2023-04-17 20160700 2023-07-21 09:40:59.33 editor:esri.dijit.metadata.editor 1.0 FGDC CSDGM Metadata FGDC false FALSE 2023-04-19 20422400 002 Tree_Sites_updated_19April23 0.000 Geographic GCS_WGS_1984 Angular Unit: Degree (0.017453) <GeographicCoordinateSystem xsi:type='typens:GeographicCoordinateSystem' 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/2.9.0'><WKT>GEOGCS[&quot;GCS_WGS_1984&quot;,DATUM[&quot;D_WGS_1984&quot;,SPHEROID[&quot;WGS_1984&quot;,6378137.0,298.257223563]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433],AUTHORITY[&quot;EPSG&quot;,4326]]</WKT><XOrigin>-400</XOrigin><YOrigin>-400</YOrigin><XYScale>11258999068426.238</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>8.983152841195215e-09</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><LeftLongitude>-180</LeftLongitude><WKID>4326</WKID><LatestWKID>4326</LatestWKID></GeographicCoordinateSystem> dataset 1689957369688r8483729713178296 2023-04-19 09:36:09.33 /9j/4AAQSkZJRgABAQEAAQABAAD/2wBDAAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCACFAMgDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwBq+XNAkbOjno23k9fzrMmswkiFmBAJyQOg9/etuWO1g0+JIeZWAw/86pSW+6fZIwVWQFgp+Y8cc9/8+lcoilCoaB7Zlyobk/3h6itXSDJFeI4kJbr838PQ5wfpVIWSxsJZpBuJJVc8Yz1+vSrmnrHJq6FWBIODg4JyCOlMEdMW+1GaWRRlwCcEAE5zkf59KrokNwDIWaSYSYRCMKBg9T6/4VfmmtYWxG8hjT77cAr6+xHFY8Dos0ilWeHnYcfeH54rSxoSTMxdgJOnykYOe+e/vT4ssCoByoOWxj/P4Uy4fyCqmMYAznjnIyOlSwmSf94uQv3uRySOn4daQrkqhoW8xQ4YkZAHB6gc9qVrjzhvzGrjCkKvX0GPWo5JGEXkkCRWGDtBAJHr6/8A66ZZxRhJI53EfOVwgOT/AEqkA8s7XDTBN7YI5GTz+FRiNiGBOEcnkjn8PSrcU81o2Ub5sYK9cjOTn15qtLI1xI7YIjI4x0HPShiOO1jQoo5DcWrSFR8zxjPH0rJgtBc3cMeGwWGTjOB3P869FWGBm3Fc55GGyKq+UFJkigiLrkM/fr2P+elS0S0O0+0QII8ny1IbaONp7fjWmsZdW8s4wMZYdf8AP9Ky4rpvtZXaOucHHJ6foavvJJJEEAZCOrE4Gc9sGgtNDYZIFCszfN/y0EmFw3cA59KbNIpd0WZXRecA8DPb/wCvUE43iFAoWRid/Qg+lTDy7aKOby0AKspG3KnPHSncRzeoaZ9klM6lFR2IUA5I71SRth5Izn1611V7aR3luke44Iy3ABBH/wBesaTRsMjiUMC2CCMZ4zxSaIa10M54zcTuCVDFsdxmtc6fLbtB5jmZiACSxwoGMAetWLDSmjnklmAMjsSgj6L61piEPMB1AOACAw6cmnYqKK8Fu7yNJHjYpwcnIIxz/XvWpDDbyW4WKQLuGHV16c8Y9fWoYo9k+233O2cYA/HtVhFiJLM5U8qQR09h7800MqW1m8TzOrR7IskMSBn9DRV+bzZYY4WTfLklG4HXseM//qopgeYw3brK/wC8HTByfToavzQZtIp4WfcSdxPDD8e/aphaRvJv8oYHIAPI44PvUkdkBGo3H5c7woOc1iQUlEjSqs7hyoDcjBP4GrGlIILqNkO5t5+U4yPx7/jTLy1uMRbTuQkBST1H+cVPp1s8l/GqICqZ56AfX3zVJjR0k0kxgaSX5SrE5x0/+tVDzeNscykBfuhQM84weP1q80BAEe7eXBP4D/PWoksCzDMWN2c5IwR6/wBKsu5T8l5EkZ2XevYnIb/Jz+dLZShwDvlXZ/CgJHXHUf19KfqFmxMQX5ZN+OxDDrUq6ZOrbkkKqeMbuAc/l+fvUsTZaaZZGDqoCquPlHXng+xqHdHO6MivsBywEnrjp0wKns4T5ZScKwx0LYOeueKIrRkYqJSImPTGWPtTFcZ/qpRtQllGSPvcE5PX/wCvShRdOp2FWZxsA+UHt/kVbii2SESSKw5IAxkD+dZt7IkU67pPlGPkPX8/1pgTBPs6y+YTG0Z4CnP6jpVHUbtVCrGdizAhuOopcqYnLI3zAEOc8dfbmoYYXuCPvuVJKrgAD1/pSuBWspZYLuMh9rxYcIxyB3HrWsb7zji5Xrl/unk/QDP51Tez8v8AfNg+axYKGyyAdsdhyOtJFGN4EoZdzHleefwouIt208ErM7OwwwBJ49fy5FXZHWVwF2FQevXB78H3rHeMuSkKkkcnJ4wPqPU+vatK2txGqbjvdj90Y7nk4/pSuUiO6BijfYmSzcHPOTxwB9aabeONcB3Viqkh1I2n0H6fnV428y7mUbjvJAbIA64BFF00ss6m7cY6E7gcjscU0xMqTSyuqjYNqkjCeueh79hTobovP5rSA5O0gjH0x2z/AJ61L5/kFiRgoOWx6Hv/AJzRJJcG3JaKLyw4+cJzn0ouFy3GWEytE4V1YA9sc/8A6qaR5txJM0mRuLN05A9vXk0sdxFAwMu5143BWBZvz9/aqkep2Sl0WZRHyV3gKyj/AOtTGXbxnkMeBu+UlSoOfrxRUf2pDH+6uQwj5BVscdMUUCuc0IzhWdcE8LgYp6IZwV+YZB43cH8B+NTYBt2ErZbPy/7NJFsiVixGQMDrzWRBQnEsMiKSWyAMA9PWtLw4wHng7S5I2hhj171Tm3tvI545yP5Vd8Lzok+2UqUJBkkUZ2+o6fjVRKR1CeTJCyMkbu2MfLjH0Paq7h9qRliRzgDPrzipluBsPmbt+Mxjsfriq0rCRhu2pnrt6N15qiiSVre46xjAwAT/APq49arz7IUWIfMN24AtyD6/0plyYreRzGHl2oGHPXjkAcdDmsS91u7kKpCiwoh2jaoJIJB5PrSEdCgSMrO6uFXAU9jj3/OgXlpDLlpoApJ569+vFclPcT3EgD3BYPyVBwM9OnQVBI5ywDYxxyOTSuI7J9RsmvMR3UMhDc/NuDevpVG9LSedcCNkjZsjIwPXArnLWNnmCsThjkgjp/kj9a6Hyj5gQJ8hAOcdOp4pSatZjQltA87nYh8tDlwP7px19KuBY7JgUB24zjHUUxGKKAEy4PAHOMHPI/KrEkKJbtJIS4+8iRjaQTz1P+eatIZm3Jjkh3gBmUhs46+uPpSTQBhG0RzuOW4AIyOlWFSGa4xjy1U5HQnnPXtQIFEyoq5BYYG/kH/69IQyPS7hpjIqjys4znuB0x2q/wCTw4JDshVj/temfarbCU/PlnZh8xfOTg5HzVVa8cJ5j/6vO0jjAx1osBI0TfKTKoUnKhsgnuf84qrdgmdhDG8exT5gPT1/Dr3z+FTSShbn90cxr/z1BGBxnpn2/Oqpdp5iquwVDyhbvk4xzjOCaYCeYjJuJ2J1DB85OOmMcimCFXZWG58NuIzhiPSrUjfaIANoAXIJ/iJB60hCBdzKGBODkn8ePwp2EKltBPBvRpOMblQ5xzXJ3ESl5WXiPexVt3XsOtde04sYHDRI0aZPTAB9eetcgJCVVyvIbovJJI/l2/ChgPmZUwWK7lba2W69enHuKKVgpkQAbj1wFznjv+tFSKxZYLuzk8dj+XQUhUjG5lGc9OQKiZzgkI7AHnGMj86c5Kjk/LjB5zSsA1/mUgHgDkeord8KvbDTbiJotjCTCyMefwP1rA8zO7BGMdh1Fa2hXywTrGxXjJQk5x7HPFNDTOjjlNjMHiWPIU/KTkEfU/hVaO7EL+cYcK6k5xx7gDt+FXrlfPj3xwhY1+97jv8AhmqkqRm2jjU+XIq7mJ5B57jtV2KK0ku2TzAE68jGR7A1y+shm1WQIqxo3LZ/pXWfKkLQiEl2wS+fm6djXPeIIn2xygKsmdm7jGev6VLQmYsTNLIQDwDgcce1TBMMeSMHlRzx3piBniwWwSfm59+aJWVIic7sZzSaJLMEeAHGdwbG0AnjH/1q6BURApiG9GUSMq9h1zz7c1xDXzhgGXAXGAzAc/8A6q6zRbjz7NdsYDiMDcZODken+TS95bIaL3yGJZFgaONm3Kuc8fpU+QYSjASKxJHXn0+lESXQtisseY1C8o2NrH1yaRcxROSsTGRguNvA5qyymlvcJJsEDtD3OQox+OK1LLdbRyMWZgeBGGPHP86qrdTyr5crjaxwSOuOwz6VYtkRrUIXVWY4y5655wf8ah3TJFDJDEwiEu12+bL8d/61XvnQ+QcZBX5gOqn/AD6elTbVjaNSx74CPkAe/wDk1nSFbicRM5jVnAVR0ODzkr/+qrAtRRS7RDDHIoxh23DP1yece1MiYOFK5JPGCv5+3b+VW0gFk7QMhkkzwUxjH+T+tROyrKyJtJ+6Bn5gc+pI/wDr07AJErpExC42hiRnB6//AFhVm3kDKkMqh4t/DKmOSPaoZLc+XhD90ZwMk+xPt9aTKgBzCVjXb/HxnH/16Yh9xAbTc+1eXOA6hs9vx/Gs+88NLvAhmVY177c81uiZpQXaNfkyTleD/jUOPNGNwizkAnOSQcZ/WiwHPvoV9DI0IjWQKMbl6Dv/AJFFdIriS3aMeWjAcNk8ge3Qc+tFLlA4ly5wHY7+/HQH2quD5L58tWweMk8/T9adPGokOWPBxk9j3/rVGb5yQMjrw3U4qQLs0iwsqyApIU3HI+73HWtnw8kEl+JbmeOIBN8a8Hf/APqrm+VhR3YAtgEuOSv+FRC3klDD5ztwQWxyfT/PrQI9QUW8juro6Yx1PQHp0qMwBZdjuNxPy7uDzn+lcQtwrW4ErtuGM/OeR7H2xQ+95lieSXzeo3nHGfT9KfMPmO0nlVTyoKAZzjGQe5/+tVDxBJaraSHy/K2Qh8Ofpjr7HrXPEy3CIEkk+UHncR07euKzdUJWVFZixUcO56HHJ+n+FHMDYC5Q4jMijgAY6cnHOKSch4g8ezGCD83Uep9KoSoYWUKSWLE7sAdD14+taEEq3dsGZ/3iJtII46YBHT9aSaauhFRbNwysc52nKMc4AHUe1b2km0gsYZJp283dwicjByeT1zxRa26CJvJjWRymApB54I+nSsa4t7y3kUy2ksMAPLlCBgjoMjj9aaYbHUy65ZJO0b3BA2glsMe30z+NT/8ACQ6QNpkuhyMY2tnAPPGOtcMYQXBmbO07mC8AD/CqmQ05O9Tg89h+HpTFzHoUuq6S88vlTOWzlFaNskfTHX2qCPXbdSgMUzFwWj+UDdyR/MYrlbRGfgYEi4fB4Pb1qzLLJlPkbPTcze2Pp07Uh3OvbWLcWqSspWTgEbOeTj/D86yP7QjjLcSsCflzkAd+DWdDKZ3hLyySPEBgk5Cr6CptQumM6KzY3JnoOMDrzjsTTHcsrfQK5eZXY5ySG6H860Ld4UWOTyycDChn/E/05rAE4IQxKzykkKmMEfh+fr2rTj3iKPft3YySOwxwD+fWhMLmsupK77PORUJAZihI/ED0qq+uW5UuFZic5Y8KR2PHNU96IXSSM+XjjDY7d6zPIZoiSjCMHucCi4HQr4mVJVWO18x3Iwwb27VXk8RlmLG3UszE5Y49O1c9MWiZmGAcbhnrT9mOcN2L5PalzMDdGvNJ9yIq+TgckEcZPT6UVivI6OxaQZzgcYz7Dr2FFO7Am+V97u4MqtnaTyR3Pp3qF7ZGBYcg9CDgdR3oZ1VVZGZUHLAep+vTNTyfZvMTy5HdGcDIPO0+vpUkjUt/3RPbH3cj/PalgUo8srKpVc8KBx7/AMqlS0kPJK7TweevoQfx/SpWW3htyqgZbggEHK8ce/Q0hlZJ9q+WuS+M4jOQvPTp7804OCDtbd8xwQD82O9VruIbWkicLvU4BPJ+uKjgkYJCCWAKqDg4wMf/AKqOgjQ3hCCygArhd3YY4zVW9SJrYkYcrymD7HOD+NXJY2khMkeCSBnBAA9vfNY98ZY0jbGUL7Q/QDHP4+9CGzPkAlIVVKHGD0ycHjj/AD0q/olrLLcNGEbIz26d+c/55rOIIcRnA54Y9Oa6KxZ4tjnhlUbixyT1/pVAjZ0u0e2ll3tHkyZCkg4wR6H6fzqv4pRSbcHKliWIDfIeP8/SpIrq5Fx5ikMyjzSAOccf4/zqu2sm/Yo8SvuOCpzkjI59BQmNnONJEJON7KcLgKAM+3Xvj/PFVIWg854pY5AvO1m42n39voa2dQsoGhM1sjK8T8mSUkEn1zx06VlGe3aZ1EajPOVGFX0Hr356fjTJsaSLHb5jb72e38We+f1qrM4+0JHuwiHaeRk+3NVX1KRNyxSvGrAEkLjsenfv61Gb+4a5Qtdyyx5wmCSue+d3H40JArGzbXaRzrHgtvB4ABBGD+dXZ43uVXfEsQClsY54yPxz+mKrK1q/lPKqBwQNyHHPoccflWgZkIUbixyOpwSR16n1oKM+1tIld5JpiC2W3AYX8ADmtF282KOclki28nAOW7DGf85qvdRNJJIUjZVVfuEenPT/AAqtCzPGFfdwQSAcA/pSEWbm4uJ7YxEbiX3lVGBt54FUy7opCyoySEEBeqccZrVeKFYUVpXjZQzl0YMAMdPX/wDVWVF5U4LFeS2RuHJ65/HmkUPaMsI4wi70OdxIyc88/n3ptxJt3cqX2g7QxIB4pl5cyIAm1VZiAM4PT/PeqzyR4YJBg42sGwepzjHShAXIiskZK8qAEyWxke/60VCVkkjViSeCRk8fgBRTuBu6to2WdrZWzu5QL15zxn2rERzHKW2x5PUFc4x6ZHHTtXWaP4mt5dKktrkl5h8qGRf9YT0Absfx6VyeqXskspfy4QFbZhR29CwPJ570WIdtyZdQmtg2HVvXvt4449aq2+oSzufNcAv2xzj8f5Cs5rkK7funGflY+YMfy61CJRHchosA5A+ZiSDn2xRYLmxIxTyyylhnKjOc/wBO9MsZY2zt2kg4IIz3P5elU5Lq4uQ4ONhyWMcYAA9jg4FUonRvK3MxK8c54GKLaAdLeXMcattkT5c7kZscg56fj/nisy8gklt4rlZf3PKYi+bn3xgDgjvVdoFaAswwMbwS2c8/zrqPDdzBa+H5I8hJUdi2TgtkcEZ6jilsVFJuzOTRIjIkjhiM4JTI+h/z6VvJNEFEiZ2E9NxO0kfrTJPJkaV/Ji+Y5x0UnB/SoMyqzbWztYMEX+Enpx6dae5KLfny7ZB5jKNm7cny4/Ec0LduCjvsZo+Pm+8R77Tzz60ryqzbJch2OBxxng4H60xiVlMfDRnIyeSDnNIor6i63Nv5krKHjIwoGOAP/wBdZUaOkfmk554GSDkc9c/StuTa6OflZdpGc9TWVdwrFDHEnmNySzDoo/wzVIllRpVZ5HZQ524ORk49hUdjCXuco2YlwflJIPP/ANbvSyHaWSRl8zndj36e1SLcrHbBI9odSW3AjOfQUxI0pN6yAoWDIS2C2STnsPSlttQDzKkykscjLdAST27U6RZZiC24N0yB6j27d6IUjS78y4+TAwqr3P8AOh2GaJkaONwxcseCuc8f5FRx4UZDMuDkFBxn6fjWdLM8gx5hG7kYPSrulpNd6gsbOiW6kb3b72PUf/WqbDRPJDcTvIF2tCuQzDjA57dc/hWZI7BgkXCKMgsOW+v+Fbz26/aSm7aA2VKsMH8eTTpraxuE8nh51Ock/NjGD3Hf1p2Ksc3cSIFI6jb/AJNOgh+0u53H5efu85PAqe60hlQsJ9g5Uo2R/Ien4VWgWW2K4YYLdfvd88f560rCNMkxwEcbFAAGBk4P9aKkcnbx9/AyDzt9M/5FFFgMaeRHtURYiJFbJfeeR2wO3eoIsqoyxGc5AHBFfUH2W3/54Rf98Cj7Jbf8+8X/AHwKuwuU+XZICf3kYfbxye3tUZVQisMBznkDoM9q+p/s1v8A88Iv++BSfY7b/n3h/wC+BS5Q5T5Zyx+dQVQk8Nk/rREsqy/cPJ9M4PWvqb7Jbf8APvF/3wKcIIV6RIPooosHKfNFvbXOMGEuMnKgcn6fr+VaVjp98xV1sJid2MrGxz65wMV9EBQOgA+lLRyhynhLaPqbFdmk3z54GIXIB9c4pzeGNZIUx6VeZ6tmI9R0r3SilyDseGJ4U8RFwy6VOAByduMn86V/B/iFsAaXcZB6gjnnrXuVFPlCx4SfBniXOItLlU53bmx6dxuqveeBPExRZINPn3t98Ajn0zzXv1FHKFj51T4f+KPKJbSJSemMLnH501vh14sDo0OmSqcDdllP9fzr6Mop2FyngzeC/EoDBtJmKsw+6R0796jTwh4kZmM2j3EZVSseBu+nrXvtFFh2Pnq38Ma/AwM2h3jAEZxCx6fQVqzabeELs0q9tmJB2m1YAjGCDxXuFFFgSseDPazxLvlW8iUZBzCT/wDr7VmWW+PUd00UgBJydue/0619GUhAPUA0WGfPer20wDeXnBwxbPbAx+YqHTd1tdELtJKkEMK+iDDE3WND9VFN+y2//PCL/vgUuUDwqaCNomcYUH5i3TGenHTv7dqK9z+xWpOTbQ/9+xRTsBPRRRTAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA/9k= Simple FALSE 0 FALSE TRUE Tree_Sites_updated_19April23 Study tree locations - Pringle Falls Exp Forest (Deschutes National Forest) tree ecophysiology-remote sensing study. USDA Forest Service WWETAC. Study tree locations - Pringle Falls Exp Forest (Deschutes National Forest) tree ecophysiology-remote sensing study. USDA Forest Service WWETAC. Data collected August 2019, TreeID corresponds to metal tags on trees. Study tree locations - Pringle Falls Exp Forest (Deschutes National Forest) tree ecophysiology-remote sensing study. USDA Forest Service WWETAC. Data collected August 2019 Esri ArcGIS 12.9.4.32739 Pringle Falls Exp Forestsapflowponderosa pinecentral Oregon Charlie Schrader-Patton USDA Forest Service WWETAC Senior Analyst Other Constraints Other Constraints 0.000 Shapefile 0 Tree_Sites_updated_19April23 Feature Class 0 FID FID Internal feature number. Esri OID 4 0 0 Sequential unique whole numbers that are automatically generated. Shape Shape Feature geometry. Esri Geometry 0 0 0 Coordinates defining the features. Nboorhood Nboorhood String 254 0 0 Tree_ID Tree_ID String 254 0 0 ES_22Aug23 ES_22Aug23 Double 19 0 0 ES_20Aug23 ES_20Aug23 Double 19 0 0 ES_22Aug_B ES_22Aug_B Double 19 0 0 ES_20Aug_B ES_20Aug_B Double 19 0 0 TreeID TreeID Double 19 0 0 TreeID2 TreeID2 String 254 0 0 nBorhood nBorhood String 254 0 0 D_DOY_Insp D_DOY_Insp String 254 0 0 D_DOY_TIR_ D_DOY_TIR_ Double 19 0 0 D_DOY_TIR D_DOY_TIR Double 19 0 0 Hour Hour Double 19 0 0 TreeID_DOY TreeID_DOY String 254 0 0 Sapflow Sapflow Double 19 0 0 DENSITY DENSITY Double 19 0 0 ImageName ImageName String 254 0 0 am_noon_pm am_noon_pm String 254 0 0 tCanopy_mC tCanopy_mC String 254 0 0 Top_of_can Top_of_can String 254 0 0 Mid_canopy Mid_canopy String 254 0 0 MS_COUNT MS_COUNT String 254 0 0 TIR_COUNT TIR_COUNT Double 19 0 0 TIR_MEAN TIR_MEAN Double 19 0 0 TIR_STD TIR_STD Double 19 0 0 TIR_MEDIAN TIR_MEDIAN Double 19 0 0 B_MEAN B_MEAN String 254 0 0 B_STD B_STD String 254 0 0 B_MEDIAN B_MEDIAN String 254 0 0 GNDVI_MEAN GNDVI_MEAN String 254 0 0 GNDVI_STD GNDVI_STD String 254 0 0 GNDVI_MEDI GNDVI_MEDI String 254 0 0 DVI_MEAN DVI_MEAN String 254 0 0 DVI_STD DVI_STD String 254 0 0 DVI_MEDIAN DVI_MEDIAN String 254 0 0 REVI_MEAN REVI_MEAN String 254 0 0 REVI_STD REVI_STD String 254 0 0 REVI_MEDIA REVI_MEDIA String 254 0 0 G_MEAN G_MEAN String 254 0 0 G_STD G_STD String 254 0 0 G_MEDIAN G_MEDIAN String 254 0 0 R_MEAN R_MEAN String 254 0 0 R_STD R_STD String 254 0 0 R_MEDIAN R_MEDIAN String 254 0 0 NIR_MEAN NIR_MEAN String 254 0 0 NIR_STD NIR_STD String 254 0 0 NIR_MEDIAN NIR_MEDIAN String 254 0 0 Re_MEAN Re_MEAN String 254 0 0 Re_STD Re_STD String 254 0 0 Re_MEDIAN Re_MEDIAN String 254 0 0 NDVI_MEAN NDVI_MEAN String 254 0 0 NDVI_STD NDVI_STD String 254 0 0 NDVI_MEDIA NDVI_MEDIA String 254 0 0 EVI_MEAN EVI_MEAN String 254 0 0 EVI_STD EVI_STD String 254 0 0 EVI_MEDIAN EVI_MEDIAN String 254 0 0 NDRE_MEAN NDRE_MEAN String 254 0 0 NDRE_STD NDRE_STD String 254 0 0 NDRE_MEDIA NDRE_MEDIA String 254 0 0 CCI_MEAN CCI_MEAN String 254 0 0 CCI_STD CCI_STD String 254 0 0 CCI_MEDIAN CCI_MEDIAN String 254 0 0 ObjectID ObjectID Integer 9 9 0 EPSG 6.2(3.0.1)