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 track focuses on the complex interactions between stratospheric dynamics and climate systems. It aims to explore how stratospheric processes influence climate variability and long-term trends.
This session will examine the current state of the ozone layer and the processes affecting its recovery. Discussions will include the impact of human activities and natural phenomena on ozone depletion and restoration.
This track investigates the unique stratospheric processes occurring in polar regions and their implications for global climate. Emphasis will be placed on feedback mechanisms that link polar stratospheric changes to broader climate patterns.
This session will delve into the mechanisms of stratosphere-troposphere exchange and its significance for weather and climate. Researchers will present findings on how these exchanges affect atmospheric composition and circulation.
This track will explore the role of stratospheric chemistry in radiative forcing and its implications for climate change. Presentations will focus on the interactions between chemical constituents and their impact on atmospheric warming.
This session will assess the influence of volcanic aerosols on stratospheric processes and climate. Participants will discuss case studies and modeling efforts that illustrate the short- and long-term effects of volcanic eruptions.
This track will investigate the dynamics of the upper atmosphere and its role in climate variability. Emphasis will be placed on the interactions between stratospheric winds, temperature anomalies, and climate patterns.
This session will focus on the relationship between jet streams and stratospheric processes. Researchers will present findings on how changes in stratospheric conditions can alter jet stream behavior and associated weather patterns.
This track will explore the phenomenon of stratospheric warming events and their implications for climate systems. Discussions will include the mechanisms driving these events and their impacts on tropospheric weather.
This session will examine the long-term variability of stratospheric processes and their implications for climate change. Researchers will discuss historical data and modeling approaches to understand these trends.
This track will assess the global impacts of stratospheric changes on climate systems. Presentations will focus on the interconnectedness of stratospheric processes and their effects on regional and global climate dynamics.