This track focuses on the fundamental processes governing surface-atmosphere interactions and their implications for climate systems. Researchers are invited to present studies that elucidate the mechanisms through which land surfaces influence atmospheric conditions.

This session aims to explore the various feedback mechanisms between land surfaces and climate systems. Contributions that investigate both positive and negative feedbacks in different ecosystems are particularly welcome.

This track will delve into the processes and factors influencing evapotranspiration and its role in climate regulation. Papers addressing measurement techniques, modeling approaches, and the impact of land use changes on evapotranspiration are encouraged.

This session will examine the critical role of soil moisture in climate dynamics and its interactions with atmospheric processes. Studies that highlight the implications of soil moisture variability on weather patterns and climate extremes are sought.

This track focuses on the physical processes occurring within the atmospheric boundary layer and their impact on surface-atmosphere exchanges. Contributions that enhance our understanding of turbulence, energy transfer, and pollutant dispersion are invited.

This session will explore the complex interactions between vegetation and climate, including the role of plant physiology and phenology. Research that investigates how changes in vegetation cover influence local and regional climate patterns is encouraged.

This track aims to address the coupling mechanisms between the biosphere and atmosphere, focusing on carbon and water cycles. Papers that integrate ecological and meteorological perspectives to understand these interactions are welcome.

This session will investigate the feedbacks arising from hydrological processes and their influence on climate variability. Contributions that analyze the interactions between precipitation, runoff, and land surface characteristics are encouraged.

This track focuses on the interactions within the carbon cycle and their implications for climate change. Researchers are invited to present studies on carbon fluxes, storage, and the effects of land use changes on carbon dynamics.

This session will explore regional climate processes and their interactions with land surface characteristics. Papers that analyze the implications of regional land use changes on climate variability and extremes are particularly welcome.

This track aims to examine the interplay between ecological and hydrological processes in shaping terrestrial climate interactions. Contributions that highlight the role of ecohydrological dynamics in climate feedbacks are encouraged.