20220216 13561000 1.0 FALSE MRCI_4S12SRCS2Tipl_2012aasg 002 560827.916836 2060917.936570 -226977.235576 301663.474366 1 0.057 Projected GCS_North_American_1983 Linear Unit: Foot_US (0.304801) MRCI_North_American_Albers_Equal_Area <ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.7'><WKT>PROJCS["MRCI_North_American_Albers_Equal_Area",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-82.0],PARAMETER["Standard_Parallel_1",38.0748169],PARAMETER["Standard_Parallel_2",46.9603261],PARAMETER["Latitude_Of_Origin",42.5175715],UNIT["Foot_US",0.3048006096012192]]</WKT><XOrigin>-51899700</XOrigin><YOrigin>-29042800</YOrigin><XYScale>86775060.884176493</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>0.0032808333333333331</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision></ProjectedCoordinateSystem> FGDC CSDGM Metadata 20220929 14134300 20240806 12333900 150000000 5000 ItemDescription Version 6.2 (Build 9200) ; Esri ArcGIS 10.7.0.10450 Thickness/isopach map of the Syracuse Formation in New York 1 -79.934505 -74.251855 43.323711 41.645334 The main purpose of this dataset is to provide a state/regional-scale map of the Syracuse Formation for the National Geothermal Data System (NGDS)--the data should not be used as a substitute for detailed site investigations. The NGDS project was run by the Arizona Geological Survey on behalf of the Association of American State Geologists (AASG); the project received funding from the U.S. Department of Energy. <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>This dataset contains a thickness/isopach map for the Syracuse Formation in New York.</SPAN></P><P><SPAN>Author/Originator: New York State Geological Survey NYS Museum</SPAN></P><P><SPAN>Date Created: c. 2012</SPAN></P></DIV></DIV></DIV> National Geothermal Data System (NGDS), New York State Geological Survey NYS Museum National Geothermal Data System NGDS Geothermal AASG Thickness Isopach Silurian-Mississippian Carbon System Silurian Salina Group Syracuse Formation Syracuse United States New York <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>The map was downloaded from the National Geothermal Data System (NGDS); any specific use limitations are unknown.</SPAN></P><P><SPAN>Syracuse isopach downloaded from: http://repository.stategeothermaldata.org/repository/resource/3592f7bc37ea27adea06455fbf7e3c9a/</SPAN></P></DIV></DIV></DIV> Shapefile 0.057 dataset 37 Simple FALSE 37 TRUE FALSE MRCI_4S12SRCS2Tipl_2012aasg Feature Class 37 FID FID OID 4 0 0 Internal feature number. Esri Sequential unique whole numbers that are automatically generated. Shape Shape Geometry 0 0 0 Feature geometry. Esri Coordinates defining the features. NAME NAME String 20 0 0 AREA AREA String 20 0 0 VALUE VALUE String 20 0 0 20240806 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