Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This session will explore the fundamental processes that govern ocean-atmosphere interactions. Emphasis will be placed on the physical mechanisms driving these couplings and their implications for climate variability.
This track focuses on the El Ni?o-Southern Oscillation (ENSO) and its critical role in climate prediction. Presentations will address recent advancements in understanding ENSO dynamics and their impacts on global weather patterns.
This session aims to investigate the influence of ocean circulation patterns on climate variability. Contributions will highlight the role of ocean currents in shaping regional and global climate systems.
This track will delve into the interactions between atmospheric variability and climate feedback mechanisms. Researchers are invited to present findings on how these feedbacks influence climate predictions.
This session will discuss the latest developments in coupled climate models and their applications in climate prediction. Participants will share insights on the strengths and limitations of current modeling approaches.
This track will examine the interactions between marine environments and the atmosphere, focusing on their implications for climate systems. Studies presented will highlight the significance of these interactions in climate modeling.
This session will explore innovative techniques for seasonal forecasting in the context of ocean-atmosphere coupling. Researchers will discuss practical applications and the effectiveness of various forecasting methods.
This track will focus on the role of sea surface temperature variability in climate change scenarios. Presentations will address how changes in sea surface temperatures influence atmospheric conditions and climate predictions.
This session aims to investigate interannual variability and its relationship with climate oscillations. Contributions will focus on identifying patterns and their implications for long-term climate forecasting.
This track will examine the key global climate drivers from both oceanic and atmospheric perspectives. Researchers are encouraged to present findings that elucidate the interconnectedness of these drivers.
This session will focus on the development and application of predictive models for coupled climate systems. Discussions will center on methodologies, case studies, and the future of predictive climate science.
