Economics 

Map of costs of water abstraction for irrigation 
abscost 
Map shows the average cost in a country for farmers to abstract water for irrigation (incudes license and pumping costs). The resolution of the map is 5x5km 


Map of comparitive price level 
comppric 
Map of the comparitive price level for each country 


Map of price elasticity for domestic water 
elasdoms 
Map of price elasticity for the domestic sector 


Map with the price of water for the domestic sector 
watprdom 
Map shows the average price in a country that citizens pay for domestic water use. The resolution of the map is 5x5kmĀ 


Map with the price of water for industry 
watprind 
Map shows the average cost in a country of water for industrial purposes. The resolution of the map is 5x5km 

Indicators 

Soil Moisture Stress map 
smstress 
Map shows the average number of days in a year on which soil moisture levels are not sufficient to meet the vegetation water demand. The resolution of the map is 5x5km 

Waterquality 

Equilibrium Phosphorous concentration 
Eqphos 
Map shows the estimated equilibrium phosphate concentration in rivers based on local lithology. The resolution of the map is 5x5km 

Waterquantity 

Annual water availability for 19912010 
Yr_Runof 
Map shows the simulated average annual water availability between 1990 and 2010 forced by gridded meteorological observations of JRC. The resolution of the map is 5x5km 


Annual precipitation for 19912010 
Yr_Prec 
Map shows the observed average annual precipitation between 1990 and 2010 obtained interpolation of the meteorological observations available at JRC. The resolution of the map is 5x5km 


Water Exploitation Index + map (WEI+, based on net consumption) 2006 (excluding interbasin water transfers) 
nuts0wus 
WEI+ map shows the total water consumption as a fraction of available water in 2006 on an annual basis, averaged per country. The resolution of the map is 5x5km 


Water Exploitation Index map (WEI, based on abstraction) 2006 (excluding interbasin water transfers) 
nuts0wab 
WEI map shows the total water abstraction as a fraction of available water in 2006 on an annual basis, averaged per country. The resolution of the map is 5x5km 

Wateruse 

Annual water abstraction livestock sector 2030 
Liv2030 
Map shows the annual water abstraction from livestock in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction livestock sector 2006 
Liv2006 
Map shows the annual water abstraction from livestock in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction irrigation 2030 
Irg2030 
Map shows the annual water abstraction by irrigation in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction irrigation 2006 
Irg2006 
Map shows the annual water abstraction by irrigation in 2006. The resolution of the map is 5x5km 


Annual water abstraction manufacturing industry 2030 
Ind2030 
Map shows the annual water abstraction from the manufacturing industry in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction manufacturing industry 2006 
Ind2006 
Map shows the annual water abstraction from the manufacturing industry in 2006. The resolution of the map is 5x5km 


Annual water abstraction energy sector 2030 
Ene2030 
Map shows the annual water abstraction from the energy sector in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction energy sector 2006 
Ene2006 
Map shows the annual water abstraction from the energy sector in 2006. The resolution of the map is 5x5km 


Annual water abstraction domestic sector 2030 
Dom2030 
Map shows the annual water abstraction from the domestic sector in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual water abstraction domestic sector 2006 
Dom2006 
Map shows the annual water abstraction from the domestic sector in 2006. The resolution of the map is 5x5km 


Annual total consumptive water use 2030 
cuse2030 
Map shows the annual total consumptive water use in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual total consumptive water use 2006 
cuse2006 
Map shows the annual total consumptive water use in 2006. The resolution of the map is 5x5km 


Annual total water abstraction 2030 
abst2030 
Map shows the annual total water abstraction in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Annual total water abstraction 2006 
abst2006 
Map shows the annual total water abstraction in 2006. The resolution of the map is 5x5km 

Wei 

Regional Water exploitation map (consumption) 2030 
weic2030 
Map shows the total water consumption as a fraction of available water in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Regional Water exploitation map (consumption) 2006 
weic2006 
Map shows the total water consumption as a fraction of available water in 2006. The resolution of the map is 5x5km 


National Water exploitation map (consumption) 2030 
weic30n0 
Map shows the total water consumption as a fraction of available water in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


National Water exploitation map (consumption) 2006 
weic06n0 
Map shows the total water consumption as a fraction of available water in 2006. The resolution of the map is 5x5km 


Regional Water exploitation map (abstraction) 2030 
weia2030 
Map shows the total water abstraction as a fraction of available water in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


Regional Water exploitation map (abstraction) 2006 
weia2006 
Map shows the total water abstraction as a fraction of available water in 2006. The resolution of the map is 5x5km 


National Water exploitation map (abstraction) 2030 
weia30n0 
Map shows the total water abstraction as a fraction of available water in 2030, using a baseline land use projection for 2030 from the LUMP model. The resolution of the map is 5x5km 


National Water exploitation map (abstraction) 2006 
weia06n0 
Map shows the total water abstraction as a fraction of available water in 2006. The resolution of the map is 5x5km 

GSCD 

Baseflow index (estimated) 
BFI4 
The ratio of longterm baseflow to total streamflow (estimated) 


Baseflow index (observed) 
BFI4_obs 
The ratio of longterm baseflow to total streamflow (observed) 


Baseflow index (estimation uncertainty) 
BFI4_unc 
The ratio of longterm baseflow to total streamflow (estimation uncertainty) 


Baseflow recession constant (estimated) 
K 
Baseflow recession constant, the rate of baseflow decay (estimated) 


Baseflow recession constant (observed) 
K_obs 
Baseflow recession constant, the rate of baseflow decay (observed) 


Baseflow recession constant (estimation uncertainty) 
K_unc 
Baseflow recession constant, the rate of baseflow decay (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q1 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q1_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q1_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q5 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q5_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q5_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q10 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q10_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q10_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q20 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q20_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q20_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q50 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q50_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q50_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q80 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q80_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q80_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q90 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q90_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q90_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (estimated) 
Q95 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimated) 


Daily flow percentiles (observed) 
Q95_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q95_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Daily flow percentiles (observed) 
Q99 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (observed) 
Q99_obs 
Daily flow percentiles, the percentage of time that the flow is exceeded (observed) 


Daily flow percentiles (estimation uncertainty) 
Q99_unc 
Daily flow percentiles, the percentage of time that the flow is exceeded (estimation uncertainty) 


Mean annual streamflow per unit area (estimated) 
QMEAN 
Mean annual streamflow per unit area (estimated) 


Mean annual streamflow per unit area (observed) 
QMEAN_obs 
Mean annual streamflow per unit area (observed) 


Mean annual streamflow per unit area (estimation uncertainty) 
QMEAN_unc 
Mean annual streamflow per unit area (estimation uncertainty) 


Runoff coefficient (estimated) 
RC 
Runoff coefficient, the ratio of mean annual streamflow to precipitation (estimated) 


Runoff coefficient (observed) 
RC_obs 
Runoff coefficient, the ratio of mean annual streamflow to precipitation (observed) 


Runoff coefficient (estimation uncertainty) 
RC_unc 
Runoff coefficient, the ratio of mean annual streamflow to precipitation (estimation uncertainty) 


Annual flow timing (estimated) 
T50 
Annual flow timing, the day of the water year marking the timing of the center of mass of streamflow. The water year is defined as the 12month period from October to September in the Northern Hemisphere and April to March in the Southern (estimated) 


Annual flow timing (observed) 
T50_obs 
Annual flow timing, the day of the water year marking the timing of the center of mass of streamflow. The water year is defined as the 12month period from October to September in the Northern Hemisphere and April to March in the Southern (observed) 


Annual flow timing (estimation uncertainty) 
T50_unc 
Annual flow timing, the day of the water year marking the timing of the center of mass of streamflow. The water year is defined as the 12month period from October to September in the Northern Hemisphere and April to March in (estimation uncertainty) 
