This session will explore the complex dynamics between land and atmospheric systems, focusing on feedback mechanisms that influence climate variability. Contributions that examine the role of vegetation, soil, and land use in shaping these interactions are particularly welcome.

This track aims to address the implications of climate change on hydrological processes and water resources. Papers discussing shifts in precipitation patterns, evapotranspiration rates, and their subsequent effects on water availability are encouraged.

This session will delve into the critical role of soil moisture in land-atmosphere interactions and hydrological modeling. Research highlighting the influence of soil moisture on climate feedbacks and ecosystem health is sought.

Contributions to this session will focus on the processes of evapotranspiration and their significance in the water cycle. Studies that integrate field measurements, remote sensing, and modeling approaches are particularly encouraged.

This track will showcase innovative hydrological modeling approaches that enhance our understanding of water dynamics in changing climates. Papers that present new methodologies or applications of existing models are welcome.

This session will investigate the interdependencies between climate systems and hydrological responses. Research that elucidates the mechanisms of climate-hydrology coupling and its implications for water management is invited.

This track will focus on the feedback loops associated with precipitation processes and their impact on land-atmosphere interactions. Contributions that analyze the role of precipitation in modulating climate and hydrological systems are encouraged.

This session will explore the intricate relationships between energy and water cycles, emphasizing their significance in land-atmosphere feedbacks. Papers that investigate the implications of these interactions for climate resilience are welcome.

This track will examine the reciprocal relationships between ecosystems and hydrological processes. Research that highlights the influence of ecosystem dynamics on water availability and quality is particularly sought.

This session will focus on the role of atmospheric forcing in driving hydrological variability across different regions. Contributions that analyze the impacts of atmospheric phenomena on local and regional water cycles are encouraged.

This track will investigate the processes occurring at the land surface that influence hydrodynamic behavior. Papers that explore the interactions between land surface characteristics and hydrological responses are welcome.