Quantitative assessment of groundwater and Surface water interactions in the Hailiutu river basin, Erdos plateau, China

Earth and Planetary Sciences

• Surface Water 100%
• Assessment 100%
• Water Interaction 100%
• River Basin 100%
• Groundwater 100%
• China 100%
• Investigation 37%
• River Flow 37%
• Water Use 25%
• Catchment 25%
• Structural Basin 25%
• Regime 25%
• Construction 12%
• Plant 12%
• Water Reservoir 12%
• Water Resources Conservation 12%
• Land Use 12%
• River 12%
• Economic Development 12%
• Temperature 12%
• River Discharge 12%
• Human Activity 12%
• Plant Specie 12%
• Mathematical Model 12%
• Ecosystem 12%
• Groundwater Recharge 12%
• Dune 12%
• Reforestation 12%
• Water Resource Management 12%
• Ecosystem Resource Management 12%
• In Situ Measurement 12%
• Approach 12%
• Vegetation Growth 12%
• Detection 12%

INIS

• interactions 100%
• ground water 100%
• china 100%
• rivers 100%
• assessments 100%
• surface waters 100%
• crops 25%
• ecosystems 25%
• water use 25%
• water resources 25%
• hydraulics 12%
• levels 12%
• resource conservation 12%
• demand 12%
• management 12%
• sand 12%
• economic development 12%
• simulation 12%
• irrigation 12%
• construction 12%
• dunes 12%
• growth 12%
• exploitation 12%
• reservoirs (water) 12%
• maintenance 12%
• detection 12%
• humans 12%
• vegetation 12%
• groundwater recharge 12%
• precipitation 12%
• modeling 12%
• land use 12%