Focusing on the hydrodynamics, water environment and aquatic ecology of the Three Gorges and upstream cascade reservoirs, dedicated to restoring and protecting fragile aquatic ecosystems through scientific innovation.
“Modern hydraulic engineering must balance not only safety, economy and construction, but also ecology, environment and landscape. Centred on eco-hydraulic engineering, we study the hydrodynamics, water environment and aquatic ecology of the Three Gorges and upstream cascade reservoirs to advance the health and sustainable development of watershed ecosystems.”
Deep expertise in tributary bloom mechanisms and river–lake ecosystem modeling.
Partnering with research teams at home and abroad to address watershed water security under climate change.
Translating ecological restoration and sponge-city theory into engineering demonstrations.
Revealing nutrient transport and phytoplankton succession in the Three Gorges and upstream cascade reservoirs to explain tributary eutrophication and bloom dynamics.
Building a multi-scale coupled hydrodynamic–water-quality–ecology model system that forms a model–observation–intelligence digital-twin loop.
Building reservoir-bank ecological transition zones and river habitats grounded in restoration and slope stability, forming a distinctive eco-channel framework.
We work with research teams at home and abroad to enhance watershed resilience and aquatic-ecosystem health under climate change.
Join Our NetworkTrack our publications in major international journals and research developments.
The study significantly improved the accuracy of estuarine sandbar evolution prediction by introducing a machine learning-enhanced turbulence model...
Read More trending_flatThe expedition aims to obtain first-hand data on aquatic organism distribution in alpine rivers, supporting subsequent habitat simulation...
Read More trending_flatThe expert panel highly praised the group's breakthroughs in key technologies for water environment management in the Three Gorges Reservoir tributary area...
Read More trending_flat