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Service Description:

Map Name: Layers

Legend

All Layers and Tables

Layers:

• Storm Wave Flood Event, No SLR, 2010 Water Level (0)
• Storm Wave Flood Event, Low SLR, 2030 (1)
• Storm Wave Flood Event, Low SLR, 2060 (2)
• Storm Wave Flood Event, Low SLR, 2100 (3)
• Storm Wave Flood Event, Medium SLR, 2030 (4)
• Storm Wave Flood Event, Medium SLR, 2060 (5)
• Storm Wave Flood Event, Medium SLR, 2100 (6)
• Storm Wave Flood Event, High SLR, 2030 (7)
• Storm Wave Flood Event, High SLR, 2060 (8)
• Storm Wave Flood Event, High SLR, 2100 (9)
• Storm Wave Impact Area, No SLR, 2010 Water Level (10)
• Storm Wave Impact Area, Low SLR, 2030 (11)
• Storm Wave Impact Area, Low SLR, 2060 (12)
• Storm Wave Impact Area, Low SLR, 2100 (13)
• Storm Wave Impact Area, Medium SLR, 2030 (14)
• Storm Wave Impact Area, Medium SLR, 2060 (15)
• Storm Wave Impact Area, Medium SLR, 2100 (16)
• Storm Wave Impact Area, High SLR, 2030 (17)
• Storm Wave Impact Area, High SLR, 2060 (18)
• Storm wave Impact Area, High SLR, 2100 (19)
• Wave and Fluvial Flood Event Aggregate, 2030 (20)
• Wave and Fluvial Flood Event Aggregate, 2060 (21)
• Wave and Fluvial Flood Event Aggregate, 2100 (22)
• Wave and Fluvial Flood Event, No SLR, 2010 Water Level (23)
• Wave and Fluvial Flood Event, Low SLR, 2030 (24)
• Wave and Fluvial Flood Event, Low SLR, 2060 (25)
• Wave and Fluvial Flood Event, Low SLR, 2100 (26)
• Wave and Fluvial Flood Event, Medium SLR, 2030 (27)
• Wave and Fluvial Flood Event, Medium SLR, 2060 (28)
• Wave and Fluvial Flood Event, Medium SLR, 2100 (29)
• Wave and Fluvial Flood Event, High SLR, 2030 (30)
• Wave and Fluvial Flood Event, High SLR, 2060 (31)
• Wave and Fluvial Flood Event, High SLR, 2100 (32)
• Erosion Zones Aggregate 2030 (33)
• Erosion Zones Aggregate 2060 (34)
• Erosion Zones Aggregate 2100 (35)
• Erosion Zones, Low SLR, Existing Wave Climate, 2030 (36)
• Erosion Zones, Low SLR, Existing Wave Climate, 2060 (37)
• Erosion Zones, Low SLR, Existing Wave Climate, 2100 (38)
• Erosion Zones, Low SLR, Doubling El Nino Frequency, 2030 (39)
• Erosion Zones, Low SLR, Doubling El Nino Frequency, 2060 (40)
• Erosion Zones, Low SLR, Doubling El Nino Frequency, 2100 (41)
• Erosion Zones, Low SLR, Doubling El Nino Frequency with Arkstorm, 2030 (42)
• Erosion Zones, Low SLR, Doubling El Nino Frequency with Arkstorm, 2060 (43)
• Erosion Zones, Low SLR, Doubling El Nino Frequency with Arkstorm, 2100 (44)
• Erosion Zones, Medium SLR, Existing Wave Climate, 2030 (45)
• Erosion Zones, Medium SLR, Existing Wave Climate, 2060 (46)
• Erosion Zones, Medium SLR, Existing Wave Climate, 2100 (47)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency, 2030 (48)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency, 2060 (49)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency, 2100 (50)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency with Arkstorm, 2030 (51)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency with Arkstorm, 2060 (52)
• Erosion Zones, Medium SLR, Doubling El Nino Frequency with Arkstorm, 2100 (53)
• Erosion Zones, High SLR, Existing Wave Climate, 2030 (54)
• Erosion Zones, High SLR, Existing Wave Climate, 2060 (55)
• Erosion Zones, High SLR, Existing Wave Climate, 2100 (56)
• Erosion Zones, High SLR, Doubling El Nino Frequency, 2030 (57)
• Erosion Zones, High SLR, Doubling El Nino Frequency, 2060 (58)
• Erosion Zones, High SLR, Doubling El Nino Frequency, 2100 (59)
• Erosion Zones, High SLR, Doubling El Nino Frequency with Arkstorm, 2030 (60)
• Erosion Zones, High SLR, Doubling El Nino Frequency with Arkstorm, 2060 (61)
• Erosion Zones, High SLR, Doubilng El Nino Frequency with Arkstorm, 2100 (62)
• Fluvial 100 Year Storm Floodplains, Existing Conditions (63)
• Fluvial 100 Year Floodplains, Medium SLR, B1 Emissions, 2030 (64)
• Fluvial 100 Year Floodplains, Medium SLR, B1 Emissions, 2060 (65)
• Fluvial 100 Year Floodplains, Medium SLR, B1 Emissions, 2100 (66)
• Fluvial 100 year Floodplains, High SLR, A2 Emssions, 2030 (67)
• Fluvial 100 year Floodplains, High SLR, A2 Emissions, 2060 (68)
• Fluvial 100 year Floodplains, High SLR, A2 Emissions, 2100 (69)
• Extreme Monthly High Water (EMHW) Level Rising Tide, Existing Conditions (70)
• EMHW Level Rising Tide, Low SLR, 2030 (71)
• EMHW Level Rising Tide, Low SLR, 2060 (72)
• EMHW Level Rising TIde, Low SLR, 2100 (73)
• EMHW Level Rising Tide, Medium SLR, 2030 (74)
• EMHW Level Rising Tide, Medium SLR, 2060 (75)
• EMHW Level Rising Tide, Medium SLR, 2100 (76)
• EMHW Level Rising Tide, High SLR, 2030 (77)
• EMHW Level Rising Tide, High SLR, 2060 (78)
• EMHW Level Rising Tide, HIGH SLR, 2100 (79)

Description:

Copyright Text:

Spatial Reference: 102100  (3857)  LatestVCSWkid(0)


Single Fused Map Cache: false

Initial Extent:

XMin: -1.3273843042113543E7
YMin: 4054792.313908216
XMax: -1.3261294946646981E7
YMax: 4063015.5803547497
Spatial Reference: 102100  (3857)  LatestVCSWkid(0)

Full Extent:

XMin: -1.33010869804E7
YMin: 4034510.4563999996
XMax: -1.3240431003600001E7
YMax: 4079916.255099997
Spatial Reference: 102100  (3857)  LatestVCSWkid(0)

Units: esriMeters

Supported Image Format Types: PNG32,PNG24,PNG,JPG,DIB,TIFF,EMF,PS,PDF,GIF,SVG,SVGZ,BMP

Document Info:

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AntialiasingMode: None
TextAntialiasingMode: Force

Supports Dynamic Layers: false

Resampling: false

MaxRecordCount: 1000

MaxSelectionCount: 2000

MaxImageHeight: 4096

MaxImageWidth: 4096

Supported Query Formats: JSON, geoJSON, PBF

Supports Query Data Elements: true

Min Scale: 64000

Max Scale: 0

Supports Datum Transformation: true



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