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International Conference on Atmospheric Dynamics and Climate Feedbacks

📅 21–22 Aug 2026 📍 New York, USA 👤 Standard / Listener

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$279

virtual · $279 in person

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the fundamental principles of atmospheric dynamics and their role in shaping circulation patterns. It aims to explore the interactions between various atmospheric components and their implications for weather systems.

This session will delve into the characteristics and dynamics of jet streams and their influence on global weather patterns. Discussions will include their role in extreme weather events and climate variability.

This track examines the mechanisms of convective processes and their significance in weather phenomena. Presentations will highlight recent advancements in understanding convection and its role in storm development.

This session will investigate the interactions between oceanic and atmospheric systems and their implications for climate feedbacks. Researchers will present findings on how these couplings influence climate variability and change.

This track is dedicated to the study of extreme weather events, their underlying mechanisms, and societal impacts. Contributions will focus on case studies and predictive modeling of such phenomena.

This session will showcase the latest developments in climate modeling, emphasizing innovative approaches and methodologies. Participants will discuss the implications of these advancements for climate projections and policy-making.

This track will explore various feedback mechanisms within climate systems and their effects on atmospheric processes. Presentations will highlight both natural and anthropogenic influences on these feedback loops.

This session focuses on the processes of energy transport within the atmosphere and its relevance to climate dynamics. Researchers will discuss the implications of energy transfer for weather patterns and climate stability.

This track aims to analyze the relationship between weather variability and long-term climate projections. Discussions will include statistical methods and modeling approaches to understand this complex interaction.

This session will investigate mesoscale phenomena and their contributions to local weather systems. Presentations will cover observational studies and modeling efforts to better understand these intricate processes.

This track will explore the role of turbulence and atmospheric instability in meteorological phenomena. Researchers will present findings on how these factors influence weather patterns and climate dynamics.