Shoreline Classification Manual, Lake Victoria, Vector Line, 2017 Reference Information and Units: Projected Coordinate System: Africa Lambert Conformal Conic ESRI:102024 (GCS: GCSWGS1984 File Naming Convention: ShorelineClassificationManual.shp Data Origin: The high resolution Lake Victoria shoreline (vector line) was used as the basis of this shoreline. More information regarding the Lake Victoria shoreline can be found in its metadata PDF.
Data Development: This is the high-resolution shoreline broken into segments 7749 segments of which many are 1 km. Many segments (the end last shoreline segment of an island for example, islands with less than 1km of shoreline) may be shorter than 1 km. Each of the segments is then classified by examining the historic set of admiralty maps, Google imagery, Bing imagery, and rapid eye imagery. Only sand is derived from imagery. From the admiralty maps we delineate shorelines that contain: a33 Marsh, Swamp, Salt Marsh a20 River, stream a21 intermittent River a3 Steep coast, Cliffs a6 Sandy shore a7 Stony Shore, Shingly Shore a8 Sandhills, Dunes k1 Rocky Outcrop k2 Other Outcrops sand sandy shoreline If a segment contains above it is given a Value = 1. If any of the above is not present then it has a Value = 0. Classification was conducted purely by manual visual interpretation in this product.
It was conducted by graduate student Vogt and the QA/QC was conducted by Hamilton. Some wetlands could have been drained in this time. More information can be found in the attached excel file. Shoreline Classification Manual, Lake Victoria, Vector Line, 2017 Reference Information and Units: Projected Coordinate System: Africa Lambert Conformal Conic ESRI:102024 (GCS: GCSWGS1984 File Naming Convention: ShorelineClassificationManual.shp Data Origin: The high resolution Lake Victoria shoreline (vector line) was used as the basis of this shoreline. More information regarding the Lake Victoria shoreline can be found in its metadata PDF. Data Development: This is the high-resolution shoreline broken into segments 7749 segments of which many are 1 km.
Many segments (the end last shoreline segment of an island for example, islands with less than 1km of shoreline) may be shorter than 1 km. Each of the segments is then classified by examining the historic set of admiralty maps, Google imagery, Bing imagery, and rapid eye imagery. Only sand is derived from imagery. From the admiralty maps we delineate shorelines that contain: a33 Marsh, Swamp, Salt Marsh a20 River, stream a21 intermittent River a3 Steep coast, Cliffs a6 Sandy shore a7 Stony Shore, Shingly Shore a8 Sandhills, Dunes k1 Rocky Outcrop k2 Other Outcrops sand sandy shoreline If a segment contains above it is given a Value = 1. If any of the above is not present then it has a Value = 0. Classification was conducted purely by manual visual interpretation in this product.
Anleitung Victoria 7910 Pdf Download Pc
It was conducted by graduate student Vogt and the QA/QC was conducted by Hamilton. Some wetlands could have been drained in this time.
More information can be found in the attached excel file. Typing master full version download.
Islands, Lake Victoria, Vector Polygon, 2015 Reference Information and Units: Projected Coordinate System: Africa Lambert Conformal Conic ESRI:102024 (GCS: GCSWGS1984 File Naming Convention: LVIslandsPolygon.shp Data Origin: Created from using Shoreline data that was created from manual digitization from open-source imagery Data Development: This data was created by extracting all islands from the shoreline poly shapefile by using a combination or Erase, Explode, and delete to leave only internal LV Islands. Next the area of each island was calculated.
These are the island polygons. Islands, Lake Victoria, Vector Polygon, 2015 Reference Information and Units: Projected Coordinate System: Africa Lambert Conformal Conic ESRI:102024 (GCS: GCSWGS1984 File Naming Convention: LVIslandsPolygon.shp Data Origin: Created from using Shoreline data that was created from manual digitization from open-source imagery Data Development: This data was created by extracting all islands from the shoreline poly shapefile by using a combination or Erase, Explode, and delete to leave only internal LV Islands. Next the area of each island was calculated. These are the island polygons.