Abstract List

My Submissions

1593

Linking oceanic O2 loss to surface warming and nutrient depletion using historical observations and Earth system modelsAbstract Accepted

Curtis Deutsch*, Andie Margolskee

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1585

Ocean Deoxygenation Monitoring at the Al Hoceima Marine Observatory: From Sensor Networks to Glider MissionsAbstract Accepted

Houssine Nibani*

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1563

Upwelling-Induced Acidification and Deoxygenation: Implications for the Coastal Ecosystem of the Southeastern Arabian SeaAbstract Accepted

Sudheesh Valliyodan*, Gupta GVM

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1439

Coastal Hypoxia in the Indian Ocean: Unraveling Drivers of Spatiotemporal VariabilityAbstract Accepted

Fan Yang*, Laure Resplandy

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1371

Changes of ventilation in the North Atlantic over the past three decades - a climate change signalAbstract Accepted

Haichao Guo*, Wolfgang Koeve, Iris Kriest, Ivy Frenger, Toste Tanhua, Peter Brandt, Yanchun He, Tianfei Xue, Andreas Oschlies

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1338

Nitrous oxide production in expanding oxygen minimum zonesAbstract Accepted

Daniele Bianchi*, Thomas Weber, Daniel Clements, Daniel McCoy

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1301

Linear inverse model approach to diagnoze the variability of dissolved oxygen in the North PacificAbstract Accepted

道勋孙*, 莹莹赵

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1242

Spatio-temporal distribution and prediction of dissolved oxygen in waters around Hong KongAbstract Accepted

Lei Chen, Minhan Dai*, Zhixuan Wang

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1189

Sediment oxygen uptake and hypoxia in coastal oceans, the Pearl River Estuary regionAbstract Accepted

Jing Sun, Jiying Li*, Liuqian Yu, Xingyu Yang, Jianping Gan, Hongbin Yin

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1148

New approaches to reduce the extent of hypoxic areas in marine watersAbstract Accepted

Kirsten Isensee*, Caroline Slomp, Andreas Oschlies, Jeremy Sterling

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1128

Physical-biogeochemical controls on the spatially variable hypoxia off the Changjiang Estuary during summerAbstract Accepted

Qinsheng Wei*

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1010

Predictability of Southern Ocean Dissolved Oxygen: Bayesian1 vs. Deterministic Approach to Forecasting2Abstract Accepted

Gian Giacomo Navarra*

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1008

The Synergy of Data From Profiling Floats, Machine Learning and Numerical Modeling: Case of the Black Sea Euphotic ZoneAbstract Accepted

Emil Stanev*

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

1005

Unraveling Geological and Biogeochemical Controls on Ocean Oxygenation throughout the PhanerozoicAbstract Accepted

Yi Liu*, Curtis Deutsch

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

947

Drivers, Trends, Predictability, and Ecosystem Implications of the Arabian Sea Oxygen Minimum ZoneAbstract Accepted

Akash Somasekharan, Nandini Menon. N*, Ranith R, Ajith Joseph K, Annette Samuelsen, Grinson George

#Session 15 - Ocean deoxygenation: drivers, trends, and biogeochemical-ecosystem impacts

31 Records 1/3

Important Date

Conference Date

Jan 13

2025

to

Jan 17

2025
Sep 27 2024

Draft paper submission deadline
Feb 17 2025

Registration deadline

Organized By

State Key Laboratory of Marine Environmental Science, Xiamen University
Department of Earth Sciences, National Natural Science Foundation of China

Contact Information

Kejing GU
xm******@xmu.edu.cn
+86*********

The Xiamen Symposium on Marine Environmental Sciences (XMAS 2025)

Abstract List

Linking oceanic O2 loss to surface warming and nutrient depletion using historical observations and Earth system modelsAbstract Accepted

Ocean Deoxygenation Monitoring at the Al Hoceima Marine Observatory: From Sensor Networks to Glider MissionsAbstract Accepted

Upwelling-Induced Acidification and Deoxygenation: Implications for the Coastal Ecosystem of the Southeastern Arabian SeaAbstract Accepted

Coastal Hypoxia in the Indian Ocean: Unraveling Drivers of Spatiotemporal VariabilityAbstract Accepted

Changes of ventilation in the North Atlantic over the past three decades - a climate change signalAbstract Accepted

Nitrous oxide production in expanding oxygen minimum zonesAbstract Accepted

Linear inverse model approach to diagnoze the variability of dissolved oxygen in the North PacificAbstract Accepted

Spatio-temporal distribution and prediction of dissolved oxygen in waters around Hong KongAbstract Accepted

Sediment oxygen uptake and hypoxia in coastal oceans, the Pearl River Estuary regionAbstract Accepted

New approaches to reduce the extent of hypoxic areas in marine watersAbstract Accepted

Physical-biogeochemical controls on the spatially variable hypoxia off the Changjiang Estuary during summerAbstract Accepted

Predictability of Southern Ocean Dissolved Oxygen: Bayesian1 vs. Deterministic Approach to Forecasting2Abstract Accepted

The Synergy of Data From Profiling Floats, Machine Learning and Numerical Modeling: Case of the Black Sea Euphotic ZoneAbstract Accepted

Unraveling Geological and Biogeochemical Controls on Ocean Oxygenation throughout the PhanerozoicAbstract Accepted

Drivers, Trends, Predictability, and Ecosystem Implications of the Arabian Sea Oxygen Minimum ZoneAbstract Accepted

Important Date

Conference Date

Sponsored By

Organized By

Contact Information