MOM_High_IDAG_TilePkg (Map Service)
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Current Version: 10.81
Service Description: The maximum of maximum storm surge inundation depth above ground data in 2100, highlighted in this tiled layer, are results of the Ecological Effects of Sea Level Rise in the northern Gulf of Mexico (EESLR-NGOM) project. The tiled layer is displayed in the “Coastal Dynamics of Sea Level Rise: Simulated Storm Surge” story map (http://noaa.maps.arcgis.com/apps/MapJournal/index.html?appid=964181e11b4d4736ac85d7ecd33104ab).
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Tables:
Description: The maximum of maximum storm surge inundation depth above ground data in 2100, highlighted in this tiled layer, are results of the Ecological Effects of Sea Level Rise in the northern Gulf of Mexico (EESLR-NGOM) project. The tiled layer is displayed in the “Coastal Dynamics of Sea Level Rise: Simulated Storm Surge” story map (http://noaa.maps.arcgis.com/apps/MapJournal/index.html?appid=964181e11b4d4736ac85d7ecd33104ab).
Copyright Text: Scott C. Hagen and Matthew V. Bilskie (Louisiana State University, Center for Coastal Resiliency); David Kidwell, Christine Buckel and Ginny Crothers (NOAA / NOS / National Centers for Coastal Ocean Science)
Spatial Reference:
102100
Single Fused Map Cache: true
Capabilities: Map,TilesOnly
Tile Info:
- Height: 256
- Width: 256
- DPI: 96
- Levels of Detail: (# Levels: 20)
- Level ID: 0 [Start Tile, End Tile]
Resolution: 156543.033928
Scale: 5.91657527591555E8
- Level ID: 1 [Start Tile, End Tile]
Resolution: 78271.5169639999
Scale: 2.95828763795777E8
- Level ID: 2 [Start Tile, End Tile]
Resolution: 39135.7584820001
Scale: 1.47914381897889E8
- Level ID: 3 [Start Tile, End Tile]
Resolution: 19567.8792409999
Scale: 7.3957190948944E7
- Level ID: 4 [Start Tile, End Tile]
Resolution: 9783.93962049996
Scale: 3.6978595474472E7
- Level ID: 5 [Start Tile, End Tile]
Resolution: 4891.96981024998
Scale: 1.8489297737236E7
- Level ID: 6 [Start Tile, End Tile]
Resolution: 2445.98490512499
Scale: 9244648.868618
- Level ID: 7 [Start Tile, End Tile]
Resolution: 1222.99245256249
Scale: 4622324.434309
- Level ID: 8 [Start Tile, End Tile]
Resolution: 611.49622628138
Scale: 2311162.217155
- Level ID: 9 [Start Tile, End Tile]
Resolution: 305.748113140558
Scale: 1155581.108577
- Level ID: 10 [Start Tile, End Tile]
Resolution: 152.874056570411
Scale: 577790.554289
- Level ID: 11 [Start Tile, End Tile]
Resolution: 76.4370282850732
Scale: 288895.277144
- Level ID: 12 [Start Tile, End Tile]
Resolution: 38.2185141425366
Scale: 144447.638572
- Level ID: 13 [Start Tile, End Tile]
Resolution: 19.1092570712683
Scale: 72223.819286
- Level ID: 14 [Start Tile, End Tile]
Resolution: 9.55462853563415
Scale: 36111.909643
- Level ID: 15 [Start Tile, End Tile]
Resolution: 4.77731426794937
Scale: 18055.954822
- Level ID: 16 [Start Tile, End Tile]
Resolution: 2.38865713397468
Scale: 9027.977411
- Level ID: 17 [Start Tile, End Tile]
Resolution: 1.19432856685505
Scale: 4513.988705
- Level ID: 18 [Start Tile, End Tile]
Resolution: 0.597164283559817
Scale: 2256.994353
- Level ID: 19 [Start Tile, End Tile]
Resolution: 0.298582141647617
Scale: 1128.497176
- Format: PNG
- Compression Quality: 0
- Origin:
X: -2.0037508342787E7
Y: 2.0037508342787E7
- Spatial Reference:
102100
Initial Extent:
XMin: -1.0081741495503407E7
YMin: 3227462.27777993
XMax: -9246893.734879933
YMax: 3853526.0876995237
Spatial Reference:
102100
Full Extent:
XMin: -1.0043793870020522E7
YMin: 3255919.723685366
XMax: -9284841.360362818
YMax: 3825068.6417940874
Spatial Reference:
102100
Min Scale: 1.47914381897889E8
Max Scale: 18055.954822
Min LOD: 2
Max LOD: 15
Units: esriMeters
Supported Image Format Types: PNG
Export Tiles Allowed: false
Max Export Tiles Count: 100000
Document Info:
- Title: Storm Surge Inundation Max of Maximum High Scenario
- Author: Christine.Addison_noaa
- Comments:
- Subject: A tile layer that displays simulated storm surge inundation depth above ground maximum of maximum values in 2100 for the high (+2m) sea level rise scenario in the Gulf of Mexico.
- Category:
- Keywords: sea level rise, SLR, storm surge, inundation, water surface elevation, Gulf of Mexico, GOM, EESLR, NGOM, Florida, Alabama, Mississippi