eng utf8 dataset distributor Georgia Department of Natural Resources, Coastal Resources DIvision GIS Specialist 2025-07-21T00:00:00 revision ISO 19115-3 Geographic Information - Metadata - Part 1: Fundamentals 2014 ESPG: 6346 ESPG SLAMM 6.7 Results - 1m rise 2040 (Upland to Wetland) distributor Georgia Department of Natural Resources, Coastal Resources DIvision GIS Specialist This vector layer was derived from Sea Level Affecting Marsh Model (SLAMM) v6.7 outputs produced by Georgia Department of Natural Resources, Coastal Resources Division in 2024. The original SLAMM outputs were raster layers with a spatial resolution of 10 m that were converted into polygons. This vector layer visualizes the change in upland (2020) to wetland areas by the year 2100 under a 1 meter sea-level rise scenario. To create the upland to wetland layer, the intersect tool was performed on to upland land classes from the 2020 dataset (1 - Developed Dry Land and 2- Undeveloped Dry Land) and the wetlands land classes from the 2040 dataset (all land classes except 1 and 2). This vector layer visualizes the change in upland (2020) to wetland areas by the year 2040 under a 1 meter sea-level rise scenario. Data Produced by: Georgia Department of Natural Resources, Coastal Resources Division (2024) SLAMM Model Run by: Dr. Ellen Herbert and Dr. Christine Hladik. Wetland to Upland Layers Prepared by: Tyler Cooper-Kolb, GIS Specialist distributor Georgia Department of Natural Resources, Coastal Resources Division GIS Specialist environment society false The following layer was derived from Sea Level Affecting Marsh Model (SLAMM) results which were produced at a 10 m spatial resolution for the ocean-facing counties in coastal Georgia. unknown Sea Level Affecting Marsh Model Upland to Wetland Coastal Georgia 2040 Downloadable Data Use of this data should be credited to the Georgia Department of Natural Resources, Coastal Resources Division (2024). eng utf8 unknown