Danish Bathymetry: Difference between revisions
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[[Category: Online Data]][[Category: Bathymetry Models]] | [[Category: Online Data]][[Category: Bathymetry Models]] | ||
[[Image:DanishBathymetryCoverage.png|right|thumb| | [[Image:DanishBathymetryCoverage.png|right|thumb|500px|Coverage of the Danish Bathymetry 2022]] | ||
[[Image:AnholtWindFarm_2015.jpg|right|thumb|500px|At 16m Water Depth: Anholt Offshore Windfarm, Denmark (2015).]] | |||
[[Image:AnholtWindFarm_DanishBathymetry.png|right|thumb|500px|Water Depths at Anholt Offshore Windfarm, Denmark. Danish Bathymetry Data in windPRO 3.6]] | |||
[[Image:DenmarksDepthModel_50mGrid_AtBornholm.png|right|thumb|500px|Water Depths at Bornholm, Denmark. Danish Bathymetry Data in windPRO 3.6]] | |||
== Introduction == | == Introduction == | ||
"Denmark's Depth Model | "Denmark's Depth Model, 50 m resolution" is now available for windPRO users working with offshore wind farm development within the Danish EEZ. The model has a grid resolution of 50 meters and is based on a collection of hydrographic survey datasets and historical sources. Model coverage is Denmark's Exclusive Economic Zone (EEZ). The model is developed and released by the Danish Geodata Agency and current data in windPRO reflects the data-status as of year 2022. | ||
== Availability from within WindPRO and Usage Notes == | == Availability from within WindPRO and Usage Notes == | ||
| Line 13: | Line 15: | ||
== Reference System == | == Reference System == | ||
The following reference systems were used in the original data: | The following reference systems were used in the original data: | ||
* ''Horizontal:'' | * ''Horizontal:'' Lambert Conformal Conic (LCC) / ETRS89 (EPSG:3034) | ||
* ''Vertical:'' | * ''Vertical:'' A combination of Mean Low Water Spring (MLWS), Lowest Astronomical Tide (LAT) and Dansk Vertikal Reference 1990 (DVR90) | ||
== Coverage == | == Coverage == | ||
| Line 20: | Line 22: | ||
== License and Attribution == | == License and Attribution == | ||
As a part of the license conditions, users are requested to provide a reference to the Danish Geodata Agency. Also note, that it is not allowed to use the dataset for navigation purposes. Please use the following (or a similar) attribution when using this dataset - and also accept the [https://help.emd.dk/mediawiki/images/7/7a/Terms_Of_Use_DenmarksDepthModel.pdf terms of use (pdf)] | As a part of the license conditions, users are requested to provide a reference to the Danish Geodata Agency. Also note, that it is not allowed to use the dataset for navigation purposes. Please use the following (or a similar) attribution when using this dataset - and also accept the [https://help.emd.dk/mediawiki/images/7/7a/Terms_Of_Use_DenmarksDepthModel.pdf terms of use (pdf)] from the Danish Geodata Agency. | ||
<pre> | <pre> | ||
Data Source: | Data Source: | ||
Denmark's Depth Model, 50 m resolution. | Denmark's Depth Model, 50 m resolution. Contains data from the Danish Geodata Agency. | ||
Contains data from the Danish Geodata Agency. Contains data from Denmark's Depth Model, 50 m resolution from the Danish Geodata Agency, November 2022. Danish Geodata Agency – (Data may not be used for navigation). | Contains data from Denmark's Depth Model, 50 m resolution from the Danish Geodata Agency, November 2022. | ||
Distribution through windPRO and EMD. | Danish Geodata Agency – (Data may not be used for navigation). Distribution through windPRO and EMD. | ||
</pre> | </pre> | ||
== Acknowledgement == | == Acknowledgement == | ||
* The | * The Danish Geodata Agency is thanked for producing this digital bathymetry dataset – and disseminating it in the public domain and thus for aiding the development of renewable energy. | ||
== External Links == | == External Links == | ||
# Description of | # Description of "Denmark's Depth Model (2022) - [https://gst.dk/soekort/den-danske-dybdemodel in Danish] or [https://eng.gst.dk/danish-hydrographic-office/denmark-depth-model in English] | ||
Latest revision as of 13:29, 9 January 2023
Introduction
"Denmark's Depth Model, 50 m resolution" is now available for windPRO users working with offshore wind farm development within the Danish EEZ. The model has a grid resolution of 50 meters and is based on a collection of hydrographic survey datasets and historical sources. Model coverage is Denmark's Exclusive Economic Zone (EEZ). The model is developed and released by the Danish Geodata Agency and current data in windPRO reflects the data-status as of year 2022.
Availability from within WindPRO and Usage Notes
The data is available directly from within windPRO and can be accessed from the online-services in the Elevation Grid Object.
Usage:
- In order to access the data, please set the purpose of the Elevation Grid Object to 'Water depths'.
- If you want to export the grid to contour lines: This can be done from within the grid-object, simply select the layer of interest, then choose 'Export Layer'.
Reference System
The following reference systems were used in the original data:
- Horizontal: Lambert Conformal Conic (LCC) / ETRS89 (EPSG:3034)
- Vertical: A combination of Mean Low Water Spring (MLWS), Lowest Astronomical Tide (LAT) and Dansk Vertikal Reference 1990 (DVR90)
Coverage
- Denmark's Exclusive Economic Zone (EEZ) - see the map to the right
License and Attribution
As a part of the license conditions, users are requested to provide a reference to the Danish Geodata Agency. Also note, that it is not allowed to use the dataset for navigation purposes. Please use the following (or a similar) attribution when using this dataset - and also accept the terms of use (pdf) from the Danish Geodata Agency.
Data Source: Denmark's Depth Model, 50 m resolution. Contains data from the Danish Geodata Agency. Contains data from Denmark's Depth Model, 50 m resolution from the Danish Geodata Agency, November 2022. Danish Geodata Agency – (Data may not be used for navigation). Distribution through windPRO and EMD.
Acknowledgement
- The Danish Geodata Agency is thanked for producing this digital bathymetry dataset – and disseminating it in the public domain and thus for aiding the development of renewable energy.
External Links
- Description of "Denmark's Depth Model (2022) - in Danish or in English