eba16e1d-d5c4-4757-91ed-9f0fc3b869cd eng Inflow-Demand Reliability (IDR) A. AghaKouchak N/A amir.a@uci.edu N/A 2022-02-07T11:04:27 ISO 19115:2003/19139 1.0 N/A Spatial_reference EPSG 7.9 Inflow-Demand Reliability (IDR) A. AghaKouchak > N/A amir.a@uci.edu N/A This index can be used to determine and characterizehydrological andsocio-economic drought hazards. Mapping hydrological drought hazard, mapping socio-economic drought hazard N/A N/A, amir.a@uci.edu amir.a@uci.edu P0Y0M0DT0H0M0S https://droughtcatalogue.com/thumbnails/Global_Indices.png thumbnail https://droughtcatalogue.com/thumbnails/Global_Indices.png large_thumbnail Type: Indices Type of Drought: Hydrological Drought Application: Mapping hydrological drought hazard, mapping socio-economic drought hazard Extent: N/A Total inflow to the reservoir and total projected water demand N/A Aggregation period: N/A Spatial scale: Not relevant eng N/A 1 -180 180 -90 90 N/A N/A Various N/A N/A Not relevant -180 180 -90 90 Mapping hydrological drought hazard, mapping socio-economic drought hazard N/A N/A 1 Codelist omission 1 Data requirements to use: Total inflow to the reservoir and total projected water demand; Data used: N/A; Data format: N/A; Data access: N/A; Concise description: Shows whether the available water (inflow to the system) is sufficient to satisfy water demand regardless of the storage in the reservoir. It is derived by computing the sum of the percent change of inflow with respect to water demand during the projected time frame. Inflow-Demand Reliability (IDR) This index can be used to determine and characterizehydrological andsocio-economic drought hazards. Indices Hydrological Mapping hydrological drought hazard, mapping socio-economic drought hazard N/A Shows whether the available water (inflow to the system) is sufficient to satisfy water demand regardless of the storage in the reservoir. It is derived by computing the sum of the percent change of inflow with respect to water demand during the projected time frame. N/A N/A A. AghaKouchak Methodology and calculations are provided in the literature N/A Mehran, A., O. Mazdiyasni, and A. AghaKouchak (2015), A hybrid framework for assessing socioeconomic drought: Linking climate variability, local resilience, and demand, J. Geophys. Res. Atmos., 120, doi:10.1002/2015JD023147. The indicator is able to reveal the onset of the hydrological drought based on input to reservoirs. The index cannot clearly reveal the severity of water stress, i.e. the index does not detect when the hydrological drought has a socio-economic impact. N/A