RIBASIM
This modelling software can be used to simulatedrought risk to population,drought risk to municipal and industrial water needs,drought risk to agriculture and livestock,drought risk to hydropower.
Simple
- Date (Publication)
- Date
- Presentation form
- Digital map
- Purpose
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Mapping drought risk to population, Mapping drought risk to municipal and industrial water needs,Mapping drought impact to agriculture and livestock, Mapping drought impact to hydropower
- Credit
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N/A
- Maintenance and update frequency
- Daily
- Update scope
- Modelling Software
- Theme
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Type of Drought: Hydrological, Socio-economic Drought
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Application: Mapping drought risk to population, Mapping drought risk to municipal and industrial water needs,Mapping drought impact to agriculture and livestock, Mapping drought impact to hydropower
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Extent: Not relevant
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- Use limitation
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Required data are data on hydrological time series (for example of surface water runoff, rainfall and open water evaporation), aquifers, water users, infrastructure and its operation (dams, weirs, pumps, canals) and priorities for water allocation. Depending on the detail of modeling data are needed on crop, cultivation, yield and production costs, number of inhabitants per population type, concentration of various substances in drainage flows, and reservoir sedimentation data.
- Access constraints
- Intellectual property rights
- Use constraints
- Other restrictions
- Date
- Spatial representation type
- Vector
Spatial resolution
- Distance
- Aggregation period: Determined by the river basin modeler
- Distance
- Spatial scale: The detail in spatial scale is determined by the river basin modeler when he/she designs the network schematization and develops the model. This may vary from local to continental, from part of a basin to various basins, from part of an irrigation area to a number of irrigation areas.
Spatial resolution
- Metadata language
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eng
- Description
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Not relevant
))
- Begin date
- Not relevant
- End date
- Not relevant
- Date (Revision)
- Reference system identifier
- EPSG / Spatial_reference / 7.9
- Distribution format
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(
Various
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Various
)
- OnLine resource
- https://www.deltares.nl/en/software/ribasim/
- Hierarchy level
- Series
- Description
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Not relevant
Temporal Extent
Vertical extent
- Dataset
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Mapping drought risk to population, Mapping drought risk to municipal and industrial water needs,Mapping drought impact to agriculture and livestock, Mapping drought impact to hydropower
Non quantitative attribute accuracy
- Measure description
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Determined by the river basin modeler
- Evaluation Method
- Direct internal
Conformance result
- Date (Revision)
- Pass
Conformance result
- Date
Completeness omission
- Name of measure
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Codelist omission
- Evaluation Method
- Direct internal
Conformance result
- Date (Revision)
- Pass
- Statement
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Data requirements to use: Required data are data on hydrological time series (for example of surface water runoff, rainfall and open water evaporation), aquifers, water users, infrastructure and its operation (dams, weirs, pumps, canals) and priorities for water allocation. Depending on the detail of modeling data are needed on crop, cultivation, yield and production costs, number of inhabitants per population type, concentration of various substances in drainage flows, and reservoir sedimentation data.;
Data used: Not relevant;
Data format: Not relevant;
Data access: Not relevant;
Concise description:
RIBASIM (River Basin Simulation Model) is a generic model package for analyzing the behavior of river basins under various hydrological conditions. The model package is a comprehensive and flexible tool which links the hydrological water inputs at various locations with the specific water-users in the basin.
- File identifier
- 21fdee83-688a-4862-bfec-f1281f5c6e11 XML
- Metadata language
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eng
- Character set
- UTF8
- Hierarchy level
- Modelling Software
- Hierarchy level name
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RIBASIM
- Date stamp
- 2022-02-07T11:04:31
- Metadata standard name
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ISO 19115:2003/19139
- Metadata standard version
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1.0
- Dataset URI
Overviews
Spatial extent
Provided by
