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Map Name: Layers

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Layers:

• Community Risk and Resiliency (0)
  • Conservation and Resiliency Analysis - 1 meter of SLR by 2100 Scenario (1)
    • Community Resilience in 2100 (2)
    • Sea-level Rise Exposure in 2100 (3)
    • Storm Surge Exposure to Hurricane Ivan like event in 2004 (4)
    • Storm Surge Exposure to Hurricane Ivan like event in 2100 (5)
    • Sea-level Rise Risk in 2100 (6)
    • Storm Surge Risk to Hurricane Ivan like event in 2004 (7)
    • Storm Surge Risk to Hurricane Ivan like event in 2100 (8)
• Marsh Conservation (9)
  • Marsh Conservation and Management - 1 meter of SLR by 2100 Scenario (10)
    • Existing Marsh Management in 2004 (11)
    • Conservation Areas in 2004 (12)
    • Potential Marsh Management Areas in 2100 (13)
    • Existing Marsh Loss in 2100 (14)
    • Future Marsh Advance in 2100 (15)
    • Marsh Priority Areas in 2100 (16)
    • Marsh Viability by Census Block Group in 2100 (17)
• Coastal Salt Marsh Change (18)
  • Coastal Salt Marsh Change - 1 meter of SLR by 2100 Scenario (19)
    • Irregularly Flooded Marsh change by 2100 (20)
    • Regularly Flooded Marsh change by 2100 (21)
    • Salt Marshes (regularly and irregularly flooded) in 2100 (22)
• Coastal Wetland Change (23)
  • Existing Habitat (24)
    • Initial Lancover in 2004 (25)
  • Sea Level Rise Scenario - IPCC A1B mean SLR by 2100 (26)
    • Simulated Habitat in 2025 with 0.08m of SLR (27)
    • Simulated Habitat in 2050 with 0.17m of SLR (28)
    • Simulated Habitat in 2075 with 0.28m of SLR (29)
    • Simulated Habitat in 2100 with 0.39m of SLR (30)
  • Sea Level Rise Scenario - IPCC A1B max SLR by 2100 (31)
    • Simulated Habitat in 2025 with 0.13m of SLR (32)
    • Simulated Habitat in 2050 with 0.28m of SLR (33)
    • Simulated Habitat in 2075 with 0.49m of SLR (34)
    • Simulated Habitat in 2100 with 0.69m of SLR (35)
  • Sea Level Rise Scenario - 1 meter of SLR by 2100 (36)
    • Simulated Habitat in 2025 with 0.18m of SLR (37)
    • Simulated Habitat in 2050 with 0.41m of SLR (38)
    • Simulated Habitat in 2075 with 0.70m of SLR (39)
    • Simulated Habitat in 2100 with 1m of SLR (40)
  • Sea Level Rise Scenario - 1.5 meters of SLR by 2100 (41)
    • Simulated Habitat in 2025 with 0.28m of SLR (42)
    • Simulated Habitat in 2050 with 0.61m of SLR (43)
    • Simulated Habitat in 2075 with 1.05m of SLR (44)
    • Simulated Habitat in 2100 with 1.5m of SLR (45)
  • Sea Level Rise Scenario - 2 meters of SLR by 2100 (46)
    • Simulated Habitat in 2025 with 0.37m of SLR (47)
    • Simulated Habitat in 2050 with 0.82m of SLR (48)
    • Simulated Habitat in 2075 with 1.4m of SLR (49)
    • Simulated Habitat in 2100 with 2m of SLR (50)
• Estuarine Water Change (51)
  • Estuarine Water Gains - 1 meter of SLR by 2100 Scenario (52)
    • Predicted Estuarine Water Gains in 2025 with 0.18m of SLR (53)
    • Predicted Estuarine Water Gains in 2050 with 0.41m of SLR (54)
    • Predicted Estuarine Water Gains in 2075 with 0.70m of SLR (55)
    • Predicted Estuarine Water Gains in 2100 with 1m of SLR (56)
• Storm Surge Inundation (57)
  • Predicted Storm Surge from a Hurricane Ivan like event in 2004 (58)
    • Storm Surge Inundation in 2004 (59)
  • Predicted Storm Surge from a Hurricane Ivan like event with 1m SLR by 2100 (60)
    • Storm Surge Inundation in 2050 (61)
    • Storm Surge Inundation in 2100 (62)

Description:

Copyright Text:

Spatial Reference: 102100  (3857)


Single Fused Map Cache: false

Initial Extent:

XMin: -9728888.228618212
YMin: 3512519.50684619
XMax: -9414340.32828179
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Spatial Reference: 102100  (3857)

Full Extent:

XMin: -9663033.726304097
YMin: 3459244.595399998
XMax: -9464336.3531
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Spatial Reference: 102100  (3857)

Units: esriMeters

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Supports Dynamic Layers: true

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