoic pelitic schist — Includes Rinconada Formation in northern New Mexico and Blue Springs Schist in Manzano Mountains Description: Symbol:
Value: Xq|Paleoproterozoic quartzite — Includes ~1.70 Ga Ortega Quartzite and equivalents in northern New Mexico and ~1.67 Ga quartzites in central New Mexico Label: Xq—–Paleoproterozoic quartzite — Includes ~1.70 Ga Ortega Quartzite and equivalents in northern New Mexico and ~1.67 Ga quartzites in central New Mexico Description: Symbol:
Value: Xvf|Paleoproterozoic metarhyolite and felsic volcanic schist — Includes 1.70 Ga Vadito Group in northern New Mexico and ~1.68 Ga Sevilleta Metarhyolite in central New Mexico Label: Xvf—–Paleoproterozoic metarhyolite and felsic volcanic schist — Includes 1.70 Ga Vadito Group in northern New Mexico and ~1.68 Ga Sevilleta Metarhyolite in central New Mexico Description: Symbol:
Value: Xpc|Paleoproterozoic calc-alkaline plutonic rocks — Granodiorite, diorite, and gabbro complexes; 1.78–1.71 Ga; interpreted to be intrusive part of juvenile volcanic arc basement Label: Xpc—–Paleoproterozoic calc-alkaline plutonic rocks — Granodiorite, diorite, and gabbro complexes; 1.78–1.71 Ga; interpreted to be intrusive part of juvenile volcanic arc basement Description: Symbol:
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Description: Originally compiled in 1998 by USGS personnel (Machette et al., 1998), the map of Quaternary faults and folds in New Mexico has undergone significant revision through studies employing a combination of field mapping, geochronology, and remote sensing techniques. This geodatabase represents a synthesis of these studies and remapping of Quaternary structures in order to present an updated version of the 1998 map.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: Andrew P. Jochems, Kathleen M. Haller, NMBGMR, USGS
Description: Originally compiled in 1998 by USGS personnel (Machette et al., 1998), the map of Quaternary faults and folds in New Mexico has undergone significant revision through studies employing a combination of field mapping, geochronology, and remote sensing techniques. This geodatabase represents a synthesis of these studies and remapping of Quaternary structures in order to present an updated version of the 1998 map.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: Andrew P. Jochems, Kathleen M. Haller, NMBGMR, USGS
Description: Originally compiled in 1998 by USGS personnel (Machette et al., 1998), the map of Quaternary faults and folds in New Mexico has undergone significant revision through studies employing a combination of field mapping, geochronology, and remote sensing techniques. This geodatabase represents a synthesis of these studies and remapping of Quaternary structures in order to present an updated version of the 1998 map.
Service Item Id: 237d51f648fc4c0e907d9a2a0e8c6e95
Copyright Text: Andrew P. Jochems, Kathleen M. Haller, NMBGMR, USGS
Unique Value Renderer: Field 1: agecode Field 2: FGDC_code Field 3: null Field Delimiter: , Default Symbol:
N/A
Default Label: null UniqueValueInfos:
Value: 2,02.01.01 Label: 2 = Post-glacial (<15,000 years), fault landforms are more continuous than discontinuous and mapping is accurate Description: Symbol:
Value: 2,02.01.03 Label: 2 = Post-glacial (<15,000 years), fault landforms are more discontinuous than continuous and mapping is accurate Description: Symbol:
Value: 3,02.01.01 Label: 3 = Late Quaternary (<130,000 years), fault landforms are more continuous than discontinuous and mapping is accurate Description: Symbol:
Value: 3,02.01.03 Label: 3 = Late Quaternary (<130,000 years), fault landforms are more discontinuous than continuous and mapping is accureate Description: Symbol:
Value: 4,02.01.01 Label: 4 = Middle and late Quaternary (<750,000 years), fault landforms are more continuous than discontinuous and mapping is accurate Description: Symbol:
Value: 4,02.01.03 Label: 4 = Middle and late Quaternary (<750,000 years), fault landforms are more discontinuous than continuous and mapping is accurate Description: Symbol:
Value: 5,02.01.01 Label: 5 = Quaternary (<2,600,000 years), fault landforms are more continuous than discontinuous and mapping is accurate Description: Symbol:
Value: 5,02.01.03 Label: 5 = Quaternary (<2,600,000 years), fault landforms are more discontinuous than continuous and mapping is accurate Description: Symbol:
Value: 6,02.01.01 Label: 6 = Class B, fault landforms are more continuous than discontinuous and mapping is accurate Description: 2 = post-glacial (<15,000 years)fault landforms are more continuous than discontinuous and mapping is accurate Symbol:
Color: [0, 0, 0, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: left Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 8 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none