This session will explore the intricate interactions between oceanic and atmospheric systems, focusing on the processes that drive climate variability. Emphasis will be placed on understanding feedback mechanisms that influence weather patterns and climate dynamics.

This track will examine the role of thermohaline circulation in regulating global climate systems and its response to anthropogenic influences. Researchers are invited to present findings on how changes in this circulation affect climate feedbacks and ocean stratification.

This session will delve into the El Ni?o-Southern Oscillation (ENSO) and its significant impact on ocean-climate interactions. Contributions will focus on the mechanisms of ENSO-related feedbacks and their implications for global climate patterns.

This track will address the processes governing carbon cycling within marine ecosystems and their influence on climate change. Presentations will highlight the role of biogeochemical cycles in regulating atmospheric CO2 levels and ocean health.

This session will investigate the mechanisms of heat transport within ocean currents and their effects on regional and global climate variability. Researchers are encouraged to present studies that link ocean heat distribution to climate feedback processes.

This track will focus on advancements in climate modeling techniques that incorporate ocean-atmosphere interactions. Participants will discuss the efficacy of coupled models in predicting climate variability and extreme events.

This session will explore the significance of sea surface temperature (SST) in climate systems and its role in ocean-atmosphere coupling. Contributions will address the implications of SST variability for climate feedback mechanisms and ecosystem responses.

This track will examine the influence of ocean currents on climate feedback processes and their role in shaping regional climates. Presentations will highlight the interplay between current patterns and climate change impacts.

This session will focus on the impact of climate change on biogeochemical cycles within ocean ecosystems. Researchers will present findings on how altered conditions affect nutrient dynamics and marine life.

This track will investigate the role of mesoscale ocean processes in influencing climate systems and feedback mechanisms. Contributions will emphasize the importance of these processes in understanding climate variability.

This session will explore the application of predictive analytics in understanding ocean-climate interactions and feedback mechanisms. Researchers are invited to share innovative methodologies and case studies that enhance predictive capabilities in climate science.