Category:Digital Elevation Models: Difference between revisions
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[[File:ExampleSRTM.png|right|thumb|300px|Satellite Image with DEM Overlay. The image shows a part of the Ometepe Island in Lake Nicaragua with SRTM height contour data.]]The digital height models in WindPRO are based on open internet resources. Still, the best globally available DHM source is the Shuttle Radar Topography Mission (SRTM) data, but now | [[File:ExampleSRTM.png|right|thumb|300px|Satellite Image with DEM Overlay. The image shows a part of the Ometepe Island in Lake Nicaragua with SRTM height contour data.]]The digital height models in WindPRO are based on open internet resources. Still, the best globally available DHM source is the Shuttle Radar Topography Mission (SRTM) data, but it seems that now more countries (beyond the US) release national data under free-data licenses. Typically these has a much better resolution. | ||
== Considerations == | == Considerations == | ||
When using the remote sensing digital height models, you must manually consider the accuracy of the dataset used. This is especially important in the vicinity of the wind farm and the meteorological masts erected. Typically – when applying remote sensing DHMs - the height contour lines must be validated against local topographical map. | When using the remote sensing digital height models, you must manually consider the accuracy of the dataset used. This is especially important in the vicinity of the wind farm and the meteorological masts erected. Typically – when applying remote sensing DHMs - the height contour lines must be validated against local topographical map. | ||
Revision as of 20:19, 23 May 2013
The digital height models in WindPRO are based on open internet resources. Still, the best globally available DHM source is the Shuttle Radar Topography Mission (SRTM) data, but it seems that now more countries (beyond the US) release national data under free-data licenses. Typically these has a much better resolution.
Considerations
When using the remote sensing digital height models, you must manually consider the accuracy of the dataset used. This is especially important in the vicinity of the wind farm and the meteorological masts erected. Typically – when applying remote sensing DHMs - the height contour lines must be validated against local topographical map.
Pages in category "Digital Elevation Models"
The following 59 pages are in this category, out of 59 total.
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- German Baden-Württemberg Elevation Models
- German Bavaria Elevation Models
- German Berlin Elevation Model
- German Brandenburg Elevation Model
- German DGM datasets
- German Hamburg Elevation Model
- German Hessen Elevation Models
- German Mecklenburg-Vorpommern Elevation Models
- German Niedersachsen Elevation Models
- German NRW Elevation Model
- German Saxony Elevation Models
- German Saxony-Anhalt Elevation Models
- German Thuringia Elevation Models
- Global AW3D30