Irrigation project efficiency: Difference between revisions
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{{VariableTemplate | {{VariableTemplate | ||
|Label=Irrigation project | |Label=Irrigation project efficiency | ||
|Description=. | |Description=Ratio of quantity of irrigation water required by the crop (based on soil moisture deficits) to the quantity withdrawn from rivers, lakes, reservoirs or other sources. This parameter is given at country level. | ||
|Dimension=time | |Dimension=time | ||
|Unit=- | |||
|VariableType=driver | |VariableType=driver | ||
|DriverGroup=Technological change in agriculture and forestry | |DriverGroup=Technological change in agriculture and forestry | ||
|Source=PIK | |Source=PIK | ||
| | |Reference=Rohwer et al., 2007 | ||
}} | }} | ||
Latest revision as of 09:37, 19 November 2018
| Label: | Irrigation project efficiency |
| Description: | Ratio of quantity of irrigation water required by the crop (based on soil moisture deficits) to the quantity withdrawn from rivers, lakes, reservoirs or other sources. This parameter is given at country level. |
| Dimensions: | time |
| Default unit: | - |
| Variable type: | driver |
| Driver group: | Technological change in agriculture and forestry |
| Source: | PIK |
| Reference: | Rohwer et al., 2007 |
Drivers are described in the Drivers component.
- Click on a box to open the model component.