On the suitability of GCM runoff fields for river discharge modeling a case study using model output from HadGEM2 and ECHAM5

Keyphrases

• Model Output 100%
• River Discharge 100%
• ECHAM5 100%
• Discharge Model 100%
• Environmental Models 100%
• Land Surface Schemes 100%
• Subsurface Runoff 66%
• Discharge Cycle 66%
• Annual Discharge 66%
• Large Rivers 33%
• Travel Time 33%
• PCRaster 33%
• Hydrological Model 33%
• Hydrological Processes 33%
• Discharge Change 33%
• Large Catchment 33%
• Hydrological Modeling 33%
• Runoff Routing 33%
• Meteorological Data 33%
• Water Partitioning 33%
• Distributed Hydrological Model 33%
• Day-to-day Variability 33%
• Subgrid-scale Variability 33%
• Discharge Variability 33%
• Saturated Hydraulic Conductivity 33%
• Small Catchment 33%
• Precipitation-evaporation 33%
• Actual Evaporation 33%
• Grid Scale 33%
• Seasonal Variability 33%
• Offline Modeling 33%
• Offline Simulation 33%
• Routing Scheme 33%
• Global Water Balance 33%
• Large-scale Hydrological Model 33%
• Runoff Flux 33%

Earth and Planetary Sciences

• River Discharge 100%
• General Circulation Model 100%
• Land Surface 27%
• Water Balance 9%
• Travel Time 9%
• Hydrology Models 9%
• Hydraulic Conductivity 9%