20220216 15182200 1.0 FALSE MRCI_4S14AKRN2Tipl_2012aasg 002 541411.225968 2130691.696800 -230435.736820 266600.103273 1 0.030 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[&quot;MRCI_North_American_Albers_Equal_Area&quot;,GEOGCS[&quot;GCS_North_American_1983&quot;,DATUM[&quot;D_North_American_1983&quot;,SPHEROID[&quot;GRS_1980&quot;,6378137.0,298.257222101]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433]],PROJECTION[&quot;Albers&quot;],PARAMETER[&quot;False_Easting&quot;,0.0],PARAMETER[&quot;False_Northing&quot;,0.0],PARAMETER[&quot;Central_Meridian&quot;,-82.0],PARAMETER[&quot;Standard_Parallel_1&quot;,38.0748169],PARAMETER[&quot;Standard_Parallel_2&quot;,46.9603261],PARAMETER[&quot;Latitude_Of_Origin&quot;,42.5175715],UNIT[&quot;Foot_US&quot;,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 14514500 20240806 14332000 150000000 5000 ItemDescription Version 6.2 (Build 9200) ; Esri ArcGIS 10.7.0.10450 Thickness/isopach map of the Akron Dolomite in New York 1 -80.006287 -74.003417 43.229121 41.618645 The main purpose of this dataset is to provide a state/regional-scale map of the Akron Dolomite 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 Akron Dolomite 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 Rondout Formation Akron Dolomite Member Akron Dolomite Akron Member Akron United States New York <DIV STYLE="text-align:Left;"><DIV><P><SPAN>The map was downloaded from the National Geothermal Data System (NGDS); any specific use limitations are unknown.</SPAN></P><P><SPAN>Akron isopach downloaded from: http://repository.stategeothermaldata.org/repository/resource/3592f7bc37ea27adea06455fbf7d5095/</SPAN></P></DIV></DIV> Shapefile 0.030 dataset 24 Simple FALSE 24 TRUE FALSE MRCI_4S14AKRN2Tipl_2012aasg Feature Class 24 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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AEZFdSrqGB7EZoauAiRxxDEaKg9FGKSSWwDqYELXdspIa4iBHUFxU80e4XKk2sW6t5Vtm6nPRIefzPQVDqraOrFcb5mtP0t7OMH+9IxI/IUr1X0QaktjYyQTzXVxMJbmYKrFV2qFGcAD8TVQg03JvVgkXHdIwWdlUepOKttLcYqsrqGVgwPcHNO9wGzTR28TSyuqIvVmOBSbSV2BmR3OpagPNtBFbW/8DTKSzj1xxgVkpTnrHRC1Y/7Pq78Nf26D1WAk/qafLU7/AIBqH9nXy/MmrTb/APbjUr+XH86PZz6SCzDdrUfHl2cw/vBmUn8MUfvV2YaipqkkUyQ6hbm3ZzhJA25GPpnt+NCqNO01YL9xur5ge0v8ZS3kPmeytwT+HH60qulp9gfcsajbf2hpskUTgMwDxt2DAhlP5gVdSPPGyB6orx67aqoW8LWs44eN1PB9j3FQq0ftaMLk8esadKwVLuLJ9Tj+dUqsHswui71rQYUAZU002pXL2lrI0UEZxNOvXP8AdX39TWLbm+WO3UW5ah0uxt49iWsWOpLKCSfUk9TVqnBKyQWRqVYwoAytVtkhVtShlW3uIhy7HCuP7rVlOGvNHcTRWtdZudZgV7CMQR9JJZRkhu4Uf1NVCfOrgncuWlp9mMrvK000rAvI3U4GAPYVYyaSWOFC8sioo6sxwKTaWrAIpop0DxSJIh6MjAihNPVAPpgFAFe9ulsrKa4YZ2LkD1PYfnUzlyxbBmdba00MZTVIninB/wCWcTsrDsQQDWUa1lae4r9yxoiOunlnRk82aWVVYYIVnJGfwNVRT5dfP8wRo1qMKACgAoAKAMm5X+09VNmXcWtvHumCNjc56KT7DJ/EVjJc8+XohbssrpGnKoAs4cD1XNV7KHYLIsxQRQLtiiSMeiqBVpJbDJKYBQBjpCurahO8432tu3lxxn7rNjkn164rBL2km3shbkzaJbBi1u89sT18mQqPyqvYx6aBYWPRbYSrJO81y68gzuWA/DpQqMb3eoWNGtRkNzcxWlu88zYRRz6n2FTKSirsCgjavdKJVMFqh5WN1LNj3rNe0lrsLUmsb+SWd7O7jEV3GN2AflkX+8v+HaqhNt8stwTLVxbxXUDwzKGRxgirlFSVmMz7KWSCZtMvmDkg+S5HEieh9xUJpPkYvIF0+9ssrp90nk5+WGdSwT2BHOKnklH4HoFuwpbWY/meGznH9xCyn8zmi9VbpMNR0E1lqRe3mtQkyj54ZkG7HqPUe4ppxno1qG43Tw1lqE+nFmaIIJodxyQpJBX8CP1pQ92TgC7E+q3L2tg7RczORHGP9pjgfzqqsnGOm4MlsrRLK0jgTnaOWPVj3J+tVCKjGyGixVAWaAMrVxLZxyalDeNEYly0cjfunA7YPQ+4rKcZL3osTK1sza40d9PG6Wm0NDA5HJ/vMB+lXGXMk0MW0Aj16/jj4jMcUjAdA53A/oFrOOlSSXkLqNaS91C+uY7a6+yw2riMsqKzSPtDHqDgAMPei8pyai7JBuSxaNB5nnXbveT9nmwQv0UcCmqSveWrCwkmkmOZptPuDaO331VAyN7lT3+mKHSs7wdgt2GwXF7balFaXskU6zozRSRx7CCuMgjJ7HOfakpSjLllrcNTUrYZmayRItpbDlpbhfl9QOT/ACFY1tbR7sTNOthhQAUAFABQAUAIxIUkDJA4FAGZoGxtMEu7dNIxecnqH7g+mOlY0Lcl+vUS2NSthh0oAqXWpWtmgMkm5mOEjj+Z3PoAOTUSqRjuK5UvNSE+gXd1as6OiMpDDa0bDqCOxFROpem5RC+hOzwaPpQaONmRAMKp+Z2Pue5NVdU4aBsiIaw0DhdStHs1Y4WUsHj+hYfdP1496n2tvjVgv3L1xdQWtuZ55kjiHV2PFaSkoq7YykNZL/NDpmoSp2cRBM/g5B/Ss/a32i/69RXGCO61S6ie4tmtrSFt4jlKl5G7EhSQAPrRaVRptWSDc1q2GU9QsftiI8b+VcxHdFKBnaf6g9xUThzbboTQadetdxOkyCO5hOyaP0PqPY9RSpz5lrugTH3tlDfQiOXIKncjqcMh9QaqcFJWY2rlUWusINqalbso/iltSW/RwP0rPlqr7X4f8EWoGPWoRuW5tLnH/LNoTHn6MGOPyNFqq6phqV7iUajatcwRtDf2bbjG4wy+qn1BFJv2iutJINxXuY5NR0u/U4jnR4CT2Y4YA/8AfJH405aTi/kD3LGtBltobgKWFvOkrqoydoPP5Dn8KdbZPswZfiljniWWJ1eNxlWU5BFaJpq6GPpgQ3WqxQv5ECm5ue0Ufb3Y9APrQBhTi51C6aHetxcrw7f8sbXPoP4m+v6VjObk+SAr9Eb1tAttbRQJnbGoUZ9q1jHlVkMy0e50+/vXexmnWeQOjxYPAUAA88dKxTlCTdr3FsWdLgnj+1z3EflPcz+aIs5KDaq4J9flz+NVTi1dvqwRoVqMCQASegoAydKQ3zjVpmJaQEW6do4yf5nAJP4VjTXN+8fy9BLuVLpbddUnGqz3EaNg27rO8aBccj5SOc+tZytzv2j9NRddR9jNpEd4jpcTyyt8kck7uw+ik8U4OmpaPXzBWN6ukoKACgAoAKACgAoAoXGk2887XCNLbzt96SBypb6jofxBrOVKLd1oxWK9tfGyvprG/uw2ArQSSgKXBzkccHGP1qIz5ZOM36BfuSavp0+pRRrDdiOMHLxsuVlHocEHFVVpua0YNXMz7HHpbmU3unWT4wBBaqM/rk1nyxpron5IWwsMMl3BNbx+a0dzJvuruZPLDDAGEX6AD+tSk5Jpdd2BeZl1TUUiiObS0YM7Do79gPp1rT+JKy2Q9zWdFkQo6hlYYIIyCK3avuMzYdL0q2vUCIvnqN8cbSFgg9VUnC/gKyVKmpabisjTrUYUAFABQBlagDY30epIpMWPLuAB/D2b8Kxn7kuf7xPuaUUsc0YkidXQ8gqcitU01dDH0wCgDKv/APQb+LUAP3Ljybj2HZvwNYz9ySn94npqVpoobUy2d4N2m3LbopM/6pic7c9ueQamSSvGXwv+v+GETrc3emrsu0e6th925jGWA/21H8x+lPmlDSWq7/5j2IY47QkzaTqiW4Y5aM4eMn/dJGPwIpJR3pysL0IZY9PaQm/1t3n7+VMY1A9AoP8AjUtQ+3PX7g06sWBmtdLW0sgI57m9mhRsZ2gO5LH1wqn9K1qyaSUd2Nm3aWkVlbLBCuFXuepPcn1NXGKirIZPVAFABQAUAHUYoAzNGHlfbrVf9Xb3TIg9FKq+Pw3VjS05o9n/AMESNJlVhhgCPQithlTVIUn0u5RhwIywPoQMg1FRJwaE9iSwlabT7eV/vNGCfypwd4pjRYqgCgAoAKACgAoAKAMfUJDqcj6bbpuUHbcTMuVjHXA9WrCb53yL5ieug1LcajdPAXdbK0AiCKxXewHcjnAoUed26IW4wQR/anttKt442jO2W6cbivsM8k0uVX5aa+YehaXQ7Vubl57lu5lkOPyGBV+xj11HY0IoY4IxHFGsaDoqjArRJJWQx9MDF1HR57rVY7yCZIyEVSxB3LtJPH1zisnCXPzIVtTarUYUAFABQBFJc28YIlmiUf7TAUAZq6fplxKxs7ny36sLWbH6dKydGPTQViX+x+Sft12CRjIk5qnC6tcYxoNSsRvguDeRjrFNgMfo1RyzjqncWpZtry11KF48c42yQyDDL7EVUZxmrBe5UjtbmyYWhjF3p8h2gNy0YPY56ioUZR93dAP/ALMuLQ5067Maf88ZRvT8O4p+zlH4GFuwsNj9pZjqNhZlx0dVDZ/MZpqHN8aQW7ltbOCJQsNvAiegQCr5EtkFjnorhfs0F2AQ9neyzTxH76RuXBJHtuB/4CayquzUu2/oDOoR1kRXRgysMgg5BFbp31QxaACgAoAKACgDMsD5Ws6pA3DOyXC+4KBf5pWMNJyXz/r7hLc062GZWqXP2gNplqd9xKNsmOkSHqT6cdKxqSv7kd2J9jSijEUSRr0UACtUrKwx9MAoAQsFGSQB70AV5NQsof8AW3lun+9KB/WgCI61pQ4/tKzz6CdT/WgBP7a04/duQ/8A1zVm/kKAE/tm07LdH6Wkp/8AZaAM7S9TQXGpeXa3cga6LDbCR/Av97GKypby9f0QkFnqE1vql5ANNuz5pEyAmMH0P8VKGk3H5gtxNMu72G4vLRdP+cSmUeZMFO1uR0B96KWjlEEaX2jVT00+2H1uj/8AEVsMN+rN/wAsbRPrIzf0FABt1c/8trJf+2Ln/wBmoAPs+pt9++iX/rnD/iTQAfYbw9dVn/COMf8AstAB/ZjN/rL+8b6S7f5UAH9kQn71xeN7NcOf60AL/YunH71srn1Yk0ASR6ZYxfctYh/wGgCG800uUmsnFtcxg7WCjaQezDuKALGn3YvdPguRgeYgJHoe4oAs0AV5LK3luY7hox5yfdccGpcIt36hYsVQBQAUAFAHMXttqGl3H9ow29tLFFJKZCZWDNFI2SCNh+6cHqeAfWsaq5Wqi6b+gn3H29lrtvg6dNp8dq3zLDI7SooPPyYVSB7ZI9KFCS/hvT7wt2Jbi/16zcedaWrQ9POh3Pj6qcEfrVRc72kg1LEFze3ce+HUtOZfaBm/9qCqU4y2Y7iyS30X+t1bTk+tsR/7VocordhcdF9tuBmPVrV/+udv/wDZmmpJ7MCT7HqDfe1Vh/uQIP55pgVbrQ7meRLiPWruO7jVljk8uIgA9QQEGRwOKznDm1Ts0Jogj0jWppFF5rMqRD73kEbn/HaNv4Z+tTy1JaN29A1Ldt4dsrVCsUt4oY5bF04JPqSDya0jBRVkOxN/Y1r3lvj9b6b/AOLqgD+xbA/eid/9+Z2/maAD+w9K76fbt/vRg/zoAUaJpKnI0yyB9fIX/CgCxHZWsP8AqraFP91AKAJgqjoo/KgBcD0oAiubhbW2kndWYIM7UGSfYD1qZS5VcCtpNtJb2OZxieZ2mlHozHOPwGB+FTSi1HXdiQl7by/b7S7gXcyMUkGf4D/hROL5lJAwvLSU3lveW2POjOx1JwHjJ5H1HUf/AF6JxfMpR3Bl+tBhQAUAFABQAUAFABQAUAFAGVN4c0uZ2doHDl/MDCV8o+c7l5wpzzx7UAR6deTRarPpcsqzLGu9JXf94c/wkd8DvQBs0AFABQAUAFAAQCMHpQBk/ZLrS2LWC+dak5NsTgp/uH+lY8sqfwart/kLbY0oJfOhSTY6bhna4wR9a1TurjK8+lWFzIZJrOFnPV9gBP41MqUJO7QrISPSNNiOUsbcH18sE/nSVKC2QWQ2bRdPlO4W6xSdpIfkYfiKHRg+gWRNZwT28bJNcmcZ+RmXDAeh9acItaN3GWasAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgDM1YFJrCUBQFuVDHHODx/WgDToAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAzdbinlsVMOSEkV3UfeKg5OPegC9BNHcQpNE25HGQaAJKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoACARg9KAMYQX+lNObOKGezz5ixNIVZPVVAXHuMmgCRPEWmME8y4MDOOkyMmOM8kjHr35wcUAaNvcQ3UCT28iyROMq6nINAElABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAQ3U8FrbtNcOqRLjJb1zgfrQBj2TX1o7zR2Ei2EnziAuGkRjySBn7v+z1z2oA1ra9t7sHyZAWH3lPDL9RQBYoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKAMyQC81sQuMxWqCTaehcng/gB+tAGnQBVubC3uiHdSso6SodrD8aAIPL1WH5I5reZB0aUEN+OKANGgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKACgAoAKAILq7hs4fNmbAzhVHVj2AHc0AQ6dBKiy3FwNs9w29l/ujGAv4ACgC7QAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAFABQAUAIzKilmICgZJPagDH8qPXL+C6+f7JanfCykqJH9fdQPwNAGzQAUAFABQB//2Q==