Development of a river hydrodynamic model for studying surface-ground water interactions affected by climate change in heihe river, China

Keyphrases

• China 100%
• Climate Change 100%
• River Hydrodynamics 100%
• Hydrodynamic Model 100%
• Surface-groundwater Interactions 100%
• Heihe River 100%
• Groundwater 100%
• Surface Water Interaction 66%
• River Flow 66%
• Groundwater Interaction 66%
• Surface Water 33%
• Climate Change Impacts 33%
• Root Mean Square 33%
• Model Validation 33%
• Correlation Coefficient 33%
• Analytic Solution 33%
• River Basin 33%
• Model Accuracy 33%
• Test Validity 33%
• Flow Exchange 33%
• Uniform Flow 33%
• Glacier Area 33%
• Saint-Venant Equations 33%
• Flooding Process 33%
• Heihe River Basin 33%
• Surface Water Flow 33%
• Middle Reaches of the Heihe River 33%
• Process Flow 33%
• Preissmann Scheme 33%
• Darcy Equation 33%
• Sloping Bed 33%
• Qilian Mountains 33%

Earth and Planetary Sciences

• China 100%
• Climate Change 100%
• Groundwater 100%
• Water Interaction 100%
• Surface Water 57%
• River Flow 28%
• River Basin 28%
• Correlation Coefficient 14%
• Climate Change Impact 14%
• Model Test 14%
• Uniform Flow 14%
• Model Validation 14%
• Water Flow 14%