Lake Okeechobee Pleaides - 2017

Generated: 9/25/2018 9:05:54 PM

Customer Name
Demo, CIBioBase
Settings
Sensor Name:Pleiades-1B
Imagery Resolution:0.0m
Minimum Mapping Unit:0.0m
Projection:4326 (EPSG)
Off Nadir Angle:13.0º
Cloud Cover:0.0%
Data Collection Date
6/18/2017 4:13:00 PM
Survey Size
Area:183.69 km2
45,391.39 acres
Location
Centroid:27.0471362167039, -80.9671048147138

To acquire full metadata information, download the GIS files from your BioBase account

Satellite Vegetation

Classification Name m2 Acres
0   SAV 3,485,337 861.2442
3   Torpedograss 25,086,163 6,198.9162
4   Maidencane 564,925 139.5957
7   Bulrush 21,111,362 5,216.7230
8   Phragmites 16,077,683 3,972.8758
10   Cattail 32,676,618 8,074.5557
11   Water Primrose 7,234,097 1,787.5816
20   Willow 6,095,327 1,506.1858
41   Spatterdock 5,971,198 1,475.5129
42   Water Lily 6,142,785 1,517.9130
60   Burned 618,781 152.9039
300   Open Water 47,778,161 11,806.2224
Calculations of classification areas are based on the intersection of processed polygon objects with BioBase's own waterbody shapefile boundaries. These boundaries may change over time depending on available imagery, water level, connections to other waterbodies, or changes in administrative boundaries. If they wish, users can export the processed polygon shapefile and intersect it with their own standard shapefile to regenerate area summaries.



Lake Okeechobee

Classification Name m2 Acres
0   SAV 3,405,476 841.5102
3   Torpedograss 615,651 152.1306
4   Maidencane 505,465 124.9028
7   Bulrush 4,043,265 999.1111
8   Phragmites 2,244,993 554.7490
10   Cattail 9,858,984 2,436.2042
11   Water Primrose 2,411,547 595.9053
20   Willow 164,675 40.6920
41   Spatterdock 3,397,284 839.4858
42   Water Lily 3,998,036 987.9347
300   Open Water 47,371,088 11,705.6327
Calculations of classification areas are based on the intersection of processed polygon objects with BioBase's own waterbody shapefile boundaries. These boundaries may change over time depending on available imagery, water level, connections to other waterbodies, or changes in administrative boundaries. If they wish, users can export the processed polygon shapefile and intersect it with their own standard shapefile to regenerate area summaries.