Created a suitability modeling tool to identify sufficient areas for development within the Green Belt, considering factors such as terrain gradient, land usage, and proximity to facilities. 
Utilized ArcPy to create a map of developable areas based on proximity analysis. The project is aimed to assist with the planned shift of Ontario's Green Belt.
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1. Ontario Roads folder
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  - <Ontario Road Network shapefile>
     Ontario_Road_Network_(ORN)_Segment_With_Address.shp

2. Ontario Waterbodies folder
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  - <Ontario Hydro Network Waterbody shapefile>
     OHN_WATERBODY.shp

3. Peel Points of Interest folder
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  - <Peel Points of Interst Geodatabase>
     Points_of_Interest.gbd

4. Provincial DEM folder
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  - <Provincial DEM Raster Tiff>
     PDEM_South.tif

5. SampleProjectData folder
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  - greenbelt_open_data_shapefiles_20201117 folder
  ---- <Greenbelt Outer Boundary shapefile>
        GREENBELT_OUTER_BOUNDARY.shp

  - Region_of_Peel_Boundary folder
  ---- <Region of Peel Boundary shapefile>
        RegionOfPeelBoundary.shp

6. Python Scripts folder
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 - <Python Script for Peel Region Clipping>
    Peel Region Clip.py
 - <Python Script for Tool Making>
    OptiConstArea.py

7. Script Tool and Models folder
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  - <ArcGIS Pro Toolbox containing 1 script tool and 2 models>
     Optimal Constructible Greenbelt Area Analyzer (GGR321).atbx
  ---- <Custom ArcPy Script Tool for Optimal Constructible Area Analysis>
        Optimal Constructible Area Analyzer Script Tool
  ---- <ArcGIS Pro Model for Greenbelt Optimal Constructivle Area Analysis>
        Optimal Constructivle Area Model
  ---- <ArcGIS Pro Model for Peel Region Clipping>
        Peel Region Clip Model