https://see.pkusz.edu.cn/info/1023/1130.htm
In response to the increasingly severe challenges of water scarcity, flooding disasters, water quality degradation, and ecological deterioration driven by climate change and urbanization, this research integrates a range of disciplines, including environmental science, ecology, hydrology, GIS, remote sensing, big data, and artificial intelligence. The primary research areas are as follows:
1. Smart Water Systems: This area includes big data mining for water systems, the simulation of water systems by integrating data-driven and knowledge-driven approaches, AI simulations of urban flooding dynamics, and the precise, intelligent management of water quality in urbanized coastal regions.
2. Water Ecology and Mangroves in the Greater Bay Area: This research focuses on river and marine ecological environments, sponge cities and low-impact development, the impact of global changes on urban mangroves, as well as the precise monitoring, restoration, and digital ecological technologies for mangroves.
3. Water Ecological Safety in Canal Engineering: This involves studying the changes in canal corridor habitats and their ecological responses, modeling the distribution of key biological groups in canals, simulating canal hydrodynamics, sediment transport, water quality, and ecology, as well as evaluating water ecological safety and developing safeguard technologies for canal projects.
Research projects：
2023-2027, Subproject” Ecological Response of Canal Corridor Habitats and the Water Ecological Safety Guarantee Technology System” of the National Key R&D Program Project "Water Ecological Safety Guarantee Technologies and Demonstrations for Large Canal Engineering";
2023-2026, Shenzhen Sustainable Development Technology Special Program: Spatiotemporal Dynamic Assessment, Simulation, and Regulation of Urban Flood Resilience;
2021-2024, National Natural Science Foundation of China (General Program): Study on Multi-Source Nitrogen Leaching Process and Dynamic Source Analysis of Biological Retention Systems Based on Stable Isotope Technology.
Research group:
Huapeng Qin, Professor
Ruili Li, Researcher
Xiaoxue Shen, Associate Researcher
Minwei Chai, Associate Researcher
Feng Zhou, Postdoctoral Researcher
