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1479
Carbon budget and its potential drivers in estuarine system摘要录用

Hongming Yao, Xinping Hu*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1476
Kinetic isotope effect of labile organic matter in the coastal sediment of Northern South China Sea摘要录用

Hu Naican, Tang Tiantian*, Lin Chuhan, Wang Tengteng

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1446
Drought effects on particulate organic matter dynamics in Changjiang Estuary and its adjacent marginal seas: a spectroscopic perspective摘要录用

Luning Tu, Fang Cao*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1375
Submarine groundwater discharge in the Pearl River estuary: temporal variations and hydrographic proxies摘要录用

Guizhi Wang*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1316
Increased CH4 and CO2 Production and Diffusive Flux in Rivers with High Urbanization摘要录用

Siyue Li*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1275
Deciphering the effects of hydrological, biogeochemical and anthropogenic factors on nitrogen species in a subtropical watershed using multiple isotopes摘要录用

Anqi Yao, Xiuli Yan*, Hongyan Bao, Dawei Li, Junwen Wu, Shuh-Ji Kao, Lili Han, Jr-Chuan Huang

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1251
Surface water pCO2 and air-sea fluxes in the southeastern coast of China: Synthesis of a 22-year dataset of field observation摘要录用

Dezhi Bu, Xianghui Guo*, Yan Li, Yi Xu

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1175
Carbon isotopes signatures of Solid-Phase Extracted dissolved organic carbon (DOC) in the Han River, South Korea摘要录用

Jieun Choi, Heejun Han, Jeomshik Hwang*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1095
Seasonal variations of air-water CO2 flux and coastal acidification in a tropical lagoon摘要录用

Ya Zhuang, Jianzhong Su*, Yang Wang, Xin Quan

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

1003
Accumulations of anthropogenic carbon on the North American Coasts摘要录用

Xinyu Li*, Wei-Jun Cai, Brendan Carter

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

916
Seasonal Variation of pCO2 in the Coastal Waters of the Pearl River Estuary and its Influencing Factors: A Model Study摘要录用

Gang Guo, Jia-Wei Shen, Hao Wei, Hongtao Nie*, Zijia Zheng, Haiyan Zhang

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

877
Effect of nitrogen nutrients on the photochemical processing of dissolved organic matter in estuarine environments摘要录用

Zexuan Song, Hongmei Chen*, Aiyu Zhang, Peng Lin

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

646
Major processes controlling the nitrogen cycling and transport across the mangrove-salt marsh-estuarine continuum摘要录用

Fenfang Wang, Nengwang Chen*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

642
Nutrients fluxes with rivers runoff and response of receiving basins ecosystems on both sides of the Kamchatka Peninsula摘要录用

Pavel Semkin*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

545
Anthropogenic activities generate high refractory black carbon along the Yangtze River continuum摘要录用

Changchun Huang*

#Session 18 - The River-Estuary-Bay Continuum: Unveiling the Carbon and Nitrogen Cycles Under Global Change

重要日期
  • 会议日期

    01月14日

    2025

    01月17日

    2025

  • 09月27日 2024

    初稿截稿日期

  • 12月14日 2024

    注册截止日期

主办单位
State Key Laboratory of Marine Environmental Science, Xiamen University
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