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

人-洪适应：全球三大河流三角洲的比较研究

Human flood adaptation characteristics: A comparative study of three global river deltas.

海水作为氯源的光铁催化芳基硫醚脱硫氯代

Iron-photocatalyzed Desulfurizing Chlorination with Seawater.

流域水库化引起的河口动力地貌体制变化——以闽江河口为例

Estuarine morphodynamics regime shift caused by catchment reservoir: Illustration from the Minjiang River Estuary.

互花米草清除后本土盐沼植物恢复促进了滨海湿地碳封存并增强了气候调节效益

Restoration of native saltmarshes enhances carbon sequestration and mitigates warming effects following Spartina alterniflora removal.

实验室研究团队在Nature Communications发表最新研究成果：揭示全球大河三角洲对河流入海泥沙供应变化的响应时间

Response time of global deltas to changes in fluvial sediment supply.

填补高浑浊河口潮间带“全空间”地形空白—ICESat-2 和Sentinel-2卫星遥感融合高精度智能反演新突破

Integrating Temporal Vegetation and Inundation Dynamics for Elevation Mapping Across the Entire Turbid Estuarine Intertidal Zones Using ICESat-2 and Sentinel-2 Data.

河口海岸湿地固碳增汇机制研究

Chemoautotrophic carbon fixation favors iron-bound organic carbon formation in estuarine and coastal sediments.

揭示密西西比河鸟足状三角洲湿地仍旧在增加且展现“东部弃守、南部挺进、中部扩张 ”变化格局

Wetland gain and loss in the Mississippi River Bird-foot Delta

开发“泥碳耦合”新模型：揭示高浑浊河口tDOC-泥沙吸附沉降机制

Regulating factors and spatiotemporal patterns of terrestrial dissolved organic carbon adsorption in a high-turbidity estuary

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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

Restoration of native saltmarshes enhances carbon sequestration and mitigates warming effects following Spartina alterniflora removal.

Wang, D., Labra, F. A., Yang, H., Hu, Y., Zhao, Z., Zhou, W., & Yuan, L.

Journal of Applied Ecology , 2025 ,
:
Response time of global deltas to changes in fluvial sediment supply.

Wang, J., Dai, Z.J., Mei, X.F., Duan, H.F. & Nienhuis, J.H.

Nature Communications , 2025 , 16
: 5573
Integrating Temporal Vegetation and Inundation Dynamics for Elevation Mapping Across the Entire Turbid Estuarine Intertidal Zones Using ICESat-2 and Sentinel-2 Data.

Siqi Yao, Jianrong Zhu, Wanying Zhang, Bo Tian, Weiwei Sun, Weiguo Zhang, Weiming Xie, Pengjie Tao, Chunpeng Chen, and Kai Tan.

IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing , 2025 , 18
: 14517-14534

Pages

Major Projects

National Key Research and Development Program

Sino-US comparison research on the mega-estuarine tidal flat stability and city security ecological protection

Project Period:
2019-09 to 2022-12
National Key Research and Development Program

Joint study on the effects of climate change and human activities on the coupled impact mechanism of coastal blue carbon ecosystems in countries along the Maritime Silk Road

Project Period:
2022-11 to 2025-10

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