1. Capstone Project GI Analysis C Team

2. Leadership Forum Local/State GIS planners Planning/ZoningUtilities Citizen Groups USACoE Local Developers Parks & Recreation Dept. DoT County Commissioners Local Elected EPA Conservation Fund Historic Districts NOAANCDNR Larger Watershed Partners US Forest Service Land Acquisition Groups Forest Industries Agriculture Groups HOAs Fish and Wildlife Universities

3. GI Design Objectives  Identify existing high priority wetland areas  Include RTE species, flood areas, pristine areas  Allow for continued economic and general growth in the county  Must be able to be integrated into County Master Plan  Protect existing wetlands through acquisition or easment over time  Include public education and ecotourism goals into rollout to get buy-in  Overlay RTE habitat with wetlands to target species-based protection Beaufort-NC.org

4. Data Analysis Examined metadata for creation dates, spatial extents, temporal information, accuracy, overall functionality, and potential use conflicts. Excluded data that did not have associated metadata or dates. If data was repeated in multiple layers, the data that included more detailed county information was chosen.

5. Data Analysis Data Excluded from original dataset:  NC_MajorHydro  NC_WaterBodies  WetlandRestEnhOpp  WRP_TargetedWatersheds Data to be added:  Floodplain (not acquired)  RTE species (extrapolated from WetlandsRating layer)  Land use (used parcel and NC_Cities information)  Impervious surface (not acquired)  Hazards data (not acquired) Beaufort-NC.org

6. Acreage of high priority wetlands Conversion of Features to Raster format Conversion of Features to Raster format Calculated Euclidean Distance on streams and roads Calculated Euclidean Distance on streams and roads Reclassified often Reclassified often SingleMapAlgebra to eliminate areas from wetlands database that had habitat disruption SingleMapAlgebra to eliminate areas from wetlands database that had habitat disruption Calculated acreage from entire wetlands dataset Calculated acreage from entire wetlands dataset Selected anything greater than 2 acres Selected anything greater than 2 acres Chose 13,643 acres out of 229,942

7. Development of Wetlands Protection Overlay Zone Selected parcels that were either classified as private or City/County ownership Selected parcels that were either classified as private or City/County ownership Created a 4km buffer around existing developed cities Created a 4km buffer around existing developed cities Using SingleMapAlgebra identified wetland areas that overlapped with these areas and removed them from the protection zone Using SingleMapAlgebra identified wetland areas that overlapped with these areas and removed them from the protection zone Focus future development in this area to avoid disruption to existing wetland systems Focus future development in this area to avoid disruption to existing wetland systems

8. Land parcels most important to county’s wetland protection Created a 5km buffer around the fisheries nursery areas. Created a 5km buffer around the fisheries nursery areas. Selected wetlands that were within conservation lands, natural heritage areas, fisheries buffer and high rankings of: overall, habitat, and replacement value. Selected wetlands that were within conservation lands, natural heritage areas, fisheries buffer and high rankings of: overall, habitat, and replacement value. Any wetlands that fell within these areas were classified as “Most important to County’s wetland” Any wetlands that fell within these areas were classified as “Most important to County’s wetland”