河口海岸全国重点实验室

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Call for abstract | The 1st International Symposium on Ecosystem-Based Coastal Defense 阅读更多

Call for abstract：Future Oceans 3 – Navigating a future ocean: Inward, outward, and forward 阅读更多

2025 International Symposium on Coastal Blue Carbon & The 2nd Meeting of Consortium for Coastal Blue Carbon Observations and Studies of China (First Announcement) 阅读更多

Call for AbstractsInternational conference on Dialogue between Land and Sea: Challenges and Solutions 阅读更多

ECNU hosts the 2nd International Mega–Delta Meeting to Advance Delta Sustainability 阅读更多

The delegation of the Netherlands visits ECNU 阅读更多

The Mega-Delta Database was officially launched — Providing support for Scientific research and management decisions 阅读更多

The 20th Physics of Estuaries and Coastal Seas (PECS 2022) is held in Shanghai 阅读更多

Notice

Research Progress

研究发现飓风强度的加剧将引起美佛罗里达红树林不可逆的大面积退化

Hurricanes Induced Irreversible Large‐Scale Loss of Mangrove Forests

物理-数据双驱动求解非稳态流体运动，攻克神经网络对极坐标系兼容问题

Modeling non-stationary wind-induced fluid motions with physics-informed neural networks for the shallow water equations in a polar coordinate system

多源数据方法融合，助力黄海南部上升流新机制的识别与分析

Shifting Dynamics for Coastal Upwelling and Surface Cold Water Patch: A Synergy of HF-Radar, in-site Observation, Satellite, and Numerical Model

气候变暖加速滨海湿地“蓝碳”积累？微生物残体碳给出答案！

Four years of climate warming facilitates an increase in fungal necromass in coastal wetland soils

海岸带对台风的动力地貌响应研究新成果

Hydrodynamic and geomorphological responses of tidal flats to extreme climate events.

实验室研究团队在Nature Geoscience发表最新研究成果：破解微生物调控细颗粒泥沙输运的密码

Drag acting on suspended sediment increased by microbial colonization

互花米草入侵本土滨海芦苇湿地对固碳功能的影响及其机制

Impacts of Spartina alterniflora invasion on coastal carbon cycling within a native Phragmites australis-dominated wetland.

流域减沙和富营养化导致河口高初级生产力区（HPPZ）面积和Chl-a浓度扩增

Effects of riverine nutrient enrichment and sediment reduction on high primary productivity zone in the Yangtze River estuary: historical reconstruction and future perspective.

稻作农业通过缓解内部竞争压力和降低外部风险保障聚落延续

Rice farming mediated internal competition and reduced external risks during the Neolithic period

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News

Delegation from Kasetsart University visited SKLEC - 2025-04-22
ECNU confers Honorary Professorship to Prof. Samina Kidwai - 2024-07-22
ECNU Professor honored with WESTPAC Outstanding Scientist Award - 2024-04-30
ECNU hosts the 2nd International Mega–Delta Meeting to Advance Delta Sustainability - 2023-11-13
The delegation of the Netherlands visits ECNU - 2023-05-31

Lectures

Dr. Pavel Yu Semkin : Diverse fluxes of nutrients of two comparable rivers in...

SKLEC Building A204

Fri, 2024-05-17 09:00
Prof. Daniel Schlenk: Publishing Your Best Research in Environmental Science...

SKLEC Building A204

Fri, 2024-04-26 10:00
Stephen Edward Darby : EVOFLOOD: The evolution of global flood hazard and risk

SKLEC A911

Fri, 2023-11-24 09:30

New Publications

Sediment size effects on rip channel dynamics

Dong, P., Chen, Y.Q., Chen, S.L.

Coastal Engineering , 2015 , 99
: 124-135.
Vulnerability assessment of the coastal wetlands in the Yangtze Estuary, China to sea-level rise

Cui, L.F., Ge, Z.M., Yuan, L., Zhang, L.Q.

Estuarine Coastal and Shelf Science , 2015 , 156
: 42-51.
Seasonal variations of transport time of freshwater exchanges between Changjiang Estuary and its adjacent regions

Wang, Y., Shen, J., He, Q., Zhu, L., Zhang, D.

Estuarine Coastal and Shelf Science , 2015 , 157
: 109-119.

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