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 mechanisms governing aerosol-cloud interactions and their subsequent impacts on climate systems. Emphasis will be placed on the physical processes that influence cloud formation and the role of aerosols in modifying these processes.
This track focuses on the radiative forcing effects of atmospheric aerosols and their implications for climate change. Presentations will cover both direct and indirect effects of aerosols on the Earth's radiation balance.
This session will delve into the microphysical properties of clouds and their interactions with aerosols, highlighting how these interactions influence climate feedback mechanisms. Research on observational and modeling studies will be featured.
This track will address the impacts of aerosol-cloud interactions on precipitation patterns and intensity. Studies on how climate variability influences precipitation processes will be discussed.
This session will examine the role of atmospheric chemistry in aerosol formation and transformation. Discussions will include the sources and sinks of aerosols and their implications for air quality and climate.
This track will focus on the indirect effects of aerosols on climate, particularly through their influence on cloud properties and precipitation. Research highlighting the complexities of these interactions will be presented.
This session will explore various weather modification techniques, including cloud seeding, and their potential impacts on climate systems. The effectiveness and ethical considerations of these techniques will be discussed.
This track will investigate the feedback mechanisms between aerosols and clouds, emphasizing their implications for climate modeling and prediction. Presentations will highlight recent advancements in understanding these complex interactions.
This session will examine the interplay between climate variability and aerosol dynamics, focusing on how changes in climate influence aerosol distribution and behavior. Research on historical and future climate scenarios will be featured.
This track will address the connections between air quality and climate change, particularly through the lens of aerosol emissions and their effects on atmospheric processes. Discussions will include policy implications and mitigation strategies.
This session will showcase innovative methodologies and technologies used in aerosol research, including remote sensing and in-situ measurements. Emphasis will be placed on interdisciplinary approaches to studying aerosol-cloud interactions.