DIVISION I Ocean Science & Exploration
Exploring the Depths, Discovering the Future.
Academic Profiles
Get Connected with the People Driving Discovery
Scholarly Achievements
Capturing Breakthroughs. Connecting Minds.
Scientific Committees
I-1 Physical Oceanography
Scope | Ocean currents, waves, tides, and physical ocean processes.
Conduct fundamental and applied research on ocean dynamics and thermodynamics.
Improve models and predictions for wave-current interactions and ocea circulation.
Collaborate with observation teams to validate remote sensing and in-situ measurements.
I-2 Ocean Meteorology and Climate
Scope | Air-sea interactions, climate systems, and monsoon dynamics.
Investigate and ocean’s role in climate variability and change.
Analyze monsoon patterns and develop predictive tools for extreme weather events.
Provide insights for global and regional climate modeling.
1-3 Marine Ecology and Blue Carbon
Scope | Ecosystems, food webs, carbon sinks, and biodiversity.
Assess marine biodiversity and trophic networks.
Quantify blue carbon storage in mangroves,seagrass, and salt marshes.
Support conservation strategies and marine spatial planning.
I-4 Tropical Ocean Systems and Ecology
Scope | Tropical ocean-atmosphere systems, coral reefs, and mangroves.
Study tropical ecosystems under stress from climate change and human activity.
Develop restoration strategies for coral reefs and mangrove forests.
Build regional knowledge networks for tropical ocean management.
I-5 Polar and Deep-Sea Science
Scope | Cryosphere-ocean interactions, deep-sea habitats, and biodiversity.
Research polar ice dynamics, permafrost, and climate feedback mechanisms.
Explore biodiversity and ecological functioning in deep-sea ecosystems.
Support environmental impact assessments for polar and deep-sea activities.
I-6 Marine Chemistry and Pollution
Scope | Chemical cycles, microplastics, contaminants, and pollution tracking.
Monitor nutrient cycling, trace metals, and pollutants.
Quantify the sources and pathways of microplastic and chemical pollution.
Provide science-based recommendations for marine pollution control.
1-7 Ocean Observation Technology
Scope | Sensing systems, buoys, floats, and autonomous monitoring.
Design and implement marine monitoring systems for real-time data collection.
Develop autonomous sensor technologies and multiparameter instruments.
Improve data interoperability and integration across global platforms.
I-8 Ocean Big Data and Digital Twin
Scope | AI, modeling, simulations, and digital twin applications.
Integrate data from satellites, sensors, and archives for modeling.
Build digital twin platforms to simulate and predict ocean dynamics.
Promote data-driven decision-making tools for ocean governance.
I-9 Coastal Hydrology and Environmental Resilience
Scope | Understand and manage coastal water shaped by natural & human impacts
Investigate land–sea hydrochemical interactions shaping coastal water quality.
Assess climatic and anthropogenic impacts on coastal hydrology and resilience.
Integrate field data, models, and AI to enhance prediction and management.