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Map Graph Data Set

Annual average water stress (ClimWatAdapt project, 2050, EcF)

Description

Annual average water stress indicator WEI on river basin level for 2050, SCENES scenario Economy First (EcF).

A water stress indicator is defined as the total withdrawal of freshwater resources in relation to the long-term average availability of the freshwater water resources within a river (sub)basin. One of the most important indicators for water scarcity or water stress is the water exploitation index (WEI) or water stress indicator (w.t.a.), which is defined as the total water withdrawals-to-water availability ratio within a river basin. Water scarcity can be the result of intensive water use, low water availability (climate driven) or a combination of these pressures. The indicator provides to policy makers a quick overview of areas that may encounter water shortage problems.

WEI or a w.t.a.-value between 0.0 and 0.2 is considered a low water stress, WEI between 0.2 and 0.4medium water stress, and a value greater than 0.4 severe water stress.

This variant of the water exploitation index is defined as the ratio of water withdrawals in all sectors to water availability. Annual WEI is calculated on a river basin level for the baseline and the 2050s. Here, baseline conditions are defined as water availability averaged over the climate normal period 1961-90 and water withdrawals for the year 2005. For the 2050s, water availability is averaged over the period 2041-2070 (2050s) and calculated as the median of the hydrological simulations. Total water withdrawals are represented by two different socio-economic scenarios, the SCENES scenarios “Economy First” (EcF) and “Sustainability Eventually” (SuE).

Reference information

Link to Map Viewer:
Websites:
Source:
ClimWatAdapt project
Link to metadata:
http://climate-adapt.eea.europa.eu/geonetwork/srv/en/metadata.show?uuid=7b3f60e23781ff0e646369843683bf2125c3ff01

Keywords

ClimWatAdapt, WEI, water management, water stress

Climate impacts

Water Scarcity, Droughts

Elements

Vulnerability Assessment

Sectors

Agriculture, Biodiversity, Forestry, Water management

Geographic characterisation

Europe

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