# Classification_Object

class_desc:
Shale, sandstone, conglomerate, limestone, dolomite, chert, hornfels, marble, quartzite; in part pyroclastic rocks.


class_desc:
Sandstone, shale, limestone, dolomite, chert, quartzite, and phyllite; includes some rocks that are possibly Precambrian.


class_desc:
Limestone and dolomite, sandstone and shale; in part tuffaceous.


class_desc:
Shale, sandstone, conglomerate, minor limestone; mostly well consolidated.


class_desc:
Sandstone, shale, and conglomerate; mostly well consolidated.


class_desc:
Sandstone, shale, conglomerate; moderately to well consolidated.


class_desc:
Shale, sandstone, minor conglomerate, chert, slate, limestone; minor pyroclastic rocks.


class_desc:
Undivided Cretaceous sandstone, shale, and conglomerate; minor nonmarine rocks in Peninsular Ranges


class_desc:
Franciscan complex:  Cretaceous and Jurassic sandstone with smaller amounts of shale, chert, limestone, and conglomerate.  Includes Franciscan melange, except where separated--see KJfm.


class_desc:
Melange of fragmented and sheared Franciscan complex rocks.


class_desc:
Blueschist and semi-schist of Franciscan complex


class_desc:
Lower Cretaceous sandstone, shale, and conglomerate.


class_desc:
Upper Cretaceous sandstone, shale, and conglomerate.


class_desc:
Undivided pre-Cenozoic metasedimentary and metavolcanic rocks of great variety.  Mostly slate, quartzite, hornfels, chert, phyllite, mylonite, schist, gneiss, and minor marble.


class_desc:
Sandstone, shale, siltstone, conglomerate and breccia; moderately to well consolidated.


class_desc:
Sandstone, shale, conglomerate, and fanglomerate; moderately to well consolidated.


class_desc:
Undivided Mesozoic volcanic and metavolcanic rocks.  Andesite and rhyolite flow rocks, greenstone, volcanic breccia and other pyroclastic rocks; in part strongly metamorphosed.  Includes volcanic rocks of Franciscan complex:  basaltic pillow lava, diabase


class_desc:
Sandstone, shale, conglomerate; mostly well consolidated


class_desc:
Sandstone, siltstone, shale, and conglomerate; mostly moderately consolidated.


class_desc:
Shale, conglomerate, limestone and dolomite, sandstone, slate, hornfels, quartzite; minor pyroclastic rocks.


class_desc:
Undivided Paleozoic metasedimentary rocks.  Includes slate, sandstone, shale, chert, conglomerate, limestone, dolomite, marble, phyllite, schist, hornfels and quartzite.


class_desc:
Undivided Paleozoic metavolcanic rocks.  Mostly flows, breccia and tuff, including greenstone, diabase, and pillow lavas; minor interbedded sedimentary rocks.


class_desc:
Alluvium, lake, playa, and terrace deposits; unconsolidated and semi-consolidated.  Mostly nonmarine, but includes marine deposits near the coast.


class_desc:
Pliocene and/or Pleistocene sandstone, shale, and gravel deposits; mostly loosely consolidated.


class_desc:
Glacial till and moraines.  Found at high elevations mostly in the Sierra Nevada and Klamath Mountains.


class_desc:
Selected large landslides, such as Blackhawk slide on north side of San Gabriel Mountains; early to late Quaternary.


class_desc:
Recent (Holocene) volcanic flow rocks; minor pyroclastic deposits.


class_desc:
Recent (Holocene) pyroclastic and volcanic mudflow deposits.


class_desc:
Extensive marine and nonmarine sand deposits, generally neat the coast or desert playas.


class_desc:
Quaternary volcanic flow rocks; minor pyroclastic deposits.


class_desc:
Quaternary pyroclastic and volcanic mudflow deposits.


class_desc:
Sandstone, shale, conglomerate, chert, slate, quartzite, hornfels, marble, dolomite phyllite; some greenstone.


class_desc:
Sandstone, shale and minor conglomerate in coastal belt of northwestern California; included by some in Franciscan Complex.  Previously considered Cretaceous, but now known to contain early Tertiray microfossils in places.


class_desc:
Undivided Tertiary sandstone, shale, conglomerate, breccia, and ancient lake deposits.


class_desc:
Tertiary intrusive rocks; mostly shallow (hypabyssal) plugs and dikes.


class_desc:
Tertiary volcanic flow rocks; minor pyroclastic deposits.


class_desc:
Tertiary pyroclastic and volcanic mudflow deposits.


class_desc:
Gabbro and dark dioritic rocks; chiefly Mesozoic.


class_desc:
Granitic and metamorphic rocks, mostly gneiss and other metamorphic rocks injected by granitic rocks.  Mesozoic to Precambrian.


class_desc:
Cenozoic (Tertiary) granitic rocks--quartz monzonite, quartz latite, and minor monzonite, granodiorite, and granite; found in the Kingston, Panamint, Amargosa, and Greenwater Ranges in southeastern California.


class_desc:
Mesozoic granite, quartz monzonite, granodiorite, and quartz diorite.


class_desc:
Paleozoic and Permo-Triassic granitic rocks in the San Gabriel and Klamath Mountains.


class_desc:
Precambrian granite, syenite, anorthosite, and gabbroic rocks in the San Gabriel Mountains; also various Precambrian plutonic rocks elsewhere in southeastern California.


class_desc:
Limestone, dolomite, and marble whose age is uncertain but probably Paleozoic or Mesozoic


class_desc:
Undivided pre-Cenozoic metavolcanic rocks.  Includes latite, dacite, tuff, and greenstone; commonly schistose.


class_desc:
Conglomerate, shale, sandstone, limestone, dolomite, marble, gneiss, hornfels, and quartzite; may be Paleozoic in part.


class_desc:
Complex of Precambrian igneous and metamorphic rocks. Mostly gneiss and schist intruded by igneous rocks; may be Mesozoic in part.


class_desc:
Schists of various types; mostly Paleozoic or Mesozoic age; some Precambrian.


class_desc:
Ultramafic rocks, mostly serpentine.  Minor peridotite, gabbro, and diabase.  Chiefly Mesozoic.


class_desc:
Limestone and dolomite, locally thick sequences of shale and siltstone: includes units such as Pioche Shale, Eldorado Dolomite, Geddes Limestone, Secret Canyon Shale, Hamburg Dolomite, Dunderberg Shale, and Windfall Formation of northern Nevada and Carrar


class_desc:
Harmony Formation (Upper Cambrian): feldspathic and arkosic sandstone and minor amounts of shale, limestone, and chert


class_desc:
Scott Canyon Formation (Lower or Middle Cambrian): chert, shale, greenstone, and sparse limestone and quartzite. southeast Humboldt County and northwest Lander County


class_desc:
Sandstone and quartzite: includes tapeats sandstone and related rocks. rests on precambrian metamorphic rocks


class_desc:
Shale and thin-bedded or laminated limestone; also thinly interbedded limestone and chert: includes units such as Preble and Emigrant Formations


class_desc:
Quartzite and minor amounts of conglomerate, phyllitic siltstone, limestone, and dolomite: includes Prospect Mountain Quartzite, Osgood Mountain Quartzite, and Gold Hill Formation in northern Nevada, and Stirling Quartzite, Wood Canyon Formation, and Zabr


class_desc:
Phyllitic siltstone, quartzite, and lesser amounts of limestone and dolomite: includes Reed Dolomite; Deep Spring, Campito, Poleta, Harkless, and Saline Valley Formations; and Mule Spring Limestone


class_desc:
Dolomite, limestone, and minor amounts of sandstone and quartzite: includes units such as Sevy and Simonson Dolomites, Guilmette and Nevada Formations, and Devils Gate Limestone


class_desc:
Dolomite and limestone (Lower Paleozoic:


class_desc:
Chert, shale, argillite, siltstone, quartzite, and greenstone: undivided siliceous assemblage. mostly ordovician


class_desc:
Shale, siliceous siltstone, chert, and minor amounts of limestone: includes Cockalorum Wash Formation of northern Nye County and Woodruff Formation and unnamed rocks in Elko County


class_desc:
Slaven chert: chert and sparse limy sandstone, siltstone, and limestone. lander county


class_desc:
Argillaceous limestone, chert, and shale: elko and eureka counties


class_desc:
Dunlap Formation (Lower and Middle Jurassic): conglomerate, sandstone, greenstone, felsite, and tuff. locally contemporaneous with folding and thrusting. Mineral County and adjacent parts of Esmeralda and Nye counties


class_desc:
Gabbroic complex (Lower and Middle Jurassic): includes gabbro, basalt, and synorogenic quartz sandstone (Boyer Ranch Formation). Churchill and Pershing Counties


class_desc:
Granitic rocks: mostly quartz monzonite and granodiorite


class_desc:
Volcanogenic sedimentary rocks, tuff, andesitic and felsitic flows, and carbonate rocks: age uncertain. mineral esmeralda, and northwest nye counties


class_desc:
Aztec sandstone (Triassic? and Jurassic): friable fine- to medium-grained sandstone with conspicuous large-scale cross strata; considered eolian. age based on correlation with navajo sandstone


class_desc:
Shale, mudstone, siltstone, sandstone, and carbonate rock; sparse volcanic rock (Upper Triassic and Lower Jurassic): includes Auld Lang Syne Group, Nightingale Sequence of Bonham (1969), and Gabbs and Sunrise Formations


class_desc:
Shale, sandstone, volcanogenic clastic rocks, andesite, rhyolite, and locally thick carbonate units: undivided sequence locally containing recognizable equivalents of the Luning and Dunlap Formations


class_desc:
Volcanic sandstone, felsic ash-flow tuffs, rhyolite, and rhyodacite flows (Upper? Jurassic): pony trail group of cortez mountains, eureka county


class_desc:
Igneous and metamorphic complex: pegmatitic granite and other granitic rocks complexly intermixed with metasedimentary rocks. considered to be mesozoic igneous complex intruding lower paleozoic and possibly precambrian z sedimentary rocks. grades into uni


class_desc:
Continental deposits of siltstone, shale, conglomerate, and limestone: includes units such as King Lear Formation in Humboldt County, Newark Canyon Formation in Eureka County, Eillow Tank Formation and Baseline Sandstone in Clark County


class_desc:
Limestone and minor amounts of dolomite and shale: includes units such as rogers spring and monte cristo limestones


class_desc:
Conglomerate, limestone, meta-andesite, phyllite, and shale: includes grossman, banner, nelson, and mountain city formation. northern elko county


class_desc:
Shale, siltstone, sandstone, chert-pebble conglomerate, and limestone: includes units such as Pilot Shale, Joana Limestone, Chainman Shale, and Diamond Peak Formation in northern and eastern Nevada and Narrow Canyon Limestone, Mercury Limestone, and Elean


class_desc:
Massive limestone: in the san antonio mountains, western nye county


class_desc:
Siliceous and volcanic rocks: in Humboldt County, consists of altered pillow lavas, coarse volcanic breccias, clastic limestone, and minor amounts of sandstone, shale, siliceous shale, and chert of the Goughs Canyon Formation (Lower and Upper Mississippia


class_desc:
Granitic rocks, western nevada (Mesozoic): mostly quartz monzonite and granodiorite. inconclusively dated or not dated radiometrically


class_desc:
Limestone, dolomite, shale, and quartzite: includes units such as pogonip group, eureka quartzite, and ely springs dolomite. where ely springs dolomite or equivalent rocks are included in soc unit, this unit includes only the pogonip group and eureka quar


class_desc:
Dolomite and limestone: undivided cambrian and ordovician rocks in part of clark county; mostly cambrian


class_desc:
Phyllite, shale, and limestone: locally includes chert and quartzite. includes Tennessee Mountain Formation of Bushnell (1967) in western Elko County, Broad Canyon Sequence of Means (1962) in Lander County, and rocks originally mapped as Palmetto Formatio


class_desc:
Shale, chert, and minor amounts of quartzite, greenstone, and limestone: includes units such as Vinini Formation of north-central Nevada, Palmetto Formation in southern and central parts of Esmeralda County, and Comus Formation in Humboldt County. Locally


class_desc:
Siliceous and volcanic rocks: chert, shale, quartzite, greenstone, and minor amounts of limestone. includes units such as Valmy Formation of north-central Nevada and some rocks mapped as Palmetto Formation in northern part of Esmeralda County and adjacent


class_desc:
Shale, chert, and limestone: includes Aura Formation of Decker (1962) in northwest Elko County and Perkins Canyon Formation of Kay and Crawford (1964) in northern Nye County


class_desc:
Cherty limestone and sparse dolomite, shale, and sandstone (Lower and Upper Permian): includes units such as Park City Group and equivalent rocks in northern Nevada and Toroweap Formation and Kaibab Limestone in southern Nevada


class_desc:
Limestone, cherty limestone, sandy limestone, and chert-pebble conglomerate (Lower and Middle Pennsylvanian): includes units such as Moleen and Tomera Formations of Dott (1955)


class_desc:
Limestone, dolomite, and shale (Upper Paleozoic): includes van duzer limestone of Decker (1962)


class_desc:
Havallah sequence of Silberling and Roberts (1962): chert argillite, shale, grennstone, and minor amounts of siltstone, sandstone, conglomerate, and limestone. includes Schoonover Formation of Fagan (1962) and reservation hill formation in Elko County, fa


class_desc:
Antler sequence of Silberling and Roberts (1962) (Middle Pennsylvanian to Early or Late Permian) (Guadalupian): conglomerate, sandy to conglomeratic limestone, limestone, sandstone, and calcareous shale. thin detrital and carbonate sequence within main pa


class_desc:
Limestone: includes Ely Limestone (mostly Lower and Middle Pennsylvanian)


class_desc:
Sandy and silty limestone, conglomerate, and siltstone (Upper Pennsylvanian to Upper Permian): includes units such as Strathearn Formation of Dott (1955) and Buckskin Mountain, Beacon Flat, and Carlin Canyon Formations of Dott (1955)


class_desc:
Siltstone, sandstone, limestone, and dolomite (commonly silty or sandy), and gypsum (Lower Permian): includes units such as Rib Hill Sandstone and Pequop Formation of Steele (1959) in Elko county, Rib Hill Sandstone and Arcturus Formation in White Pine Co


class_desc:
Serpentinite (Paleozoic): mineral, northwestern Nye, and eastern Humboldt counties


class_desc:
Alluvial deposits: locally includes beach and sand dune deposits


class_desc:
Playa, marsh, and alluvial-flat deposits, locally erode:


class_desc:
Intrusive rocks of mafic and intermediate compositio:


class_desc:
Basalt flows: locally includes maar deposits


class_desc:
Rhyolitic flows and shallow intrusive rock:


class_desc:
Dolomite: includes units such as laketown and lone mountain dolomites. locally includes rocks of early devonian age at top


class_desc:
Elder sandstone: feldspathic sandstone, siltstone, shale, and chert. lander county


class_desc:
Dolomite: includes uppermost part of Ordovician system (Ely Springs Dolomite and equivalent rocks) and all of Silurian system


class_desc:
Shale and chert: includes Fourmile Canyon Formation in Eureka County and Noh Formation of Riva (1970) and unnamed rocks in Elko County


class_desc:
Platy limestone and limy siltstone, chert at base: includes units such as Roberts Mountains Formation, and Storff Formation and Chellis Limestone of Decker (1962). locally includes rocks of early Devonian age at top.


class_desc:
Andesite and related rocks of intermediate composition: flows and breccias


class_desc:
Andesite and basalt flows: mostly in about 17 to about 6 m.y. age range. in humboldt county, locally includes rocks as old as 21 m.y. may include rocks younger than 6 m.y. in places


class_desc:
Banbury Formation: basalt, gravel, and tuffaceous sediments locally. northeast Humboldt County and northwest elko County


class_desc:
Breccia: volcanic, thrust, and jasperoid breccia and landslide megabreccia


class_desc:
Horse Spring Formation: tuffaceous sedimentary rocks, southern nevada


class_desc:
Intrusive rocks: aphanitic, porphyritic, and coarsely granular rocks ranging in composition from diorite to granite. clark county


class_desc:
Granitic rocks, central and eastern nevada: mostly quartz monzonite and granodiorite. inconclusively dated or not dated radiometrically


class_desc:
Continental sedimentary rocks: includes units such as Pansy Lee Conglomerate in Humboldt County, part of Cretaceous(?) and Tertiary rocks of Kleinhampl and Ziony (1967) in northern Nye County, and part of "older clastic rocks" of Tschanz and Pampeyan (197


class_desc:
Continental sedimentary rocks: clark county


class_desc:
Intrusive rocks of mafic to intermediate composition:


class_desc:
Limestone, minor amounts of dolomite, shale, and sandstone; locally thick conglomerate units (Lower, Middle, and Upper Triassic): includes Tobin, Dixie Valley, Favret, Augusta Mountain, and Cane Spring Formations and Star Peak Group in central  Nevada an


class_desc:
Chinle formation and associated rocks (Upper Triassic): continental deposits of variegated bentonitic claystone, siltstone, and clayey sandstone; ledge-forming sandstone; and red siltstone


class_desc:
Granitic rocks: quartz monzonite in northern esmeralda county


class_desc:
Koipato group and related rocks (Lower Triassic): altered andesitic flows, rhyolitic tuffs and flows, and clastic rocks. includes rocks mapped by Silberling (1959) as Pablo Formation and originally considered to be Permian in the Shoshone Mountains, Nye c


class_desc:
Moenkopi Formation, Thaynes Formation, and related rocks (Lower Triassic): marine deposits of siltstone, limestone, and sparse conglomerate


class_desc:
Conglomerate, sandstone, shale, and dolomite of Diablo Formation below and shale, sandstone, and conglomerate of Candelaria Formation above (Lower or Upper Permian to Lower Triassic): Mineral, Esmeralda, and northwestern Nye counties


class_desc:
Silty limestone, minor amounts of shale, and some greenstone: unnamed sequence in adobe range, northern elko county


class_desc:
Volcanic flows and flow breccias, chiefly of andesitic composition, tuffs, sparse sandstone and graywacke: includes happy creek volcanic series and related rocks in humboldt county and similar rocks in washoe and pershing counties; includes andesite brecc


class_desc:
Ash-flow tuffs, rhyolitic flows, and shallow intrusive rock:


class_desc:
Sedimentary rocks: includes Sheep Pass Formation (Eocene) and related units and unnamed tuffaceous sedimentary rocks


class_desc:
Tuffaceous sedimentary rocks: locally includes minor amounts of tuff


class_desc:
Welded and nonwelded silicic ash-flow tuffs: locally includes thin units of air-fall tuff and sedimentary rock


class_desc:
Ash-flow tuffs and tuffaceous sedimentary rock:


class_desc:
Metamorphic rocks: gneiss and schist and lesser amounts of gneissic granite, pyroxenite, hornblendite, migmatite, pegmatite, and marble


class_desc:
Granitic rocks: porphyritic rapakivi granite


class_desc:
Quartzite, phyllitic siltstone, conglomerate, limestone, and dolomite: includes Mccoy Creek Group (excluding Stella Lake Quartzite) in east-central Nevada and Johnnie Formation in southern Nevada


class_desc:
Wyman Formation: phyllite and phyllitic siltstone and minor amounts of limestone, dolomite, and sandstone


class_desc:
Upper Cambrian to Early Proterozoic orthoquartzite and, less common,  conglomerate, sandstone and shale.  Metamorphosed in the NW.  Unit thick in the west; thins to the east


class_desc:
Upper to Lower Cambrian dolomite, limestone, and shale. Unit thick in the west; thins to the east


class_desc:
Early Ordovician to Middle Cambrian limestone, dolomite, shale, and sandstone.  Thick in the west; absent in the east


class_desc:
Lower Mississippian to Lower Devonian dolomite, limestone, orthoquartzite, and shale.  Thickest in western Utah


class_desc:
Upper to Middle Jurassic marine shale, carbonate, and evaporites overlain by non-marine sandstone, siltstone, and shale.  Not present in western Utah


class_desc:
Upper Jurassic non-marine conglomerate, sandstone, siltstone and shale


class_desc:
Upper to Middle Jurassic granite to quartz monzonite intrusions in western Utah.  Associated with W ore at Notch Peak


class_desc:
Cretaceous sandstone and shale; includes basal sandstone of transgressive Cretaceous sea


class_desc:
Upper Cretaceous, locally Lower Cretaceous, marine and non-marine sandstone, conglomerate, and shale.  Coal in SW


class_desc:
Upper Cretaceous conglomerate, sandstone, and shale; sediments derived from Sevier highlands in western Utah; conglomerate in central Utah and sandstone, in places coal-bearing, and shale in eastern and SW Utah (UM, SE, SW).


class_desc:
Mississippian limestone and dolomite.  Chert abundant in SW.  Unit shown as M1 in CU may include Upper Devonian rocks.  Thickest in western Utah


class_desc:
Mississippian limestone, dolomite, and sandstone.  Thickest in western Utah


class_desc:
Mississippian shale, siltstone, and limestone.  Clastics derived from western (Antler) uplands.  Thickest in Western Utah.  Metamorphosed in NW


class_desc:
Lower Silurian to Upper Cambrian limestone, dolomite and orthoquartzite.  Metamorphosed in the NW.  Thick in the west; absent in the east


class_desc:
Lower Permian, Pennsylvanian, and Upper Mississippian limestone, dolomite, sandstone, and shale


class_desc:
Lower Permian to Upper Pennsylvanian(?) sandstone, siltstone, shale, limestone, and dolomite.  Evaporite layers in WU.  May include Upper Pennsylvanian rocks in SE


class_desc:
Upper and Lower Permian limestone, dolomite, mudstone, gypsum, phosphate, and chert


class_desc:
Early Proterozoic to Late Archean intrusive rock


class_desc:
Early Proterozoic to Late Archean metamorphic rock


class_desc:
Late to Middle Proterozoic orthoquartzite, sandstone, argillite, conglomerate, tillite.  Absent in SE and SW


class_desc:
Quaternary to Pliocene alluvial deposits


class_desc:
Quaternary basalt flows and cones in WU and SW


class_desc:
Quaternary eolian deposits; dunes and sand sheets


class_desc:
Pleistocene glacial deposits.  Mountains over 10,000 ft show evidence of glaciation.  Glacier deposits most abundant in Uinta Mountains


class_desc:
Pleistocene Lake Bonneville (largest late Pleistocene pluvial lake in western North America) deposits developed in the western part of Utah (WU, NW, LH)


class_desc:
Holocene marsh deposits along edges of present-day Great Salt Lake


class_desc:
Quaternary rhyolites.  Occur in southwestern Utah


class_desc:
Quaternary salt and mud flats; for example, Bonneville Salt Flats


class_desc:
Silurian dolomite. In CU, may include dolomite of Ordovician and Devonian age. Thick in the west; absent in the east


class_desc:
Eocene to Paleocene non-marine conglomerate, sandstone, and limestone.  May include some Late Cretaceous rocks in LH


class_desc:
Eocene shale, limestone, and siltstone deposited in a lacustrine environment in the Green River Basin.  Green River Formation


class_desc:
Oligocene to Eocene sandstone, conglomerate, and siltstone deposited in the Uinta Basin.


class_desc:
Pliocene and Miocene sedimentary rocks, in part tuffaceous and(or) lacustrine, and interbedded flows and tuffs, deposited in basins forming during basin-range faulting and bimodal volcanism


class_desc:
Pliocene to late Oligocene conglomerate.  Variable age suggests local intermountain basins.


class_desc:
Paleocene to Upper Cretaceous non-marine shale, sandstone, conglomerate, and coal. In places, may include rocks as  young as Eocene


class_desc:
Tertiary intrusive rock.  Eocene to Oligocene, commonly porphyritic, and predominantly granodiorite to quartz monzonite; associated with base- and precious-metals (for example, Bingham Canyon porphyry)


class_desc:
Early to Late Miocene rhyolite in NW, LH, WU, and SW


class_desc:
Miocene volcanic rock, undivided in WU, CU, and SW


class_desc:
Older Tertiary volcanic rocks.  Includes basal intermediate flows and felsic to intermediate ash flow tuffs.  Predominantly in western Utah.


class_desc:
Pliocene basalt.  In NW, LH, SL, WU, and SW


class_desc:
Middle(?) and Lower Triassic to Upper Permian marine limestone, siltstone, shale and shale; less abundant sandstone and evaporite.  Limestone most abundant in western Utah (WU, LH, SL) and clastics in east


class_desc:
Upper Triassic non-marine shale, siltstone, sandstone, conglomerate; conglomerate member at the base in SE, SW.  In SL and CU, includes Lower Triassic(?) shale underlying conglomerate


class_desc:
Tertiary volcanic rocks, undivided.  In WU and SW.


class_desc:
Lower Jurassic to Upper Triassic(?) eolian and fluvial sandstone and, in the SE and SW, siltstone


class_desc:
Lower Permian, Pennsylvanian, and Upper Mississippian limestone, dolomite, and sandstone.  Unit much thinner than that deposited in Oquirrh basin


class_desc:
Eocene tuff, limestone, sandstone, and mudstone deposited in lacustrine environment; interfingers with the Green River Formation.  Unit only occurs in northeastern corner of Utah


class_desc:
Pennsylvanian shale, evaporites, and carbonates deposited in the Paradox basin of southeastern Utah


# COA

coa_desc:
Shale, sandstone, conglomerate, limestone, dolomite, chert, hornfels, marble, quartzite; in part pyroclastic rocks.


coa_desc:
Sandstone, shale, limestone, dolomite, chert, quartzite, and phyllite; includes some rocks that are possibly Precambrian.


coa_desc:
Limestone and dolomite, sandstone and shale; in part tuffaceous.


coa_desc:
Shale, sandstone, conglomerate, minor limestone; mostly well consolidated.


coa_desc:
Sandstone, shale, and conglomerate; mostly well consolidated.


coa_desc:
Sandstone, shale, conglomerate; moderately to well consolidated.


coa_desc:
Shale, sandstone, minor conglomerate, chert, slate, limestone; minor pyroclastic rocks.


coa_desc:
Undivided Cretaceous sandstone, shale, and conglomerate; minor nonmarine rocks in Peninsular Ranges


coa_desc:
Franciscan complex:  Cretaceous and Jurassic sandstone with smaller amounts of shale, chert, limestone, and conglomerate.  Includes Franciscan melange, except where separated--see KJfm.


coa_desc:
Melange of fragmented and sheared Franciscan complex rocks.


coa_desc:
Blueschist and semi-schist of Franciscan complex


coa_desc:
Lower Cretaceous sandstone, shale, and conglomerate.


coa_desc:
Upper Cretaceous sandstone, shale, and conglomerate.


coa_desc:
Undivided pre-Cenozoic metasedimentary and metavolcanic rocks of great variety.  Mostly slate, quartzite, hornfels, chert, phyllite, mylonite, schist, gneiss, and minor marble.


coa_desc:
Sandstone, shale, siltstone, conglomerate and breccia; moderately to well consolidated.


coa_desc:
Sandstone, shale, conglomerate, and fanglomerate; moderately to well consolidated.


coa_desc:
Undivided Mesozoic volcanic and metavolcanic rocks.  Andesite and rhyolite flow rocks, greenstone, volcanic breccia and other pyroclastic rocks; in part strongly metamorphosed.  Includes volcanic rocks of Franciscan complex:  basaltic pillow lava, diabase


coa_desc:
Sandstone, shale, conglomerate; mostly well consolidated


coa_desc:
Sandstone, siltstone, shale, and conglomerate; mostly moderately consolidated.


coa_desc:
Shale, conglomerate, limestone and dolomite, sandstone, slate, hornfels, quartzite; minor pyroclastic rocks.


coa_desc:
Undivided Paleozoic metasedimentary rocks.  Includes slate, sandstone, shale, chert, conglomerate, limestone, dolomite, marble, phyllite, schist, hornfels and quartzite.


coa_desc:
Undivided Paleozoic metavolcanic rocks.  Mostly flows, breccia and tuff, including greenstone, diabase, and pillow lavas; minor interbedded sedimentary rocks.


coa_desc:
Alluvium, lake, playa, and terrace deposits; unconsolidated and semi-consolidated.  Mostly nonmarine, but includes marine deposits near the coast.


coa_desc:
Pliocene and/or Pleistocene sandstone, shale, and gravel deposits; mostly loosely consolidated.


coa_desc:
Glacial till and moraines.  Found at high elevations mostly in the Sierra Nevada and Klamath Mountains.


coa_desc:
Selected large landslides, such as Blackhawk slide on north side of San Gabriel Mountains; early to late Quaternary.


coa_desc:
Recent (Holocene) volcanic flow rocks; minor pyroclastic deposits.


coa_desc:
Recent (Holocene) pyroclastic and volcanic mudflow deposits.


coa_desc:
Extensive marine and nonmarine sand deposits, generally neat the coast or desert playas.


coa_desc:
Quaternary volcanic flow rocks; minor pyroclastic deposits.


coa_desc:
Quaternary pyroclastic and volcanic mudflow deposits.


coa_desc:
Sandstone, shale, conglomerate, chert, slate, quartzite, hornfels, marble, dolomite phyllite; some greenstone.


coa_desc:
Sandstone, shale and minor conglomerate in coastal belt of northwestern California; included by some in Franciscan Complex.  Previously considered Cretaceous, but now known to contain early Tertiray microfossils in places.


coa_desc:
Undivided Tertiary sandstone, shale, conglomerate, breccia, and ancient lake deposits.


coa_desc:
Tertiary intrusive rocks; mostly shallow (hypabyssal) plugs and dikes.


coa_desc:
Tertiary volcanic flow rocks; minor pyroclastic deposits.


coa_desc:
Tertiary pyroclastic and volcanic mudflow deposits.


coa_desc:
Gabbro and dark dioritic rocks; chiefly Mesozoic.


coa_desc:
Granitic and metamorphic rocks, mostly gneiss and other metamorphic rocks injected by granitic rocks.  Mesozoic to Precambrian.


coa_desc:
Cenozoic (Tertiary) granitic rocks--quartz monzonite, quartz latite, and minor monzonite, granodiorite, and granite; found in the Kingston, Panamint, Amargosa, and Greenwater Ranges in southeastern California.


coa_desc:
Mesozoic granite, quartz monzonite, granodiorite, and quartz diorite.


coa_desc:
Paleozoic and Permo-Triassic granitic rocks in the San Gabriel and Klamath Mountains.


coa_desc:
Precambrian granite, syenite, anorthosite, and gabbroic rocks in the San Gabriel Mountains; also various Precambrian plutonic rocks elsewhere in southeastern California.


coa_desc:
Limestone, dolomite, and marble whose age is uncertain but probably Paleozoic or Mesozoic


coa_desc:
Undivided pre-Cenozoic metavolcanic rocks.  Includes latite, dacite, tuff, and greenstone; commonly schistose.


coa_desc:
Conglomerate, shale, sandstone, limestone, dolomite, marble, gneiss, hornfels, and quartzite; may be Paleozoic in part.


coa_desc:
Complex of Precambrian igneous and metamorphic rocks. Mostly gneiss and schist intruded by igneous rocks; may be Mesozoic in part.


coa_desc:
Schists of various types; mostly Paleozoic or Mesozoic age; some Precambrian.


coa_desc:
Ultramafic rocks, mostly serpentine.  Minor peridotite, gabbro, and diabase.  Chiefly Mesozoic.


coa_desc:
Limestone and dolomite, locally thick sequences of shale and siltstone: includes units such as Pioche Shale, Eldorado Dolomite, Geddes Limestone, Secret Canyon Shale, Hamburg Dolomite, Dunderberg Shale, and Windfall Formation of northern Nevada and Carrar


coa_desc:
Harmony Formation (Upper Cambrian): feldspathic and arkosic sandstone and minor amounts of shale, limestone, and chert


coa_desc:
Scott Canyon Formation (Lower or Middle Cambrian): chert, shale, greenstone, and sparse limestone and quartzite. southeast Humboldt County and northwest Lander County


coa_desc:
Sandstone and quartzite: includes tapeats sandstone and related rocks. rests on precambrian metamorphic rocks


coa_desc:
Shale and thin-bedded or laminated limestone; also thinly interbedded limestone and chert: includes units such as Preble and Emigrant Formations


coa_desc:
Quartzite and minor amounts of conglomerate, phyllitic siltstone, limestone, and dolomite: includes Prospect Mountain Quartzite, Osgood Mountain Quartzite, and Gold Hill Formation in northern Nevada, and Stirling Quartzite, Wood Canyon Formation, and Zabr


coa_desc:
Phyllitic siltstone, quartzite, and lesser amounts of limestone and dolomite: includes Reed Dolomite; Deep Spring, Campito, Poleta, Harkless, and Saline Valley Formations; and Mule Spring Limestone


coa_desc:
Dolomite, limestone, and minor amounts of sandstone and quartzite: includes units such as Sevy and Simonson Dolomites, Guilmette and Nevada Formations, and Devils Gate Limestone


coa_desc:
Dolomite and limestone (Lower Paleozoic:


coa_desc:
Chert, shale, argillite, siltstone, quartzite, and greenstone: undivided siliceous assemblage. mostly ordovician


coa_desc:
Shale, siliceous siltstone, chert, and minor amounts of limestone: includes Cockalorum Wash Formation of northern Nye County and Woodruff Formation and unnamed rocks in Elko County


coa_desc:
Slaven chert: chert and sparse limy sandstone, siltstone, and limestone. lander county


coa_desc:
Argillaceous limestone, chert, and shale: elko and eureka counties


coa_desc:
Dunlap Formation (Lower and Middle Jurassic): conglomerate, sandstone, greenstone, felsite, and tuff. locally contemporaneous with folding and thrusting. Mineral County and adjacent parts of Esmeralda and Nye counties


coa_desc:
Gabbroic complex (Lower and Middle Jurassic): includes gabbro, basalt, and synorogenic quartz sandstone (Boyer Ranch Formation). Churchill and Pershing Counties


coa_desc:
Granitic rocks: mostly quartz monzonite and granodiorite


coa_desc:
Volcanogenic sedimentary rocks, tuff, andesitic and felsitic flows, and carbonate rocks: age uncertain. mineral esmeralda, and northwest nye counties


coa_desc:
Aztec sandstone (Triassic? and Jurassic): friable fine- to medium-grained sandstone with conspicuous large-scale cross strata; considered eolian. age based on correlation with navajo sandstone


coa_desc:
Shale, mudstone, siltstone, sandstone, and carbonate rock; sparse volcanic rock (Upper Triassic and Lower Jurassic): includes Auld Lang Syne Group, Nightingale Sequence of Bonham (1969), and Gabbs and Sunrise Formations


coa_desc:
Shale, sandstone, volcanogenic clastic rocks, andesite, rhyolite, and locally thick carbonate units: undivided sequence locally containing recognizable equivalents of the Luning and Dunlap Formations


coa_desc:
Volcanic sandstone, felsic ash-flow tuffs, rhyolite, and rhyodacite flows (Upper? Jurassic): pony trail group of cortez mountains, eureka county


coa_desc:
Igneous and metamorphic complex: pegmatitic granite and other granitic rocks complexly intermixed with metasedimentary rocks. considered to be mesozoic igneous complex intruding lower paleozoic and possibly precambrian z sedimentary rocks. grades into uni


coa_desc:
Continental deposits of siltstone, shale, conglomerate, and limestone: includes units such as King Lear Formation in Humboldt County, Newark Canyon Formation in Eureka County, Eillow Tank Formation and Baseline Sandstone in Clark County


coa_desc:
Limestone and minor amounts of dolomite and shale: includes units such as rogers spring and monte cristo limestones


coa_desc:
Conglomerate, limestone, meta-andesite, phyllite, and shale: includes grossman, banner, nelson, and mountain city formation. northern elko county


coa_desc:
Shale, siltstone, sandstone, chert-pebble conglomerate, and limestone: includes units such as Pilot Shale, Joana Limestone, Chainman Shale, and Diamond Peak Formation in northern and eastern Nevada and Narrow Canyon Limestone, Mercury Limestone, and Elean


coa_desc:
Massive limestone: in the san antonio mountains, western nye county


coa_desc:
Siliceous and volcanic rocks: in Humboldt County, consists of altered pillow lavas, coarse volcanic breccias, clastic limestone, and minor amounts of sandstone, shale, siliceous shale, and chert of the Goughs Canyon Formation (Lower and Upper Mississippia


coa_desc:
Granitic rocks, western nevada (Mesozoic): mostly quartz monzonite and granodiorite. inconclusively dated or not dated radiometrically


coa_desc:
Limestone, dolomite, shale, and quartzite: includes units such as pogonip group, eureka quartzite, and ely springs dolomite. where ely springs dolomite or equivalent rocks are included in soc unit, this unit includes only the pogonip group and eureka quar


coa_desc:
Dolomite and limestone: undivided cambrian and ordovician rocks in part of clark county; mostly cambrian


coa_desc:
Phyllite, shale, and limestone: locally includes chert and quartzite. includes Tennessee Mountain Formation of Bushnell (1967) in western Elko County, Broad Canyon Sequence of Means (1962) in Lander County, and rocks originally mapped as Palmetto Formatio


coa_desc:
Shale, chert, and minor amounts of quartzite, greenstone, and limestone: includes units such as Vinini Formation of north-central Nevada, Palmetto Formation in southern and central parts of Esmeralda County, and Comus Formation in Humboldt County. Locally


coa_desc:
Siliceous and volcanic rocks: chert, shale, quartzite, greenstone, and minor amounts of limestone. includes units such as Valmy Formation of north-central Nevada and some rocks mapped as Palmetto Formation in northern part of Esmeralda County and adjacent


coa_desc:
Shale, chert, and limestone: includes Aura Formation of Decker (1962) in northwest Elko County and Perkins Canyon Formation of Kay and Crawford (1964) in northern Nye County


coa_desc:
Cherty limestone and sparse dolomite, shale, and sandstone (Lower and Upper Permian): includes units such as Park City Group and equivalent rocks in northern Nevada and Toroweap Formation and Kaibab Limestone in southern Nevada


coa_desc:
Limestone, cherty limestone, sandy limestone, and chert-pebble conglomerate (Lower and Middle Pennsylvanian): includes units such as Moleen and Tomera Formations of Dott (1955)


coa_desc:
Limestone, dolomite, and shale (Upper Paleozoic): includes van duzer limestone of Decker (1962)


coa_desc:
Havallah sequence of Silberling and Roberts (1962): chert argillite, shale, grennstone, and minor amounts of siltstone, sandstone, conglomerate, and limestone. includes Schoonover Formation of Fagan (1962) and reservation hill formation in Elko County, fa


coa_desc:
Antler sequence of Silberling and Roberts (1962) (Middle Pennsylvanian to Early or Late Permian) (Guadalupian): conglomerate, sandy to conglomeratic limestone, limestone, sandstone, and calcareous shale. thin detrital and carbonate sequence within main pa


coa_desc:
Limestone: includes Ely Limestone (mostly Lower and Middle Pennsylvanian)


coa_desc:
Sandy and silty limestone, conglomerate, and siltstone (Upper Pennsylvanian to Upper Permian): includes units such as Strathearn Formation of Dott (1955) and Buckskin Mountain, Beacon Flat, and Carlin Canyon Formations of Dott (1955)


coa_desc:
Limestone and sparse dolomite, siltstone, and sandstone: includes units such as undivided Riepe Spring Limestone of Steele (1960)  and Ely Limestone or their equivalent in Elko, Ehite Pine, and northern Lincoln counties and most of the Bird Spring Formati


coa_desc:
Siltstone, sandstone, limestone, and dolomite (commonly silty or sandy), and gypsum (Lower Permian): includes units such as Rib Hill Sandstone and Pequop Formation of Steele (1959) in Elko county, Rib Hill Sandstone and Arcturus Formation in White Pine Co


coa_desc:
Serpentinite (Paleozoic): mineral, northwestern Nye, and eastern Humboldt counties


coa_desc:
Alluvial deposits: locally includes beach and sand dune deposits


coa_desc:
Playa, marsh, and alluvial-flat deposits, locally erode:


coa_desc:
Intrusive rocks of mafic and intermediate compositio:


coa_desc:
Basalt flows: locally includes maar deposits


coa_desc:
Rhyolitic flows and shallow intrusive rock:


coa_desc:
Dolomite: includes units such as laketown and lone mountain dolomites. locally includes rocks of early devonian age at top


coa_desc:
Elder sandstone: feldspathic sandstone, siltstone, shale, and chert. lander county


coa_desc:
Dolomite: includes uppermost part of Ordovician system (Ely Springs Dolomite and equivalent rocks) and all of Silurian system


coa_desc:
Shale and chert: includes Fourmile Canyon Formation in Eureka County and Noh Formation of Riva (1970) and unnamed rocks in Elko County


coa_desc:
Platy limestone and limy siltstone, chert at base: includes units such as Roberts Mountains Formation, and Storff Formation and Chellis Limestone of Decker (1962). locally includes rocks of early Devonian age at top.


coa_desc:
Andesite and related rocks of intermediate composition: flows and breccias


coa_desc:
Andesite and basalt flows: mostly in about 17 to about 6 m.y. age range. in humboldt county, locally includes rocks as old as 21 m.y. may include rocks younger than 6 m.y. in places


coa_desc:
Banbury Formation: basalt, gravel, and tuffaceous sediments locally. northeast Humboldt County and northwest elko County


coa_desc:
Breccia: volcanic, thrust, and jasperoid breccia and landslide megabreccia


coa_desc:
Horse Spring Formation: tuffaceous sedimentary rocks, southern nevada


coa_desc:
Intrusive rocks: aphanitic, porphyritic, and coarsely granular rocks ranging in composition from diorite to granite. clark county


coa_desc:
Granitic rocks, central and eastern nevada: mostly quartz monzonite and granodiorite. inconclusively dated or not dated radiometrically


coa_desc:
Continental sedimentary rocks: includes units such as Pansy Lee Conglomerate in Humboldt County, part of Cretaceous(?) and Tertiary rocks of Kleinhampl and Ziony (1967) in northern Nye County, and part of "older clastic rocks" of Tschanz and Pampeyan (197


coa_desc:
Continental sedimentary rocks: clark county


coa_desc:
Intrusive rocks of mafic to intermediate composition:


coa_desc:
Limestone, minor amounts of dolomite, shale, and sandstone; locally thick conglomerate units (Lower, Middle, and Upper Triassic): includes Tobin, Dixie Valley, Favret, Augusta Mountain, and Cane Spring Formations and Star Peak Group in central  Nevada an


coa_desc:
Chinle formation and associated rocks (Upper Triassic): continental deposits of variegated bentonitic claystone, siltstone, and clayey sandstone; ledge-forming sandstone; and red siltstone


coa_desc:
Granitic rocks: quartz monzonite in northern esmeralda county


coa_desc:
Koipato group and related rocks (Lower Triassic): altered andesitic flows, rhyolitic tuffs and flows, and clastic rocks. includes rocks mapped by Silberling (1959) as Pablo Formation and originally considered to be Permian in the Shoshone Mountains, Nye c


coa_desc:
Moenkopi Formation, Thaynes Formation, and related rocks (Lower Triassic): marine deposits of siltstone, limestone, and sparse conglomerate


coa_desc:
Conglomerate, sandstone, shale, and dolomite of Diablo Formation below and shale, sandstone, and conglomerate of Candelaria Formation above (Lower or Upper Permian to Lower Triassic): Mineral, Esmeralda, and northwestern Nye counties


coa_desc:
Silty limestone, minor amounts of shale, and some greenstone: unnamed sequence in adobe range, northern elko county


coa_desc:
Volcanic flows and flow breccias, chiefly of andesitic composition, tuffs, sparse sandstone and graywacke: includes happy creek volcanic series and related rocks in humboldt county and similar rocks in washoe and pershing counties; includes andesite brecc


coa_desc:
Ash-flow tuffs, rhyolitic flows, and shallow intrusive rock:


coa_desc:
Sedimentary rocks: includes Sheep Pass Formation (Eocene) and related units and unnamed tuffaceous sedimentary rocks


coa_desc:
Tuffaceous sedimentary rocks: locally includes minor amounts of tuff


coa_desc:
Welded and nonwelded silicic ash-flow tuffs: locally includes thin units of air-fall tuff and sedimentary rock


coa_desc:
Ash-flow tuffs and tuffaceous sedimentary rock:


coa_desc:
Metamorphic rocks: gneiss and schist and lesser amounts of gneissic granite, pyroxenite, hornblendite, migmatite, pegmatite, and marble


coa_desc:
Granitic rocks: porphyritic rapakivi granite


coa_desc:
Quartzite, phyllitic siltstone, conglomerate, limestone, and dolomite: includes Mccoy Creek Group (excluding Stella Lake Quartzite) in east-central Nevada and Johnnie Formation in southern Nevada


coa_desc:
Wyman Formation: phyllite and phyllitic siltstone and minor amounts of limestone, dolomite, and sandstone


coa_desc:
Upper Cambrian to Early Proterozoic orthoquartzite and, less common,  conglomerate, sandstone and shale.  Metamorphosed in the NW.  Unit thick in the west; thins to the east


coa_desc:
Upper to Lower Cambrian dolomite, limestone, and shale. Unit thick in the west; thins to the east


coa_desc:
Early Ordovician to Middle Cambrian limestone, dolomite, shale, and sandstone.  Thick in the west; absent in the east


coa_desc:
Lower Mississippian to Lower Devonian dolomite, limestone, orthoquartzite, and shale.  Thickest in western Utah


coa_desc:
Upper to Middle Jurassic marine shale, carbonate, and evaporites overlain by non-marine sandstone, siltstone, and shale.  Not present in western Utah


coa_desc:
Upper Jurassic non-marine conglomerate, sandstone, siltstone and shale


coa_desc:
Upper to Middle Jurassic granite to quartz monzonite intrusions in western Utah.  Associated with W ore at Notch Peak


coa_desc:
Cretaceous sandstone and shale; includes basal sandstone of transgressive Cretaceous sea


coa_desc:
Upper Cretaceous, locally Lower Cretaceous, marine and non-marine sandstone, conglomerate, and shale.  Coal in SW


coa_desc:
Upper Cretaceous conglomerate, sandstone, and shale; sediments derived from Sevier highlands in western Utah; conglomerate in central Utah and sandstone, in places coal-bearing, and shale in eastern and SW Utah (UM, SE, SW).


coa_desc:
Mississippian limestone and dolomite.  Chert abundant in SW.  Unit shown as M1 in CU may include Upper Devonian rocks.  Thickest in western Utah


coa_desc:
Mississippian limestone, dolomite, and sandstone.  Thickest in western Utah


coa_desc:
Mississippian shale, siltstone, and limestone.  Clastics derived from western (Antler) uplands.  Thickest in Western Utah.  Metamorphosed in NW


coa_desc:
Lower Silurian to Upper Cambrian limestone, dolomite and orthoquartzite.  Metamorphosed in the NW.  Thick in the west; absent in the east


coa_desc:
Lower Permian, Pennsylvanian, and Upper Mississippian limestone, dolomite, sandstone, and shale


coa_desc:
Lower Permian to Upper Pennsylvanian(?) sandstone, siltstone, shale, limestone, and dolomite.  Evaporite layers in WU.  May include Upper Pennsylvanian rocks in SE


coa_desc:
Upper and Lower Permian limestone, dolomite, mudstone, gypsum, phosphate, and chert


coa_desc:
Early Proterozoic to Late Archean intrusive rock


coa_desc:
Early Proterozoic to Late Archean metamorphic rock


coa_desc:
Late to Middle Proterozoic orthoquartzite, sandstone, argillite, conglomerate, tillite.  Absent in SE and SW


coa_desc:
Quaternary to Pliocene alluvial deposits


coa_desc:
Quaternary basalt flows and cones in WU and SW


coa_desc:
Quaternary eolian deposits; dunes and sand sheets


coa_desc:
Pleistocene glacial deposits.  Mountains over 10,000 ft show evidence of glaciation.  Glacier deposits most abundant in Uinta Mountains


coa_desc:
Pleistocene Lake Bonneville (largest late Pleistocene pluvial lake in western North America) deposits developed in the western part of Utah (WU, NW, LH)


coa_desc:
Holocene marsh deposits along edges of present-day Great Salt Lake


coa_desc:
Quaternary rhyolites.  Occur in southwestern Utah


coa_desc:
Quaternary salt and mud flats; for example, Bonneville Salt Flats


coa_desc:
Silurian dolomite. In CU, may include dolomite of Ordovician and Devonian age. Thick in the west; absent in the east


coa_desc:
Eocene to Paleocene non-marine conglomerate, sandstone, and limestone.  May include some Late Cretaceous rocks in LH


coa_desc:
Eocene shale, limestone, and siltstone deposited in a lacustrine environment in the Green River Basin.  Green River Formation


coa_desc:
Oligocene to Eocene sandstone, conglomerate, and siltstone deposited in the Uinta Basin.


coa_desc:
Pliocene and Miocene sedimentary rocks, in part tuffaceous and(or) lacustrine, and interbedded flows and tuffs, deposited in basins forming during basin-range faulting and bimodal volcanism


coa_desc:
Pliocene to late Oligocene conglomerate.  Variable age suggests local intermountain basins.


coa_desc:
Paleocene to Upper Cretaceous non-marine shale, sandstone, conglomerate, and coal. In places, may include rocks as  young as Eocene


coa_desc:
Tertiary intrusive rock.  Eocene to Oligocene, commonly porphyritic, and predominantly granodiorite to quartz monzonite; associated with base- and precious-metals (for example, Bingham Canyon porphyry)


coa_desc:
Early to Late Miocene rhyolite in NW, LH, WU, and SW


coa_desc:
Miocene volcanic rock, undivided in WU, CU, and SW


coa_desc:
Older Tertiary volcanic rocks.  Includes basal intermediate flows and felsic to intermediate ash flow tuffs.  Predominantly in western Utah.


coa_desc:
Pliocene basalt.  In NW, LH, SL, WU, and SW


coa_desc:
Middle(?) and Lower Triassic to Upper Permian marine limestone, siltstone, shale and shale; less abundant sandstone and evaporite.  Limestone most abundant in western Utah (WU, LH, SL) and clastics in east


coa_desc:
Upper Triassic non-marine shale, siltstone, sandstone, conglomerate; conglomerate member at the base in SE, SW.  In SL and CU, includes Lower Triassic(?) shale underlying conglomerate


coa_desc:
Tertiary volcanic rocks, undivided.  In WU and SW.


coa_desc:
Lower Jurassic to Upper Triassic(?) eolian and fluvial sandstone and, in the SE and SW, siltstone


coa_desc:
Lower Permian, Pennsylvanian, and Upper Mississippian limestone, dolomite, and sandstone.  Unit much thinner than that deposited in Oquirrh basin


coa_desc:
Eocene tuff, limestone, sandstone, and mudstone deposited in lacustrine environment; interfingers with the Green River Formation.  Unit only occurs in northeastern corner of Utah


coa_desc:
Pennsylvanian shale, evaporites, and carbonates deposited in the Paradox basin of southeastern Utah


# Dataset_Query

query_desc:
INSERT INTO Cartographic_Object (class_obj_id, class_seq, cart_desc, cart_sym_table, cart_sym, cart_color_table, cart_color) SELECT :new_class_obj_id, class_seq, cart_desc, cart_sym_table, cart_sym, cart_color_table, cart_color FROM Cartographic_Object WHERE class_obj_id = :class_obj_id


query_desc:
INSERT INTO Classification_Object ( class_obj_id, class_group, class_label, class_name, class_desc ) SELECT :new_class_obj_id, class_group, class_label, class_name, class_desc FROM Classification_Object WHERE class_obj_id = :class_obj_id


query_desc:
INSERT INTO Data_Classification ( class_obj_id, coa_id, vol_percent, vol_quality, data_seq) SELECT :new_class_obj_id, coa_id, vol_percent, vol_quality, data_seq FROM Data_Classification WHERE class_obj_id = :class_obj_id


query_desc:
INSERT INTO Spatial_Classification (spatial_obj_id, dataset_id, class_obj_id) SELECT spatial_obj_id, dataset_id, :new_class_obj_id FROM Spatial_Classification WHERE class_obj_id = :class_obj_id


query_desc:
DELETE FROM Classification_Scheme AS CS WHERE CS.class_scheme_id = :scheme_id


query_title:
Delete All spatial classification for a scheme_id

query_desc:
DELETE FROM Spatial_Classification WHERE class_obj_id IN (SELECT class_obj_id FROM Classification_Scheme WHERE class_scheme_id = :scheme_id)


query_desc:
DELETE FROM Cartographic_Object WHERE class_obj_id=:class_obj_id


query_title:
Delete all cartographic object of a scheme

query_desc:
DELETE FROM Cartographic_Object WHERE class_obj_id IN (SELECT class_obj_id FROM Classification_Scheme WHERE class_Scheme_id = :scheme_id)


query_desc:
DELETE FROM Classification_Object WHERE class_obj_id=:class_obj_id


query_desc:
DELETE FROM Classification_Scheme WHERE source_id=:source_id AND class_obj_id=:class_obj_id


query_title:
Delete all classification object of a scheme

query_desc:
DELETE FROM Classification_Object WHERE class_obj_id IN (SELECT class_obj_id FROM Classification_Scheme WHERE class_Scheme_id = :scheme_id)


query_title:
Delete all class tree data for a specific scheme

query_desc:
DELETE FROM Class_Tree AS ct WHERE ct.Scheme_id = :scheme_id


query_desc:
DELETE FROM Coa_Relation WHERE rel_id=:rel_id


query_desc:
DELETE FROM Color WHERE cart_color_table = :cart_color_table AND cart_color = :cart_color


query_desc:
DELETE FROM Data_Classification WHERE class_obj_id=:class_obj_id


query_title:
Delete all data classification for a scheme

query_desc:
DELETE FROM Data_Classification WHERE class_obj_id IN (SELECT class_obj_id FROM Classification_Scheme WHERE class_Scheme_id = :scheme_id)


query_desc:
DELETE FROM Dataset WHERE dataset_id = :datasetID


query_desc:
DELETE FROM Organization WHERE org_id = :orgID


query_desc:
DELETE FROM Projection WHERE prj_id = :projID


query_desc:
DELETE FROM RelatedSource WHERE Source1_id = :source1ID OR Source2_id = :source2ID


query_title:
Delete a classification name of a scheme

query_desc:
DELETE FROM Classification_Name WHERE source_id = :sourceID


query_desc:
DELETE FROM Source WHERE source_id = :sourceID


query_desc:
DELETE FROM SourceDataset WHERE source_id = :sourceID


query_desc:
DELETE FROM Classification_Scheme WHERE source_id = :sourceID


query_desc:
DELETE FROM Spatial_Classification where Class_obj_id=:class_obj_id AND Dataset_id=:dataset_id AND Spatial_obj_id=:spatial_obj_Id


query_title:
Delete Spatial Classification for a class_obj_id

query_desc:
DELETE FROM Spatial_Classification WHERE class_obj_id=:class_obj_id


query_title:
Delete a symbol reference in Symbol table

query_desc:
DELETE FROM Symbol WHERE cart_sym_table = :cart_sym_table AND cart_sym = :cart_sym


query_desc:
SELECT DIXDISPLAYFIELD FROM SYSDIX WHERE TABLENAME = :TableName AND FIELDNAME = :FieldName


query_desc:
SELECT DIXRETURNFIELD FROM SYSDIX WHERE TABLENAME = :TableName AND FIELDNAME = :FieldName


query_desc:
SELECT coa_type, coa_type_desc, coa_table FROM coa_type


query_desc:
SELECT Data_Classification.coa_id, Data_Classification.class_obj_id, Classification_Scheme.source_id FROM Classification_Scheme INNER JOIN Data_Classification ON Classification_Scheme.class_obj_id = Data_Classification.class_obj_id WHERE (((Classification_Scheme.source_id)=:source_id))


query_desc:
SELECT coa_type From COA WHERE coa_id = :coa_id


query_desc:
SELECT Color.CMYK, Color.RGB, Cartographic_Object.class_obj_id FROM Cartographic_Object INNER JOIN Color ON (Cartographic_Object.cart_color = Color.cart_color) AND (Cartographic_Object.cart_color_table = Color.cart_color_table) WHERE (((Cartographic_Object.class_obj_id)=:class_obj_id))


query_desc:
SELECT RGB,CMYK,color_desc FROM COLOR WHERE cart_color_table = :cart_color_table AND cart_color = :cart_color


query_desc:
SELECT Cartographic_Object.class_obj_id, Cartographic_Object.class_seq, Color.CMYK, Color.RGB, Color.color_desc FROM Cartographic_Object INNER JOIN Color ON (Cartographic_Object.cart_color = Color.cart_color) AND (Cartographic_Object.cart_color_table = Color.cart_color_table) WHERE (((Cartographic_Object.class_obj_id)=:class_obj_id))


query_title:
Select all related spatial object (same class_obj)

query_desc:
SELECT Spatial_Classification_1.spatial_obj_id as SP_OBJ, Spatial_Classification_1.dataset_id as DS, Spatial_Classification.spatial_obj_id, Spatial_Classification.dataset_id FROM Spatial_Classification INNER JOIN Spatial_Classification AS Spatial_Classification_1 ON Spatial_Classification.class_obj_id = Spatial_Classification_1.class_obj_id WHERE (((Spatial_Classification.spatial_obj_id)=:spatial_obj_id) AND ((Spatial_Classification.dataset_id)=:dataset_id))


query_desc:
SELECT Color.cart_color_table, Max(Color.cart_color) AS MaxID FROM Color GROUP BY Color.cart_color_table HAVING (((Color.cart_color_table)=:cart_color_table))


query_desc:
SELECT SYSCARTO.cart_MOdesc, Cartographic_Object.class_obj_id FROM Cartographic_Object INNER JOIN SYSCARTO ON (Cartographic_Object.cart_sym = SYSCARTO.cart_sym) AND (Cartographic_Object.cart_sym_table = SYSCARTO.cart_sym_table) WHERE (((Cartographic_Object.class_obj_id)=:class_obj_id))


query_desc:
SELECT Symbol.cart_sym_table, Symbol.cart_sym, Symbol.desc, SYSCARTO.cart_MOdesc, SYSCARTO.cart_MOvers FROM Symbol INNER JOIN SYSCARTO ON (Symbol.cart_sym = SYSCARTO.cart_sym) AND (Symbol.cart_sym_table = SYSCARTO.cart_sym_table) WHERE (((Symbol.cart_sym_table)=:cart_sym_table) AND ((Symbol.cart_sym)=:cart_sym))


query_desc:
SELECT Cartographic_Object.class_obj_id, Symbol.cart_sym_type, Symbol.cart_sym_table, Symbol.cart_sym, Symbol.desc FROM Cartographic_Object INNER JOIN Symbol ON (Cartographic_Object.cart_sym = Symbol.cart_sym) AND (Cartographic_Object.cart_sym_table = Symbol.cart_sym_table) WHERE (((Cartographic_Object.class_obj_id)=:class_obj_id))


query_desc:
INSERT INTO Cartographic_object (class_obj_id, cart_desc, cart_sym_type, cart_sym_table, cart_sym, cart_color_table, cart_color) VALUES (:class_obj_id, :cart_desc, :cart_sym_type, :cart_sym_table, :cart_sym, :cart_color_table, :cart_color)


query_desc:
INSERT INTO Classification_object (class_obj_id, class_group, class_label, class_name, class_desc) VALUES(:class_obj_id, :class_group,:class_label,:class_name,:class_desc)


query_desc:
INSERT INTO Classification_Scheme (source_id, class_obj_id, class_scheme_id, class_seq, disp_priority, disp_visibility) VALUES (:source_id, :class_obj_id, :class_scheme_id, :class_seq, :disp_priority, :disp_visibility)


query_desc:
INSERT INTO Classification_Name (source_id, class_scheme_id, class_scheme_name) VALUES (:source_id, :class_scheme_id, 'N/A')


query_desc:
INSERT INTO Classification_Scheme (source_id, class_obj_id, class_scheme_id, class_seq, disp_priority, disp_visibility) VALUES (:source_id, 0, :class_scheme_id, 0, 0, 'N/A')


query_desc:
INSERT INTO Coa_Relation ( rel_id, coa_id, rel_coa_id, relation, rel_desc ) VALUES(:rel_id, :coa_id, :rel_coa_id, :relation, :rel_desc)


query_desc:
INSERT INTO Color (cart_color_table,cart_color,CMYK,RGB, color_desc) VALUES (:cart_color_table,:cart_color,:cmyk,:rgb,:desc)


query_desc:
INSERT INTO Data_classification (class_obj_id, coa_id, vol_percent, vol_quality, data_seq) VALUES (:class_obj_id, :coa_id, :vol_percent, :vol_quality, :data_seq)


query_desc:
INSERT INTO Dataset(dataset_id, dataset_name, dataset_type, dataset_filename, dataset_soid_field, dataset_dsid_field, subj_id) VALUES (:datasetID, 'New dataset', 'N/A',  'N/A',  'N/A',  'N/A', 0)


query_title:
Insert new schemes to merge two source maps

query_desc:
INSERT INTO Classification_Scheme(class_obj_id, class_scheme_id, source_id, class_seq, disp_priority, disp_visibility) SELECT class_obj_id, :newScheme AS class_scheme_id, :source_id, class_seq, :maxPriority + disp_priority AS disp_prior, disp_visibility FROM Classification_Scheme WHERE class_scheme_id = :oldScheme


query_title:
Insert new datasets to merge two source maps

query_desc:
INSERT INTO SourceDataset(source_id, dataset_id, disp_priority, disp_visibility) SELECT :newSource AS source_id, dataset_id, :maxPriority + disp_priority AS disp_prior, disp_visibility FROM SourceDataset WHERE source_id = :toMerge AND dataset_id NOT IN (SELECT dataset_id FROM SourceDataset WHERE source_id = :newSource)


query_desc:
INSERT INTO Classification_Scheme(source_id, class_obj_id, class_scheme_id, class_seq, disp_priority, disp_visibility) SELECT :newSource AS source_id, class_obj_id, :newScheme AS class_scheme_id, class_seq, disp_priority, disp_visibility FROM Classification_Scheme WHERE class_scheme_id = :scheme_id


query_title:
Insert new source datasets from existing ones

query_desc:
INSERT INTO SourceDataset(source_id, dataset_id, disp_priority, disp_visibility) SELECT :newSource AS source_id, dataset_id, disp_priority, disp_visibility FROM SourceDataset WHERE source_id = :source_id


query_desc:
INSERT INTO Symbol (cart_sym_type,cart_sym_table,cart_sym,symbol_desc) VALUES (:cart_sym_type,:cart_sym_table,:cart_sym,:desc)


query_desc:
INSERT INTO Organization (org_id, org_name) VALUES (:orgID, :orgName)


query_title:
Insert a new projection in Projection table.

query_desc:
INSERT INTO Projection (prj_id, scale_factor, false_east, false_north, radius) VALUES (:projID, 0.9996, 500000, 0, 6945.75456)


query_desc:
INSERT INTO RelatedSource (source1_id, source2_id, source_relation) VALUES(:source1ID, :source2ID, :source_relation)


query_desc:
INSERT INTO Source (source_id, org_id, source_author, source_date, source_title, pub_edition, pub_series, pub_issue, pub_place, pub_contact, source_scale, source_resolution, prj_id, max_lat, min_lat, max_long, min_long, url, comment, source_contribution) VALUES(:source_id, 'USGS', 'N/A', NOW, 'New Source', 'N/A', 'N/A', 'N/A', 'N/A', 'N/A', 0, 0, 'N/A',  0, 0, 0, 0, 'http://www.usgs.gov', 'N/A', 'N/A')


query_desc:
INSERT INTO SourceDataset (source_id, dataset_id, disp_priority, disp_visibility) VALUES(:sourceID, :datasetID, :disp_priority, :disp_visibility)


query_desc:
INSERT INTO Source (source_id, org_id, source_author, source_date, source_title, pub_edition, pub_series, pub_issue, pub_place, pub_contact, source_scale, source_resolution, prj_id, max_lat, min_lat, max_long, min_long, url, comment, source_contribution) SELECT :new_source_id As source_id, org_id, source_author, source_date, :source_title as ource_title, pub_edition, pub_series, pub_issue, pub_place, pub_contact, source_scale, source_resolution, prj_id, max_lat, min_lat, max_long, min_long, url, comment, source_contribution FROM source WHERE source_id = :old_source_id


query_desc:
INSERT INTO Rock_Unit_Rank (rock_rank, rock_level) VALUES (:rock_rank, :rock_level)


query_desc:
INSERT INTO Spatial_Classification (Class_obj_id, Dataset_id, Spatial_obj_id) VALUES(:class_obj_id, :dataset_id, :spatial_obj_id)


query_desc:
INSERT INTO SYSCARTO(cart_sym_table, cart_sym, cart_MOdesc, cart_MOvers) VALUES(:cart_sym_table, cart_sym, :cart_MOdesc, :cart_MOvers)


query_desc:
UPDATE Spatial_Classification SET class_obj_id = :new_class_obj_id WHERE class_obj_id = :class_obj_id


query_title:
Liste the number of occurrences of color

query_desc:
SELECT Cartographic_Object.class_obj_id, Cartographic_Object.cart_color_table, Cartographic_Object.cart_color FROM Cartographic_Object WHERE (((Cartographic_Object.cart_color_table)=:cart_color_table) AND ((Cartographic_Object.cart_color)=:cart_color))


query_title:
Count the number of time a symbol is used

query_desc:
SELECT Cartographic_Object.cart_sym_table, Cartographic_Object.cart_sym FROM Cartographic_Object WHERE (((Cartographic_Object.cart_sym_table)=:cart_sym_table) AND ((Cartographic_Object.cart_sym)=:cart_sym))


query_title:
Create a classification ID, but not a legend yet


query_desc:
SELECT Classification_Scheme.class_seq AS CLASS_SEQ, Classification_Scheme.disp_priority AS CLASS_PRIO, Classification_Scheme.disp_visibility AS CLASS_VIS, Classification_Scheme.class_scheme_id AS CLASS_SCHEME_ID, Classification_Object.class_label AS CLASS_LAB,                   Classification_Object.class_name AS CLASS_NAM, Classification_Object.class_desc AS CLASS_DESC,   Classification_Object.class_obj_id AS CLASS_OBJ_ID, Data_Classification.coa_id,   Cartographic_Object.cart_sym_type,                  Cartographic_Object.cart_sym_table,  Cartographic_Object.cart_sym, Cartographic_Object.cart_color_table,   Cartographic_Object.cart_color  FROM ((Classification_Scheme INNER JOIN Classification_Object ON                   Classification_Scheme.class_obj_id = Classification_Object.class_obj_id)  INNER JOIN Cartographic_Object ON Classification_Object.class_obj_id = Cartographic_Object.class_obj_id)  LEFT JOIN Data_Classification ON                     Classification_Object.class_obj_id = Data_Classification.class_obj_id  WHERE (((Classification_Scheme.Source_id)=:source_id))  ORDER BY Classification_Scheme.class_seq


query_desc:
SELECT Classification_Scheme.class_seq AS CLASS_SEQ, Classification_Scheme.disp_priority AS CLASS_PRIO,  Classification_Scheme.disp_visibility AS CLASS_VIS,                  Classification_Scheme.class_scheme_id AS CLASS_SCHEME_ID,  Classification_Object.class_label AS CLASS_LAB,   Classification_Object.class_name AS CLASS_NAM,  Classification_Object.class_desc AS CLASS_DESC,                 Classification_Object.class_obj_id AS CLASS_OBJ_ID,  Data_Classification.coa_id, Cartographic_Object.cart_sym_type,  Cartographic_Object.cart_sym_table, Cartographic_Object.cart_sym,  Cartographic_Object.cart_color_table,                 Cartographic_Object.cart_color  FROM ((Classification_Scheme INNER JOIN Classification_Object ON Classification_Scheme.class_obj_id = Classification_Object.class_obj_id) INNER JOIN Cartographic_Object ON                  Classification_Object.class_obj_id = Cartographic_Object.class_obj_id)  LEFT JOIN Data_Classification ON Classification_Object.class_obj_id = Data_Classification.class_obj_id WHERE (((Classification_Scheme.Source_id)=:source_id AND                  Classification_Scheme.class_scheme_id = :scheme_id))  ORDER BY Classification_Scheme.class_seq


query_title:
Select all legend items to create the tree.

query_desc:
SELECT Classification_Object.class_obj_id, Classification_Object.class_label, Classification_Object.class_name, Classification_Object.class_desc, Data_Classification.coa_id, COA.coa_name FROM ((Classification_Scheme INNER JOIN Classification_Object ON Classification_Scheme.class_obj_id = Classification_Object.class_obj_id) INNER JOIN Data_Classification ON Classification_Object.class_obj_id = Data_Classification.class_obj_id) INNER JOIN COA ON Data_Classification.coa_id = COA.coa_id WHERE (((Classification_Scheme.source_id) = :source_id))


query_title:
Select the Classification Identifier for a source

query_desc:
SELECT class_scheme_id FROM Classification_Name WHERE source_id=:source_id


query_desc:
SELECT Coa_Relation.rel_id, Coa_Relation.coa_id, Coa_Relation.rel_coa_id, coa.coa_name, Coa_Relation.relation, Coa_Relation.rel_desc FROM Coa INNER JOIN Coa_Relation ON Coa.Coa_id = Coa_Relation.rel_Coa_Id WHERE Coa_Relation.Coa_Id = :coa_id


query_desc:
SELECT coa_relation, rel_type_desc FROM Coa_Relation_Type


query_desc:
SELECT Desc_Type.desc_type, Desc_Type.desc_type_desc, Desc_Type.desc_table FROM Desc_Type INNER JOIN COA_Valid_Desc ON Desc_Type.desc_type = COA_Valid_Desc.desc_type WHERE ((COA_Valid_Desc.coa_type)=:coa_type)


query_desc:
SELECT Data_Classification.coa_id, Spatial_Classification.class_obj_id, Spatial_Classification.dataset_id, Spatial_Classification.spatial_obj_id, Classification_Scheme.source_id FROM (Spatial_Classification INNER JOIN Data_Classification ON Spatial_Classification.class_obj_id = Data_Classification.class_obj_id) INNER JOIN Classification_Scheme ON Data_Classification.class_obj_id = Classification_Scheme.class_obj_id WHERE (((Spatial_Classification.dataset_id)=:dataset_id) AND ((Spatial_Classification.spatial_obj_id)=:spatial_obj_id) AND ((Classification_Scheme.source_id)=:scheme_id))


query_desc:
SELECT dataset_id, dataset_name, dataset_type, dataset_filename, dataset_soid_field, dataset_dsid_field, subj_id FROM Dataset WHERE dataset_id = :datasetID


query_title:
Select all dataset ID fields in Dataset table

query_desc:
SELECT dataset_dsid_field FROM Dataset GROUP BY dataset_dsid_field


query_desc:
SELECT SourceDataset.disp_priority, SourceDataset.disp_visibility, SourceDataset.dataset_id, Dataset.dataset_name, Dataset.dataset_type, Dataset.dataset_filename, Dataset.dataset_soid_field, Dataset.dataset_dsid_field FROM SourceDataset INNER JOIN Dataset ON SourceDataset.dataset_id = Dataset.dataset_id WHERE SourceDataset.source_id = :source_id ORDER BY SourceDataset.disp_priority desc


query_desc:
SELECT dataset_id, dataset_name FROM Dataset


query_title:
Select all spatial ID fields in Dataset table

query_desc:
SELECT dataset_soid_field FROM Dataset GROUP BY dataset_soid_field


query_desc:
SELECT dataset_type FROM Dataset GROUP BY dataset_type


query_desc:
SELECT dataset_id FROM Dataset_Query WHERE dataset_id = :datasetID


query_desc:
SELECT dataset_id FROM SourceDataset WHERE dataset_id = :datasetID


query_title:
Search a dataset in Spatial_Classification table

query_desc:
SELECT dataset_id FROM Spatial_Classification WHERE dataset_id = :datasetID


query_desc:
SELECT dc.class_obj_id AS src_obj_id, dc.coa_id, dc2.class_obj_id AS dest_obj_id FROM Classification_Scheme AS cs INNER JOIN (Data_Classification AS dc INNER JOIN (Data_Classification AS dc2 INNER JOIN Classification_Scheme AS cs2 ON dc2.class_obj_id = cs2.class_obj_id) ON dc.coa_id = dc2.coa_id) ON (cs.class_obj_id = dc.class_obj_id) WHERE dc.coa_id <> -1 AND dc.class_obj_id <> dc2.class_obj_id AND dc.class_obj_id < dc2.class_obj_id AND cs.class_scheme_id = :first_scheme_id AND cs2.class_scheme_id = :second_scheme_id


query_title:
Select names of occurrence tables from Desc_Type


query_desc:
SELECT org_id, org_name FROM Organization


query_desc:
SELECT prj_id, prj_type, zone, ellipsoid, scale_factor, units, origin_lat, origin_long, false_east, false_north, parallel_1, parallel_2, radius FROM Projection WHERE prj_id = :prj_id


query_desc:
SELECT ellipsoid FROM Projection GROUP BY ellipsoid


query_desc:
SELECT prj_id FROM Source WHERE prj_id = :projID


query_title:
Select all Projections (to fill a comboBox)


query_desc:
SELECT prj_type FROM Projection GROUP BY prj_type


query_desc:
SELECT units FROM Projection GROUP BY units


query_title:
Select the first scheme id from Classifi._name

query_desc:
SELECT class_scheme_id FROM Classification_Name WHERE Source_id = :source_id


query_desc:
SELECT Desc_Type.desc_type_desc, Desc_Type.desc_table, Desc_Type.desc_type FROM Desc_Type INNER JOIN SOAValidDesc ON Desc_Type.desc_type = SOAValidDesc.desc_type


query_desc:
SELECT source_id, source_author, source_date, source_title, source_scale, source_resolution, source_contribution, org_id, prj_id, pub_edition, pub_series, pub_issue, pub_place, pub_contact, url, max_lat, min_lat, max_long, min_long, comment FROM Source WHERE source_id = :source_id


query_desc:
SELECT SourceDataset.dataset_id FROM SourceDataset WHERE (((SourceDataset.source_id)=:source_id))


query_desc:
SELECT Dataset.dataset_id, Dataset.dataset_name, Dataset.Dataset_filename, Dataset.dataset_soid_field, Dataset.dataset_dsid_field, SourceDataset.disp_priority, SourceDataset.disp_visibility FROM Dataset, SourceDataset WHERE SourceDataset.dataset_id = Dataset.dataset_id AND SourceDataset.source_id = :source_id ORDER BY SourceDataset.disp_priority


query_desc:
SELECT prj_id FROM Source WHERE source_id = :source_id


query_desc:
SELECT source_id, source_title FROM Source


query_desc:
SELECT source_id, source_title, source_author, source_date, source_scale, source_resolution, source_contribution, comment, prj_id, pub_edition, pub_series, pub_issue, pub_place, pub_contact, url, max_lat, max_long, min_lat, min_long FROM Source


query_desc:
SELECT source_type, source_type_desc FROM SourceType


query_desc:
SELECT Spatial_classification.spatial_obj_id, Spatial_classification.dataset_id, Spatial_classification.class_obj_id, Classification_scheme.disp_priority, Classification_scheme.disp_visibility FROM Classification_scheme, classification_object, Spatial_classification WHERE Spatial_classification.class_obj_id=classification_object.class_obj_id AND classification_object.class_obj_id=classification_scheme.class_obj_id AND Classification_scheme.source_id=:source_id


query_title:
Select count of all spatial id linked to a source

query_desc:
SELECT count(*) AS count FROM Classification_Scheme cs INNER JOIN Spatial_Classification sc ON cs.class_obj_id = sc.class_obj_id WHERE cs.source_id = :source_id AND sc.dataset_id = :dataset_id


query_desc:
SELECT Spatial_Classification.spatial_obj_id,Spatial_Classification.class_obj_id, Classification_Scheme.source_id, Spatial_Classification.dataset_id FROM (Classification_Scheme INNER JOIN Classification_Object ON Classification_Scheme.class_obj_id = Classification_Object.class_obj_id) INNER JOIN Spatial_Classification ON Classification_Object.class_obj_id = Spatial_Classification.class_obj_id WHERE (((Classification_Scheme.source_id)=:sourceid) AND ((Spatial_Classification.dataset_id)=:datasetid))


query_desc:
SELECT symbol_desc,cart_sym_type,cart_sym_table, cart_sym FROM Symbol


query_desc:
UPDATE Cartographic_Object SET cart_desc=:cart_desc, cart_sym_type=:cart_sym_type, cart_sym_table=:cart_sym_table, cart_sym=:cart_sym, cart_color_table=:cart_color_table, cart_color=:cart_color WHERE class_obj_id=:class_obj_id


query_desc:
UPDATE Classification_Object SET class_group=:class_group, class_label=:class_label, class_name=:class_name, class_desc=:class_desc WHERE class_obj_id = :class_obj_id


query_desc:
UPDATE Classification_Scheme SET class_obj_id = :new_class_obj_id WHERE class_scheme_id = :scheme_id AND class_obj_id = :class_obj_id


query_desc:
UPDATE Coa_Relation SET coa_id=:coa_id, rel_coa_id=:rel_coa_id, relation=:relation, rel_desc=:rel_desc WHERE rel_id=:rel_id


query_desc:
UPDATE Color SET CMYK = :cmyk, RGB = :RGB, color_desc=:desc WHERE cart_color_table = :cart_color_table AND cart_color = :cart_color


query_desc:
UPDATE Data_Classification SET coa_id=:coa_id WHERE class_obj_id=:class_obj_id AND coa_id=:old_coa_id


query_desc:
UPDATE Dataset SET dataset_name = :datasetName, dataset_type = :datasetType, dataset_filename = :datasetFilename, dataset_soid_field = :dsSoIDField, dataset_dsid_field = :dsDsIDField, subj_id = :subjID WHERE dataset_id = :datasetID


query_desc:
UPDATE Organization SET org_id = :orgID, org_name = :orgName WHERE org_id = :lastID


query_desc:
UPDATE Projection SET prj_type = :prjType, zone = :zone, ellipsoid = :ellipsoid, scale_factor = :scaleFactor, units = :units, origin_lat = :originLat, origin_long = :originLong, false_east = :falseEast, false_north = :falseNorth, parallel_1 = :parallel1, parallel_2 = :parallel2, radius = :radius WHERE prj_id = :projID


query_desc:
UPDATE Classification_Name SET class_scheme_name = :class_scheme_name WHERE class_scheme_id = :class_scheme_id


query_desc:
UPDATE Source SET org_id = :org_id, source_author = :source_author, source_date = :source_date, source_title = :source_title, pub_edition = :pub_edition, pub_series = :pub_series, pub_issue = :pub_issue, pub_place = :pub_place, pub_contact = :pub_contact, source_scale = :source_scale, source_resolution = :source_resolution, prj_id = :prj_id, max_lat = :max_lat, min_lat = :min_lat, max_long = :max_long, min_long = :min_long, url = :url, comment = :comment, source_contribution = :source_contribution WHERE source_id = :source_id


query_desc:
UPDATE Spatial_Classification SET Class_obj_id=:new_class_obj_id, Dataset_id=:new_dataset_id, spatial_obj_id=:new_spatial_obj_id WHERE Class_obj_id=:old_class_obj_id AND Dataset_id=:old_dataset_id AND spatial_obj_id=:old_spatial_obj_id


query_desc:
UPDATE Symbol SET symbol_desc=:desc WHERE cart_sym_table=:cart_sym_table AND cart_sym=:cart_sym


query_desc:
UPDATE SYSKEY SET LASTKEY = LASTKEY + 1 WHERE (KEYTABLE = :KEYTABLE AND KEYFIELD = :KEYFIELD)


# Form

form_desc:
A general term for clay, silt, sand, gravel or similar unconsolidated detrital material, deposited during comparatively recent geologic time by a stream or other body of running water, as a sorted or semi-sorted sediment…


form_desc:
A low, outspread, relatively flat to gently sloping mass of loose rock material, shaped like an open fan or a segment of a cone, deposited by a stream (esp. in a semiarid region) at the place where it issues from a narrow mountain valley upon a plain or b


form_desc:
A stream terrace composed of unconsolidated alluvium (including gravel), produced by renewed downcutting of the flood plain or valley floor…


form_desc:
A broad, continuous alluvial slope or gently inclined detrital surface extending from the base of mountain ranges out into and around an inland basin, formed by the lateral coalescence of a series of alluvial fans. . .


form_desc:
A ridgelike accumulation of sand, gravel, or other alluvial material formed in the channel, along the banks, or at the mouth of a stream. . .


form_desc:
A large, generally discordant plutonic body having an aerial extent of 40 sg mi or more and no known floor.


form_desc:
A loose aggregate of unlithified mineral or rock particles of sand size forming a beach (the relatively thick and temporary accumulation of loose water-borne material that is in active transit along, or deposited on, the shore zone between the limits of l


form_desc:
A layer of sedimentary rocks bounded above and below by more or less well-defined bedding surfaces.


form_desc:
A moundlike, domelike, lenslike, or reeflike mass of rock built up by sedentary organisms, composed almost exclusively of their calcareous remains, and enclosed or surrounded by rock of different lithology.


form_desc:
An abandoned or buried watercourse represented by stream deposits of gravel and sand.


form_desc:
A conical hill formed by the accumulation of cinders and other pyroclasts, normally of basaltic or andesitic composition.


form_desc:
A general term applied to any loose, heterogeneous, and incoherent mass of soil material and/or rock fragments deposited by rainwash, sheetwash, or slow, continuous downslope creep, usually collecting at the base of gentle slopes or hillsides.


form_desc:
A volcano that is constructed of alternating layers of lava and pyroclastic deposits, along with abundant dikes and sills.


form_desc:
A zone surrounding an igneous intrusion in which the country rock shows the effects of contact metamorphism


form_desc:
The low, nearly flat, alluvial tract of land at or near the mouth of a river, commonly forming a triangular or fan-shaped plain of considerable area…


form_desc:
A breccia-filled volcanic pipe that was formed by a gaseous explosion.


form_desc:
A tabular igneous intrusion that cuts across the bedding or foliation of the country rock.


form_desc:
A low, smoothly rounded, elongate oval hill, mound, or ridge of compacted glacial till or, less commonly, other kinds of drift built under the margin of the ice and shaped by its flow, or carved out of an older moraine by readvancing ice.


form_desc:
A type of blown sand that has been piled up by the wind into a sand dune, usually consisting of rounded mineral grains, commonly quartz, having diameters ranging from 0.1 to 1 mm.


form_desc:
Sediments such as loess or sand deposited by the action of the wind


form_desc:
A long, narrow, sinuous, steep-sided ridge composed of irregularly stratified sand and gravel that was deposited by a subglacial or englacial stream flowing between ice walls or in an ice tunnel of a stagnant or retreating glacier. . .


form_desc:
Unconsolidated sediment deposited adjacent to a river channel, constructed by the present river in its existing regimen and covered with water when the river overflows its banks.


form_desc:
A general term applied to all rock material (clay, silt, sand, gravel, boulders) transported by a glacier and deposited directly by or from the ice, or by running water emanating from a glacier.


form_desc:
A zone of local metamorphism caused by the percolation of hot solutions or gasses through fractures, causing mineralogic changes in the surrounding rock.


form_desc:
A general term for a single layer within a layered intrusive body.


form_desc:
A general term for a tabular igneous intrusion, esp. those that are concordant or only slightly discordant.


form_desc:
A portion of an igneous intrusion distinguished from the remainder of the intrusion by unique mineralogy or fabric, often approximately concentric with the boundaries of the intrusion.


form_desc:
A low mond, knob, hummock, or short irregular ridge, composed of stratified sand and gravel deposited by a subglacial stream as a fan or delta at the margin of a melting glacier; by a supraglacial stream; or as a ponded deposit on the surface or at the ma


form_desc:
A concordant igneous intrusion with a convex-up roof and known or assumed flat floor.


form_desc:
A sedimentary deposit laid down conformably on the floor of, or along the shore of, a lake, sea, or ocean, usually consisting of coarse material near the shore and sometimes passing into clay and limestone in deeper water…


form_desc:
A general term covering a wide variety of mass-movement landforms and processes involving the downslope transport, under gravitational influence, of soil and rock material, en mass.


form_desc:
A low ridgelike moraine carried on, or deposited at or near, the side margin of a mountain glacier.


form_desc:
A solidified body of rock that is formed by the lateral, surficial outpouring of molten lava from a vent or a fissure.


form_desc:
A tabular body of metamorphic rock with a relatively homogenous composition and fabric.


form_desc:
An intrusive body in which there are layers, centimeters to many meters thick, of varying mineralogical composition.


form_desc:
A geologic deposit bounded by converging surfaces (at least one of which is curved), thick in the middle and thinning out toward the edges, resembling a convex lens.


form_desc:
A body of metamorphic rock bounded by converging surfaces (at least one of which is curved), thick in the middle and thinning out toward the edges, resembling a convex lens.


form_desc:
A minor rock-stratigraphic unit of limited geographic extent, being a subdivision of a formation and similar in rank to a member, and thinning out in all directions.


form_desc:
A long broad low ridge or embankment of sand and coarse silt, built by a stream on its flood plain and along both banks of its channel, esp. in time of flood when water overflowing the normal banks is forced to deposit the coarsest part of its load.


form_desc:
A widespread, homogeneous, commonly nonstratified, porous, friable, slightly coherent, usually highly calcareous, fine-grained blanket deposit, consisting predominantly of silt with subordinate grain sizes ranging from clay to fine sand.


form_desc:
A large, concordant, typically layered igneous intrusion whose floor is convex down and whose roof may be convex down or flat.


form_desc:
A low-relief, broad volcanic crater formed by multiple shallow explosive eruptions.


form_desc:
Deposits formed by the dislodgement and downslope transport of soil and rock material under the direct application of gravitational body stresses.


form_desc:
A stratum or stratified rock that is obscurely bedded, or that is, or appears to be without internal structure, regardless of thickness.


form_desc:
An elongate moraine carried in or upon the middle of a glacier and parallel to its sides, usually formed by the merging of adjacent and inner lateral moraines below the junction of two coalescing valley glaciers.


form_desc:
A rock derived from pre-existing rocks by mineralogical, chemical, and/or structural changes, essentially in the solid state, in response to marked changes in temperature, pressure, shearing stress, and chemical environment, generally at depth in the eart


form_desc:
A mound, ridge, or other distinct accumulation of unsorted, unstratified glacial drift, predominantly till, deposited chiefly by direct action of glacial ice…


form_desc:
A relatively level area of fine silt along a shore (as in a sheltered estuary) or around an island, alternately covered and uncovered by the tide, or covered by shallow water…


form_desc:
Deposits formed by a process characterized by a flowing mass of predominantly fine-grained earth material possessing a high degree of fluidity during movement.


form_desc:
…a dry, vegetation-free, flat area at the lowest part of an undrained desert basin, underlain by stratified clay, silt, or sand, and commonly by soluble salts.


form_desc:
A rock formed at considerable depth by crystallization of magma and/or by chemical alteration.  It is characteristically medium- to coarse-grained, of granitoid texture.


form_desc:
An end or lateral moraine built during a temporary but significant pause in the final retreat of a glacier.


form_desc:
A ridgelike or moundlike structure, layered or massive, built by sedentary calcareous organisms, esp. corals, and consisting mostly of their remains.


form_desc:
A large irregularly shaped plain of eolian sand, lacking the discernible slip faces that are common on dunes.


form_desc:
A rock resulting from the consolidation of loose sediment that has accumulated in layers…


form_desc:
A tabular body of rock that has been brecciated by many parallel fractures.


form_desc:
A volcano in the shape of a flattened dome, broad and low, built by flows of very fluid basaltic lava or by rhyolitic ash flows.


form_desc:
A tabular igneous intrusion that parallels the bedding or foliation of the country rock.


form_desc:
A low, steep-sided cone of spatter built up on a fissure or vent, usually of basaltic material.


form_desc:
A relatively small plutonic body having an aerial extent less than 40 sq mi.


form_desc:
Stratified glacial drift deposited by, or reworked by running water, or deposited in standing water.


form_desc:
Formed, arranged, or laid down in layers or strata; esp. any layered sedimentary rock or deposit; bedded.


form_desc:
A body of metamophic rock having two dimensions much larger than the third.


form_desc:
An outward sloping and accumulated heap or mass of rock fragments of any size or shape (usually coarse and angular) derived from and lying at the base of a cliff or very steep, rocky slope, and formed chiefly by gravitational falling, rolling, or sliding.


form_desc:
A mélange produced by tectonic processes.


form_desc:
A rock whose fabric reflects the history of its deformation.


form_desc:
The end moraine, extending across the glacial valley as an arcuate or crescentic ridge, that marks the furthest advance or maximum extent of a glacier.


form_desc:
A narrow shelf, partly cut and partly built, produced along a lake shore…and later exposed when the water level falls, or …a wave-cut platform that has been exposed by uplift along a seacoast or by the lowering of sea level, and from 3 m to more than 40 m


form_desc:
Dominantly unsorted and unstratified drift, generally unconsolidated, deposited directly by and underneath a glacier without subsequent reworking by meltwater…


form_desc:
A projecting part of a lithostratigraphic unit extending beyond its main body.


form_desc:
A layer of pyroclastic material bounded above and below by more or less well-defined bedding surfaces.


form_desc:
A thin, widespread deposit whose width/thickness ratio is greater than 1000 to 1 and may be as great as 50,000 to 1.


form_desc:
A sediment that is loosely arranged or unstratified, or whose particles are not cemented together, found either at the surface or at depth.


form_desc:
An epigenetic mineral filling of a fault or other fracture in a host rock, in tabular or sheetlike form, often with associated replacement of the host rock.


form_desc:
A fine pyroclastic material (under 2.0 mm in diameter).  The term usually refers to the unconsolidated material…


form_desc:
A tabular igneous intrusion of volcanic rock that cuts across the bedding or foliation of the country rock.


form_desc:
A steep-sided, rounded extrusion of highly viscous lava squeezed out from a volcano, forming a dome-shaped or bulbous mass of congealed lava above and around the volcanic vent.


form_desc:
A vertical, pipe-like body of igneous rock that represents the conduit to a former volcanic vent.


form_desc:
A generally finely crystalline or glassy igneous rock resulting from volcanic action at or near the Earth’s surface, either ejected explosively or extruded as a lava.  The term includes near-surface intrusions that form a part of the volcanic structure.


form_desc:
A tabular igneous intrusion of volcanic rock that parallels the bedding or foliation of the country rock.


# Lithology

lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) between 20 and 60% and P/(P+A) < 10%…


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, and P/(P+A) < 10%…


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, and P/(P+A) < 10%…


lith_desc:
A plutonic rock that contains more sodium and/or potassium than is required to form feldspar with the available silica.


lith_desc:
A volcanic rock that contains more sodium and/or potassium than is required to form feldspar with the available silica.


lith_desc:
A basalt with nepheline and/or acmite in the CIPW norm.


lith_desc:
A low, outspread, relatively flat to gently sloping mass of loose rock material, shaped like an open fan or a segment of a cone, deposited by a stream (esp. in a semiarid region) at the place where it issues from a narrow mountain valley upon a plain or b


lith_desc:
A stream terrace composed of unconsolidated alluvium (including gravel), produced by renewed downcutting of the flood plain or valley floor…


lith_desc:
A general term for clay, silt, sand, gravel or similar unconsolidated detrital material, deposited during comparatively recent geologic time by a stream or other body of running water, as a sorted or semi-sorted sediment…


lith_desc:
A schist whose essential constituent is amphibole with lesser amounts of feldspar, quartz, and/or mica


lith_desc:
A crystalloblastic rock consisting mainly of amphibole and plagioclase with little or no quartz.


lith_desc:
A volcanic rock defined modally by Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, P/(A+P) > 90%, and M < 35


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 0 and 5, P/(A+P) greater than 90, and M less than 10.  A group of monomineralogic plutonic igneous rocks composed almost entirely of plagioclase feldspar…


lith_desc:
A light-colored igneous rock characterized by a fine-grained allotriomorphic-granular (i.e. aplitic) texture.


lith_desc:
A “clean” sandstone that is well-sorted, contains little or no matrix material, and has a relatively simple mineralogic composition; specif. a pure or nearly pure, chemically cemented sandstone containing less than 10% argillaceous matrix.


lith_desc:
A compact rock derived either from mudstone or shale, that has undergone a somewhat higher degree of induration than mudstone or shale but is less clearly laminated than shale and without its fissility, and that lacks the cleavage distinctive of slate.


lith_desc:
A feldspar-rich sandstone, commonly coarse-grained and pink or reddish, that is typically composed of angular to subangular grains that may be either poorly or moderately well sorted… Quartz is usually the dominant mineral, with feldspars constituting at


lith_desc:
A tuff deposited by an ash flow or gaseous cloud; a type of ignimbrite.  It is a consolidated, but not necessarily welded deposit.


lith_desc:
Gneissic rock containing augen (large lenticular mineral grains or mineral aggregates having the shape of an eye in cross section)


lith_desc:
A volcanic rock defined modally by Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, P/(A+P) > 90%, and M > 35.


lith_desc:
A loose aggregate of unlithified mineral or rock particles of sand size forming a beach (the relatively thick and temporary accumulation of loose water-borne material that is in active transit along, or deposited on, the shore zone between the limits of l


lith_desc:
A soft, plastic, porous, light-colored rock composed essentially of clay minerals of the montmorillonite (smectite) group plus colloidal silica, and produced by devitrification and accompanying chemical alteration of a glassy igneous material, usually a t


lith_desc:
A mixed sequence of sub-equal amounts of felsic and mafic volcanic rocks, commonly rhyolite and basalt with little or no intermediate composition rock.


lith_desc:
An organic sediment produced directly by the physiologic activities of organisms, either plant or animal


lith_desc:
A granitic gneiss in which the dominant mafic mineral is biotite


lith_desc:
A schistose metamorphic rock with a blue color owing to the presence of sodic amphibole, glaucophane, or crossite, and commonly mottled bluish-gray lawsonite; characteristic of metamorphism in areas of unusually low thermal gradient, such as subduction zo


lith_desc:
A metamorphosed calcareous rock, commonly derived from argillaceous limestone or calcareous mudstone, containing calcium-bearing silicates such as diopside and wollastonite, with a schistose structure produced by parallelism of platy minerals


lith_desc:
A sedimentary rock composed of more than 50% by weight carbonate minerals.


lith_desc:
A fine-grained, cohesive cataclastic rock, normally lacking a penetrative foliation or microfabric, formed during fault movement.


lith_desc:
A sedimentary rock composed primarily of material formed directly by precipitation from solution or colloidal suspension or by the deposition of insoluble precipitates.


lith_desc:
A hard, extremely dense or compact, dull to semivitreous, microcrystalline or cryptocrystalline sedimentary rock, consisting dominantly of interlocking crystals of quartz less than 30 µm in diameter…


lith_desc:
A composed principally of broken fragments that are derived from preexisting rocks or minerals and that have been transported some distance from their place of origin.


lith_desc:
A loose, earthy, extremely fine-grained, natural sediment composed primarily of clay-size or colloidal particles and characterized by high plasticity and by a considerable content of clay minerals…


lith_desc:
An indurated rock having more than 67% clay-sized minerals.


lith_desc:
A readily combustible rock containing more than 50% by weight and more than 70% by volume carbonaceous material, formed by compaction and induration of variously altered plant remains…


lith_desc:
A mixture of clastic sedimentary rocks varying from siltstone to conglomerate, dominated by rocks containing coarse sand-sized or gravel-sized particles.


lith_desc:
A general term applied to any loose, heterogeneous, and incoherent mass of soil material and/or rock fragments deposited by rainwash, sheetwash, or slow, continuous downslope creep, usually collecting at the base of gentle slopes or hillsides.


lith_desc:
A coarse-grained clastic sedimentary rock, composed of rounded to subangular fragments larger than 2 mm in diameter typically containing fine-grained particles in the interstices, and commonly cemented by calcium carbonate, iron oxide, silica, or hardened


lith_desc:
A hard calcareous substance consisting of the continuous skeleton secreted by coral polyps for their support and habitation and found in single specimens growing plant-like on the sea bottom or in extensive, solidified accumulations (coral reefs).


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) between 20 and 60% and P/(P+A) > 65%…


lith_desc:
A moving mass of rock fragments, soil, and mud, more than half of the particles being larger than sand size.


lith_desc:
The low, nearly flat, alluvial tract of land at or near the mouth of a river, commonly forming a triangular or fan-shaped plain of considerable area…


lith_desc:
A plutonic rock whose main components are labradorite and pyroxene and which is characterized by ophitic texture.


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 0 and 5% or F/(F+A+P) < 10%, P/(A+P) greater than 90% and plagioclase more sodic than An50


lith_desc:
A carbonate sedimentary rock of which more than 50% by weight or by areal percentages under the microscope consists of the mineral dolomite.


lith_desc:
A type of blown sand that has been piled up by the wind into a sand dune, usually consisting of rounded mineral grains, commonly quartz, having diameters ranging from 0.1 to 1 mm.


lith_desc:
A plutonic rock with M equal to or greater than 90 and ol/(ol+opx+cpx) greater than 90%


lith_desc:
A granular rock composed essentially of garnet (almandine-pyrope) and sodic pyroxene (omphacite).


lith_desc:
Sediments such as loess or sand deposited by the action of the wind


lith_desc:
A nonclastic sedimentary rock composed primarily of minerals produced from a saline solution as a result of extensive or total evaporation of the solvent.


lith_desc:
A chemical sedimentary rock, usually containing oxide, carbonate, or sulfide as anions, and iron, magnesium, base metals, and gold as cations, formed by the issuance of volcanically derived fluids onto the sea floor or into the sea.


lith_desc:
A gneissic rock dominated by light-colored minerals, commonly quartz and feldspar


lith_desc:
A metavolcanic rock having abundant light-colored minerals, typically quartz and feldspar


lith_desc:
A light-colored, fine-grained or aphanitic extrusive or hypabyssal rock, with or without phenocrysts and composed chiefly of quartz and feldspar.


lith_desc:
A mixture of clastic sedimentary rocks varying from mudstone to sandstone, dominated by rocks containing clay-sized or silt-sized particles


lith_desc:
A dynamically metamorphosed rock in which lenses or layers of original or relatively unaltered granular materials are surrounded by a matrix of highly sheared and crushed material, giving the appearance of a crude flow structure


lith_desc:
Unconsolidated sediment deposited adjacent to a river channel, constructed by the present river in its existing regimen and covered with water when the river overflows its banks.


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 0 and 5% or F/(F+A+P) < 10%, P/(A+P) greater than 90% and plagioclase more calcic than An50


lith_desc:
A general term applied to all rock material (clay, silt, sand, gravel, boulders) transported by a glacier and deposited directly by or from the ice, or by running water emanating from a glacier.


lith_desc:
Deposits of glacially eroded, terrestrially derived sediment in the marine environment.


lith_desc:
Deposits and landforms composed of suspended material brought by meltwater streams flowing into lakes bordering the glacier, such as deltas, kame deltas, and varved sediments.


lith_desc:
Extrusive rock having a texture which is similar to that of glass or quartz and developed as a result of rapid cooling of the lava without distinct crystallization.


lith_desc:
A foliated rock formed by regional metamorphism, in which bands or lenticles of granular minerals alternate with bands or lenticles in which minerals having flaky or elongate prismatic habits predominate. Generally less than 50% of the minerals show prefe


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 20 and 60% and P/(A+P) between 10 and 65%


lith_desc:
A gneissic rock with a general granitoid composition


lith_desc:
A general term for all phaneritic igneous rocks dominated by quartz and feldspars.


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 20 and 60% and P/(A+P) between 65 and 90%


lith_desc:
A medium- to coarse-grained granoblastic metamorphic rock with little or no foliation or lineation.


lith_desc:
A metamorphic rock consisting of even-sized, interlocking mineral grains less than 10% of which have any obvious preferred orientation.


lith_desc:
A loose accumulation of rock fragments composed predominantly of more or less rounded pebbles and small stones


lith_desc:
A schistose metamorphic rock whose green color is due to the presence of chlorite, epidote, or actinolite; a common product of low-grade regional metamorphism of pelitic or basic igneous rocks


lith_desc:
A field term applied to any compact, dark-green, altered or metamorphosed basic igneous rock (e.g. spilite, basalt, gabbro, diabase) that owes its color to the presence of chlorite, actinolite, or epidote.


lith_desc:
A pneumatolytically altered granitic rock composed largely of quartz, mica, and topaz.


lith_desc:
A basalt in which the normative and modal feldspar is andesine, and with soda:potash ratio greater than 2:1.  It generally, but not always, lacks normative quartz, and commonly contains normative and modal olivine.


lith_desc:
A plutonic rock with M equal to or greater than 90 and hbl/(hbl+px+ol) greater than 90%.


lith_desc:
A fine-grained rock composed of a mosaic of equidimensional grains without preferred orientation and typically formed by contact metamorphism.


lith_desc:
A solidified body of volcanic rock having approximately equal light- and dark-colored minerals in its mode


lith_desc:
A plutonic rock composed of at least 50% carbonate minerals.


lith_desc:
A chemical sedimentary rock, typically thin-bedded and/or finely laminated, containing at least 15% iron of sedimentary origin, and commonly but not necessarily containing layers of chert


lith_desc:
…all salic extrusive and hypabyssal rocks characterized by the presence of albite or albite-oligoclase and chlorite, epidote, and calcite, generally of secondary order.


lith_desc:
A porphyritic alkalic peridotite containing abundant phenocrysts of olivine and phlogopite, and possibly geikielite and chromian pyrope, in a fine-grained groundmass of calcite and second-generation olivine and phlogopite…


lith_desc:
A mudflow composed chiefly of volcaniclastic materials on the flank of a volcano.


lith_desc:
A sedimentary deposit laid down conformably on the floor of, or along the shore of, a lake, sea, or ocean, usually consisting of coarse material near the shore and sometimes passing into clay and limestone in deeper water…


lith_desc:
A group of porphyritic igneous rocks in which mafic minerals form the phenocrysts; feldspars, if present, are restricted to the groundmass.


lith_desc:
A general term covering a wide variety of mass-movement landforms and processes involving the downslope transport, under gravitational influence, of soil and rock material, en mass.


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) < 5% or F/(F+A+P) < 10%, and P/(P+A) between 35 and 65%…


lith_desc:
A solidified body of rock that is formed by the lateral, surficial outpouring of molten lava from a vent or a fissure.


lith_desc:
A long broad low ridge or embankment of sand and coarse silt, built by a stream on its flood plain and along both banks of its channel, esp. in time of flood when water overflowing the normal banks is forced to deposit the coarsest part of its load.


lith_desc:
A sedimentary rock consisting chiefly (more than 50% by weight or by areal percentages under the microscope) of calcium carbonate, primarily in the form of the mineral calcite…


lith_desc:
A widespread, homogeneous, commonly nonstratified, porous, friable, slightly coherent, usually highly calcareous, fine-grained blanket deposit, consisting predominantly of silt with subordinate grain sizes ranging from clay to fine sand.


lith_desc:
A gneissic rock dominated by dark-colored minerals, commonly biotite and hornblende


lith_desc:
A metavolcanic rock having abundant dark-colored minerals, typically feldspar, amphibole, and/or pyroxene


lith_desc:
A solidified body of volcanic rock having abundant dark-colored minerals in its mode


lith_desc:
A metamorphic rock consisting predominantly of fine- to coarse-grained recrystallized calcite and/or dolomite, usually with a granoblastic, saccharoidal texture.


lith_desc:
Deposits formed by the dislodgement and downslope transport of soil and rock material under the direct application of gravitational body stresses.


lith_desc:
A mixture of clastic sedimentary rocks varying from siltstone to conglomerate, dominated by rocks containing sand-sized particles


lith_desc:
An argillite that has been metamorphosed.


lith_desc:
A low-grade, mafic metavolcanic rock with preserved evidence of its original basaltic character


lith_desc:
A granite with aluminum oxide > sodium oxide + potassium oxide, but with aluminum oxide < sodium oxide + potassium oxide + calcium oxide; typical accessories include: hornblende, epidote, melilite, or biotite + pyroxene


lith_desc:
A rock derived from pre-existing rocks by mineralogical, chemical, and/or structural changes, essentially in the solid state, in response to marked changes in temperature, pressure, shearing stress, and chemical environment, generally at depth in the eart


lith_desc:
A low-grade, felsic metavolcanic rock with preserved evidence of its original rhyolitic character


lith_desc:
A sedimentary rock that shows evidence of having been subjected to metamorphism.


lith_desc:
A volcanic rock that shows evidence of having been subjected to metamorphism.


lith_desc:
A schist whose essential constituents are mica and quartz, and whose schistosity is mainly due to the parallel arrangement of mica flakes.


lith_desc:
A composite “mixed rock” composed of igneous or igneous-appearing and metamorphic portions


lith_desc:
An undivided mixture of clastic and carbonate sedimentary rocks.


lith_desc:
An undivided mixture of clastic sedimentary rock and coal.


lith_desc:
An undivided mixture of clastic sedimentary rock and volcanic rock.


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q < 5% or F/(F+A+P) < 10%, and P/(A+P) between 65 and 90%, and plagioclase more sodic than An50


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q < 5% or F/(F+A+P) < 10%, and P/(A+P) between 65 and 90%, and plagioclase more calcic than An50


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q < 5% or F/(F+A+P) < 10%, and P/(A+P) between 35 and 65%


lith_desc:
A mound, ridge, or other distinct accumulation of unsorted, unstratified glacial drift, predominantly till, deposited chiefly by direct action of glacial ice…


lith_desc:
A relatively level area of fine silt along a shore (as in a sheltered estuary) or around an island, alternately covered and uncovered by the tide, or covered by shallow water…


lith_desc:
Deposits formed by a process characterized by a flowing mass of predominantly fine-grained earth material possessing a high degree of fluidity during movement.


lith_desc:
A general term that includes claystone, siltstone, shale, and argillite, and that should be used only when the amounts of clay-sized and silt-sized particles are not known or specified, or cannot be precisely identified…


lith_desc:
A compact, chert-like rock without cleavage, but with a streaky or banded structure, produced by the extreme granulation and shearing of rocks that have been pulverized and rolled during overthrusting or intense dynamic metamorphism.


lith_desc:
A plutonic rock defined in the QAPF diagram as having F/(F+A+P) between 10 an 60%, and P/(P+A) < 50%; composed essentially of alkali feldspar and nepheline…


lith_desc:
A plutonic rock satisfying the definition of gabbro, in which pl/(pl+px+ol) is between 10 and 90% and opx/(opx+cpx) is greater than 95%.


lith_desc:
A black or dark-colored volcanic glass, usually of rhyolite composition, characterized by conchoidal fracture.


lith_desc:
A kerogen-bearing, finely laminated brown or black sedimentary rock that will yield liquid or gaseous hydrocarbon on distillation.


lith_desc:
A sedimentary deposit consisting of a chaotic mass of intimately mixed heterogeneous materials (such as blocks and muds) that accumulated as a semi-fluid body by submarine gravity sliding or slumping of unconsolidated sediments.


lith_desc:
A gneissic rock formed from an igneous parent


lith_desc:
A clastic sedimentary rock that is made up almost exclusively of quartz sand (with or without chert), that is relatively free of or lacks a fine-grained matrix; a quartzite of sedimentary origin, or a “pure quartz sandstone”.


lith_desc:
Stratified detritus (chiefly sand and gravel) removed or “washed out” from a glacier by meltwater streams and deposited in front of or behind the end moraine or the margin of an active glacier.


lith_desc:
A gneissic rock formed from a sedimentary parent


lith_desc:
An unconsolidated deposit of semicarbonized plant remains in a water saturated environment, such as a bog or fen, and of persistently high moisture content (at least 75%).


lith_desc:
An exceptionally coarse-grained igneous rock, with interlocking crystals, usually found as irregular dikes, lenses, or veins, esp. at the margins of batholiths.


lith_desc:
A schistose metamorphic rock derived by metamorphism of an argillaceous or a fine-grained alluminous sediment.


lith_desc:
A granite with aluminum oxide < sodium oxide + potassium oxide; typical accessories include: soda pyroxene and soda amphibole


lith_desc:
A granite with aluminum oxide > sodium oxide + potassium oxide + calcium oxide; typical accessories include: muscovite, biotite, corundum, topaz, garnet


lith_desc:
A plutonic rock with M equal to or greater than 90 and ol/(ol+opx+cpx) greater than 40%


lith_desc:
A volcanic rock defined in the QAPF diagram as having F/(F+A+P) between 10 an 60%, and P/(P+A) < 10%…


lith_desc:
A sedimentary rock with a high enough content of phosphate minerals to be of economic interest.


lith_desc:
A metamorphosed rock, intermediate in grade between slate and mica schist. Minute crystals of graphite, sericite, or chlorite impart a silky sheen to the surfaces of cleavage (or schistosity).


lith_desc:
A rock that macroscopically resembles phyllite but that is formed by mechanical degradation (mylonitization) of initially coarser rocks…


lith_desc:
…a dry, vegetation-free, flat area at the lowest part of an undrained desert basin, underlain by stratified clay, silt, or sand, and commonly by soluble salts.


lith_desc:
A rock formed at considerable depth by crystallization of magma and/or by chemical alteration.  It is characteristically medium- to coarse-grained, of granitoid texture.


lith_desc:
An igneous rock of any composition that contains conspicuous phenocrysts in a fine-grained groundmass.


lith_desc:
A light-colored vesicular glassy rock commonly having the composition of rhyolite.


lith_desc:
…clastic rock material formed by volcanic explosion or aerial expulsion from a volcanic vent.


lith_desc:
A plutonic rock with M equal to or greater than 90 and ol/(ol+opx+cpx) less than 40%.


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20%, P/(A+P) > 90%, and plagioclase more sodic than An50


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20%, P/(A+P) > 90%, and plagioclase more calcic than An50


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) between 5 and 20% and P/(P+A) between 35 and 65%…


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20% and P/(A+P) between 65 and 90%, and plagioclase more sodic than An50


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20% and P/(A+P) between 65 and 90%, and plagioclase more calcic than An50


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20% and P/(A+P) between 35 and 65%


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 5 and 20% and P/(A+P) between 10 and 35%


lith_desc:
A schist whose essential constituents are quartz and feldspar and having lesser amounts of mica and/or hornblende


lith_desc:
A granoblastic metamorphic rock consisting mainly of quartz and formed by recrystallization of sandstone or chert by either regional or thermal metamorphism.


lith_desc:
An accumulation or rock debris formed by weathering and remaining essentially in place after all but the least soluble constituents have been removed…


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) between 20 and 60% and P/(P+A) between 35 and 65%…


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) between 20 and 60% and P/(P+A) between 10 and 35%…


lith_desc:
A loose aggregate of unlithified mineral or rock particles of sand size (1/16 to 2 mm); an unconsolidated deposit consisting essentially of medium-grained clastic particles.


lith_desc:
A large irregularly shaped plain of eolian sand, lacking the discernible slip faces that are common on dunes.


lith_desc:
A medium-grained clastic sedimentary rock composed of abundant sand-sized fragments, which may have a finer-grained matrix (silt or clay), and which is more or less indurated by a cementing material…


lith_desc:
A strongly foliated crystalline rock, formed by dynamic metamorphism, that can be readily split into thin flakes or slabs due to the well developed parallelism of more than 50% of the minerals present, particularly those of the lamellar or elongate prisma


lith_desc:
A breccia (coarse-grained clastic rock composed of angular broken rock fragments held together by a mineral cement or a fine-grained matrix) formed by sedimentary processes


lith_desc:
A rock resulting from the consolidation of loose sediment that has accumulated in layers…


lith_desc:
A rock consisting almost wholly of serpentine-group minerals derived from the hydration of ferromagnesian silicate minerals such as olivine and pyroxene.


lith_desc:
A laminated, indurated rock having more than 67% clay-sized minerals.


lith_desc:
A loose aggregate of unlithified mineral or rock particles of silt size (1/256 to 1/16 mm); an unconsolidated deposit consisting essentially of fine-grained clastic particles.


lith_desc:
An indurated silt having the texture and composition of shale but lacking its fine lamination or fissility; a massive mudstone in which silt-sized particles predominate over clay-sized particles.


lith_desc:
A rock of complex mineralogic composition formed by contact metamorphism and metasomatism of carbonate rocks.  It is typically coarse-grained and rich in garnet, iron-rich pyroxene, epidote, wollastonite, and scapolite.


lith_desc:
A compact, fine-grained metamorphic rock that possesses slaty cleavage and hence can be split into slabs and thin plates


lith_desc:
An altered basalt, characteristically amygdaloidal or vesicular, in which the feldspar has been albitized and is typically accompanied by chlorite, calcite, epidote, chalcedony, prehnite, or other low-temperature hydrous crystallization products character


lith_desc:
Stratified glacial drift deposited by, or reworked by running water, or deposited in standing water.


lith_desc:
A variety of irregularly stratified sand and gravel deposits, such as eskers, kames, etc., that were deposited by a subglacial or supra-glacial stream or pond and were left behind when the ice melted


lith_desc:
A granite with aluminum oxide approximately equal to sodium oxide + potassium oxide; typical accessories include: olivine, orthopyroxene, clinopyroxene


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q < 5% or F/(F+A+P) < 10%, and P/(A+P) between 10 and 35%


lith_desc:
An outward sloping and accumulated heap or mass of rock fragments of any size or shape (usually coarse and angular) derived from and lying at the base of a cliff or very steep, rocky slope, and formed chiefly by gravitational falling, rolling, or sliding.


lith_desc:
A mélange produced by tectonic processes.


lith_desc:
A rock whose fabric reflects the history of its deformation.


lith_desc:
A volcanic rock defined in the QAPF diagram as having F/(F+A+P) between 10 an 60%, and P/(P+A) > 90%…


lith_desc:
A narrow shelf, partly cut and partly built, produced along a lake shore…and later exposed when the water level falls, or …a wave-cut platform that has been exposed by uplift along a seacoast or by the lowering of sea level, and from 3 m to more than 40 m


lith_desc:
A silica-oversaturated basalt, characterized by the presence of low-calcium pyroxenes in addition to clinopyroxene and calcic plagioclase.  Olivine may be present in the mode, but neither olivine nor nepheline appear in the norm.


lith_desc:
Dominantly unsorted and unstratified drift, generally unconsolidated, deposited directly by and underneath a glacier without subsequent reworking by meltwater…


lith_desc:
A plutonic rock defined in the QAPF diagram as having Q between 20 and 60% and P/(A+P) > 90%


lith_desc:
A volcanic rock defined modally by Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, P/(A+P) between 65 and 90%, and M < 35


lith_desc:
A volcanic rock defined modally by Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, P/(A+P) between 65 and 90%, and M > 35.


lith_desc:
A volcanic rock defined in the QAPF diagram as having Q/(Q+A+P) < 20% or F/(F+A+P) < 10%, and P/(P+A) between 10 and 35%…


lith_desc:
A plutonic rock satisfying the definition of gabbro, in which pl/(pl+px+ol) is between 10 and 90% and px/(pl+px+ol) is less than 5%.


lith_desc:
A tonalite with color index (M) less than 15; composed essentially of sodic plagioclase, quartz, sparse biotite, and little or no alkali feldspar


lith_desc:
A general name for plutonic rock with color index (M) greater than or equal to 90…


lith_desc:
A volcanic rock with color index (M) greater than or equal to 90


lith_desc:
A sediment that is loosely arranged or unstratified, or whose particles are not cemented together, found either at the surface or at depth.


lith_desc:
Any porphyritic igneous rock having a glassy groundmass.


lith_desc:
A fine pyroclastic material (under 2.0 mm in diameter).  The term usually refers to the unconsolidated material…


lith_desc:
A pyroclastic rock that consists of angular volcanic fragments that are larger than 64 mm in diameter and that may or may not have a matrix.


lith_desc:
A rock of apparent volcanic origin composed of at least 50% carbonate minerals


lith_desc:
A generally finely crystalline or glassy igneous rock resulting from volcanic action at or near the Earth’s surface, either ejected explosively or extruded as a lava.  The term includes near-surface intrusions that form a part of the volcanic structure.


lith_desc:
A “dirty” sandstone that consists of a mixed variety of unsorted or poorly sorted mineral and rock fragments and of an abundant matrix of clay and fine silt; specif. an impure sandstone containing more than 10% argillaceous matrix.


lith_desc:
A glass-rich pyroclastic rock that has been indurated by the welding together of its glass shards under the combined action of the heat retained by particles, the weight of the overlying material, and hot gasses.


# Organization

org_name:
California Division of Mines and Geology


# Source

source_author:
COMPILATION BY CHARLES W. JENNINGS, WITH ASSISTANCE FROM R.G. STRAND AND T.H. ROGERS; DIGITAL REPRESENTATION BY GEORGE J. SAUCEDO, DAVID R. BEDFORD, GARY L. RAINES, ROBERT J. MILLER, and CARL M. WENTWORTH

source_title:
GIS DATA FOR THE GEOLOGIC MAP OF CALIFORNIA


source_author:
L.F. Hintze, G.C. Willis, D.Y.M. Laes, D.A. Sprinkel and K.D. Brown


# SYSDIX

DIXTABLE:
SELECT source_id, source_title, source_author FROM Source


DIXTABLE:
SELECT strat_rank, strat_id FROM Stratigraphic_Rank


DIXTABLE:
SELECT struct_typ_id, type FROM Structural_type


