Groundwater Resource Index (GRI)
This index can be used to determine and characterize groundwater drought hazards.
Simple
- Date (Publication)
- Date
- Presentation form
- Digital map
- Purpose
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Mapping hydrological drought hazard
- Credit
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N/A
- Maintenance and update frequency
- Daily
- Update scope
- Indices
- Theme
-
-
Type: Indices
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Type of Drought: Hydrological Drought
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Application: Mapping hydrological drought hazard
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Extent: Not relevant
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- Use limitation
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Precipitation, temperature, air pressure, net radiation (Priestley-Taylor potential evapotranspiration), Water surplus???
Geo-lithological data, hydraulic conductivity
- Access constraints
- Intellectual property rights
- Use constraints
- Other restrictions
- Date
- Spatial representation type
- Vector
Spatial resolution
- Distance
- Aggregation period: Not relevant
- Distance
- Spatial scale: 5 km
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
-
-
(
Various
)
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(
Various
)
- Hierarchy level
- Series
- Description
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Not relevant
Temporal Extent
Vertical extent
- Dataset
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Mapping hydrological drought hazard
Non quantitative attribute accuracy
- Measure description
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N/A
- 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: Precipitation, temperature, air pressure, net radiation (Priestley-Taylor potential evapotranspiration), Water surplus???
Geo-lithological data, hydraulic conductivity
;
Data used: Not relevant;
Data format: N/A;
Data access: N/A;
Concise description:
The GRI is derived from a simple distributed water balance model, and has been tested in a Mediterranean region, characterized by different geo-lithological conditions mainly affecting the summer hydrologic response of the catchments to winter precipitation. The analysis of the GRI characteristics shows a high spatial variability and, compared to the SPI through spectral analysis, a significant sensitivity to the lithological characterization of the analyzed region. The index assumes normality of groundwater levels over time.
- File identifier
- 59333af6-30a1-4251-acfb-f09215a1bbaf XML
- Metadata language
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eng
- Character set
- UTF8
- Hierarchy level
- Indices
- Hierarchy level name
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Groundwater Resource Index (GRI)
- Date stamp
- 2022-02-07T11:04:48
- Metadata standard name
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ISO 19115:2003/19139
- Metadata standard version
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1.0
- Dataset URI
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http://www.sciencedirect.com/science/article/pii/S002216940800 2321
Overviews
Spatial extent
Provided by
