Digital water network - grid: Difference between revisions
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m (Text replace - "VariableType=parameter" to "VariableType=external parameter") |
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{{VariableTemplate | {{VariableTemplate | ||
|Label= | |Label=Drainage direction map | ||
|Description= | |Description=The global drainage direction map DDM30 describes the drainage directions of surface water in each cell. Cells are connected to each other by their respective drainage direction and are thus organized into river basins. Each cell can drain only into one of the eight neighboring cells. | ||
|Dimension=worldgrid | |||
|VariableType=external parameter | |VariableType=external parameter | ||
| | |Reference2=Döll and Lehner, 2002 | ||
|DriverGroup= | |DriverGroup= | ||
|Source= | |Source= | ||
|BasedOn= | |BasedOn= | ||
|Reference= | |Reference= | ||
|Source3= | |||
|Reference2=Döll and Lehner, 2002 | |||
|ExternalModel= | |ExternalModel= | ||
}} | }} | ||
Revision as of 11:27, 20 March 2014
| Label: | Drainage direction map |
| Description: | The global drainage direction map DDM30 describes the drainage directions of surface water in each cell. Cells are connected to each other by their respective drainage direction and are thus organized into river basins. Each cell can drain only into one of the eight neighboring cells. |
| Dimensions: | worldgrid |
| Variable type: | external parameter |
| Reference: | Döll and Lehner, 2002 |
External parameter is input of model component(s):
- Click on a box to open the model component.