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| Figure 1: Map containing RGB GEMS imagery processed into a color (RGB) georeferenced mosaic |
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| Figure 2: Map containing Mono GEMS imagery processed into a black and white georeferenced mosaic |
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| Figure 3: Map containing NDVI-FC1 GEMS imagery processed in such a way to display vegetation in an orange to red spectrum and non vegetation in the blue to black color spectrum |
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| Figure 4: Map containing NDVI-FC2 GEMS imagery processed so that healthy vegetation is displayed as green and unhealthy/non vegetation is colored near red. |
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| Figure 5: Map containing NDVI mono GEMS imagery processed so that healthier vegetation is brighter and unhealthy/non vegetation is darker |
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| Figure 6: DSM produced by image processing of Canon SX260 images processed with Pix4D |
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| Figure 7: RGB Orthomosaic produced from Canon SX260 image data processed in Pix 4D |
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| Figure 8: RGB orthomosaic produced from Canon SX260 imagery processed with Pix4D with overlaying masks for area of sidewalk and volume of concession stand calculations made |
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| Figure 9: Map of Eau Claire Community Garden Park with overlayed GPS coordinates as calculated by various GPS units |
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| Figure 10: Basemap of Litchfield mine with overlayed raster clips for the calculation of the volumes of three material piles |
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| Figure 11: Basemap of Litchfield mine with overlayed TINs for the calculation of the volumes of three material piles |
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