20210125 12544600 1.0 TRUE CreateMosaicDataset "C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Puget Sound 20210125\Puget Sound 20210125.gdb" PS_Prediction PROJCS['WGS_1984_Web_Mercator_Auxiliary_Sphere',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Mercator_Auxiliary_Sphere'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',0.0],PARAMETER['Standard_Parallel_1',0.0],PARAMETER['Auxiliary_Sphere_Type',0.0],UNIT['Meter',1.0]] # # None # AddRastersToMosaicDataset "C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Puget Sound 20210125\Puget Sound 20210125.gdb\PS_Prediction" "Raster Dataset" 'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\BRAN_PredictedAbundance_Spring.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\BRAN_PredictedAbundance_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\DUNL_PredictedAbundance_Spring.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\DUNL_PredictedAbundance_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\GRYE_PredictedAbundance_Fall.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\GRYE_PredictedAbundance_Spring.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\GRYE_PredictedAbundance_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\GRYE_PredictedAbundance_Winter_WetRest.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\MAWR_PredictedAbundance_Summer.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\MAWR_PredictedAbundance_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\NOPI_PredictedAbundance_Spring.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\NOPI_PredictedAbundance_Spring_WetRest.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\NOPI_PredictedAbundance_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\NOPI_PredictedOccurrence_Fall.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\PSB_GRYE_Winter.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\PSB_GRYE_Winter_WetRest.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\PSB_NOPI_Spring.tif';'C:\Users\rhobbs\Box\-.Technology Team Shared\Data & Analytics\GIS\GIS_Projects\20210125_PugetSound\Spatial\Spatial\PSB_NOPI_Spring_WetRest.tif' UPDATE_CELL_SIZES UPDATE_BOUNDARY NO_OVERVIEWS # 0 1500 # # SUBFOLDERS "Allow duplicates" NO_PYRAMIDS NO_STATISTICS NO_THUMBNAILS # NO_FORCE_SPATIAL_REFERENCE NO_STATISTICS # NO_PIXEL_CACHE C:\Users\rhobbs\AppData\Local\ESRI\rasterproxies\PS_Prediction WA Puget Sound Washington - 11 rasters named SPEC_PredictedAbundance_SEASON.tif. These are layers showing model-estimated abundance for five species (BRAN = Brant, DUNL = Dunlin, GRYE = Greater yellowlegs, MAWR = Marsh Wren, NOPI = Northern Pintail) in 2-3 seasons each. - 1 raster named NOPI_PredictedOccurrence_Fall.tif. We didn’t have enough data to model abundance for this species, so we modeled occurrence instead. - 2 rasters named SPEC_PredictedAbundance_SEASON_WetRest.tif. These show the model-estimated abundance of these species in these seasons were all estuarine wetlands to be restored, across the entire Puget Sound study area. - 2 rasters named PSB_SPEC_SEASON.tif. These show the model-estimated abundance cropped to just the Port Susan Bay focal area - 2 rasters named PSB_SPEC_SEASON_WetRest.tif. These show the model-estimated abundance of these species in these seasons were all estuarine wetlands to be restored, cropped to just the Port Susan Bay focal area. Puget Sound Mosaic