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Service Description: A SLAMM (version 6) model simulation using a “1-meter sea-level rise estimate by the year 2057” (50 years from the model’s initial baseline conditions) to determine upland areas potentially vulnerable to conversion into tidally inundated environments (e.g. marsh, tidal flats).

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• SLAMM6 Results - 1m rise by 2107 (Upland to Wetland) (0)

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Copyright Text: Chester W. Jackson Jr., Ph.D. Assistant Professor of Geology Department of Geology & Geography Georgia Southern University P.O. Box 8149 Statesboro, GA 30460-8149 cjackson@georgiasouthern.edu Applied Coastal Research Laboratory Georgia Southern University 10 Ocean Science Circle Savannah, GA 31411

Spatial Reference: 102100  (3857)


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Initial Extent:

XMin: -9174033.74312773
YMin: 3692548.776581155
XMax: -8943318.038838334
YMax: 3813856.867355613
Spatial Reference: 102100  (3857)

Full Extent:

XMin: -9118224.1315808
YMin: 3595671.33720363
XMax: -8999247.160622593
YMax: 3795887.320583775
Spatial Reference: 102100  (3857)

Units: esriMeters

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Comments: A SLAMM (version 6) model simulation using a “1-meter sea-level rise estimate by the year 2057” (50 years from the model’s initial baseline conditions) to determine upland areas potentially vulnerable to conversion into tidally inundated environments (e.g. marsh, tidal flats).
Subject: A SLAMM (version 6) model simulation using a “1-meter sea-level rise estimate by the year 2057” (50 years from the model’s initial baseline conditions) to determine upland areas potentially vulnerable to conversion into tidally inundated environments
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Keywords: SLAMM Sea Level Rise
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Supports Dynamic Layers: false

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