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PCR-GLOBWB 2: A 5 arcmin global hydrological and water resources model
Edwin H. Sutanudjaja
*
,
Rens Van Beek
,
Niko Wanders
, Yoshihide Wada
, Joyce H.C. Bosmans
, Niels Drost
, Ruud J. Van Der Ent
, Inge E.M. De Graaf
, Jannis M. Hoch
,
Kor De Jong
,
Derek Karssenberg
, Patricia López López
, Stefanie Peßenteiner
,
Oliver Schmitz
,
Menno W. Straatsma
, Ekkamol Vannametee
, Dominik Wisser
,
Marc F.P. Bierkens
*
Corresponding author for this work
Landscape functioning, Geocomputation and Hydrology
International Institute for Applied Systems Analysis, Laxenburg
Netherlands eScience Center
University of Freiburg
Unit Inland Water Systems
Deltares
University of Graz
Chulalongkorn University
Food and Agriculture Organization of the United Nations
Institute for the Study of Earth
University of New Hampshire
Unit Soil and Groundwater Systems
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Keyphrases
PCR-GLOBWB Model
100%
Hydrological Resources
100%
Water Allocation
100%
Water Withdrawal
42%
Model Performance
28%
Python
28%
Global Water
14%
Water Demand
14%
PCRaster
14%
Hydrology
14%
Surface Water
14%
Water Surface
14%
Water Use
14%
Global Runoff
14%
Return Flow
14%
Two-layer
14%
Discharge Information
14%
Main Components
14%
Specific Water
14%
Groundwater Model
14%
Two-dimensional Hydrodynamic Model
14%
Water Routing
14%
Groundwater Dynamics
14%
Water Consumption
14%
Groundwater Water
14%
Sector-specific
14%
Total Water
14%
Groundwater Depletion
14%
Modular Structure
14%
Dynamic Water
14%
Global Hydrology
14%
Total Water Storage
14%
Open Source Code
14%
Simulated Time Series
14%
Consumption Flow
14%
Surface Water Withdrawal
14%
Replacement Maintenance
14%
Negative Trend
14%
Earth and Planetary Sciences
Surface Water
100%
Water Use
50%
Water Demand
50%
Time Series
50%
Water Storage
50%
Groundwater Models
50%
GRACE
50%
Water Consumption
50%
Data Center
50%