Analysis of the Hydro-Climatic Regime of the Snow Covered and Glacierised Upper Indus Basin Under Current and Future Climates

Earth and Planetary Sciences

• Himalayas 100%
• Climate 100%
• Elevation 100%
• Water Availability 100%
• Model 100%
• Snow 100%
• Regime 100%
• Distance 75%
• Land 50%
• Region 50%
• Climate Change 50%
• Glacier 50%
• Glacier Dynamics 50%
• Bias 50%
• Mountain Region 50%
• Fifth Generation of ECMWF Atmospheric Reanalysis of the Global Climate 50%
• River Flow 50%
• Melt 50%
• Energy Demand 25%
• Plain 25%
• Water Resource 25%
• Dynamic Models 25%
• Water 25%
• Population Growth 25%
• Snowmelt 25%
• Investigation 25%
• Mountains 25%
• Knowledge 25%
• Energy Balance 25%
• Increasing 25%
• Data Set 25%
• Orographic Effect 25%
• Shared Socioeconomic Pathways 25%
• Evaluation 25%
• Runoff 25%
• Estimate 25%
• Rapid 25%
• Approach 25%
• Emissions 25%
• Coupled Model Intercomparison Project Phase 6 25%
• Hydrological Regime 25%
• Research 25%
• Set 25%
• River Basin 25%
• Weather Condition 25%

INIS

• snow 100%
• precipitation 100%
• climates 100%
• dynamics 50%
• glaciers 40%
• water 40%
• elevation 40%
• availability 40%
• distance 30%
• distribution 30%
• rivers 30%
• mountains 30%
• resolution 20%
• populations 20%
• climatic change 20%
• emission 10%
• increasing 10%
• water demand 10%
• energy balance 10%
• datasets 10%
• acceleration 10%
• simulation 10%
• food 10%
• growth 10%
• investigations 10%
• runoff 10%
• weather 10%
• assessments 10%
• data 10%
• energy demand 10%
• water resources 10%

Keyphrases

• Upper Indus Basin 100%
• Hindukush-Karakoram-Himalaya 100%
• Himalaya Region 50%
• Hengduan Mountains 50%
• Model Distance 25%
• Sparse Measurements 25%
• Hunza Basin 25%
• Climatic Dynamics 25%
• Gilgit 25%
• Hunza 25%