By applying the advanced monitoring and analyzing technologies, numerical simulation technology, and system optimization approaches, to investigate temporal and spatial variation of groundwater attributes and system responses pertinent to different controlling factors, identify primary processes of groundwater environment systems, quantify the groundwater contamination risk and corresponding impacts on water environment systems, and figure out the optimal solutions for controlling groundwater systems and managing water resources. Currently, the undergoing research projects (responsible completely or partially) include 1) solute transport in porous-fractured complex geologic media of vadose zones and primary controlling factors of groundwater contamination (NSFC Project); 2) Evolvement mechanisms and effective managements of the groundwater system in the North China Plain (Major State Basic Research Development Program of China (973 Program)); 3)Simulations and risk assessments of groundwater contamination along the central line of the South-North Water Transfer Project (The Major State Science and Technology Program for Water Pollution Control and Treatment); 4) Comprehensive risk assessment pertaining to groundwater contamination (National groundwater contamination control and remediation program); 5)Comprehensive assessments and decision support system for Yongding River ecological restoration (Beijing Major Science & Technology Program).
People in this Division:
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