This session will explore the fundamental processes governing land-atmosphere interactions and their implications for climate variability. Emphasis will be placed on modeling approaches and observational studies that elucidate these complex dynamics.

This track focuses on the various feedback mechanisms that operate within terrestrial ecosystems and their influence on climate systems. Contributions will highlight empirical and theoretical insights into carbon and hydrological feedbacks.

This session aims to investigate the role of soil moisture in modulating climate variability and its interactions with atmospheric processes. Papers will discuss innovative methodologies for measuring and modeling soil moisture dynamics.

This track will delve into the interactions between vegetation dynamics and climate, emphasizing the role of plant responses in climate feedback loops. Presentations will cover case studies and modeling efforts that illustrate these feedback mechanisms.

This session will examine the energy balance of terrestrial systems and its implications for climate change. Researchers are invited to present findings on energy fluxes and their interactions with land surface processes.

This track will focus on the hydrological feedbacks that influence climate systems, including precipitation, evaporation, and runoff processes. Contributions will include both theoretical frameworks and empirical data.

This session will explore the interconnections between biogeochemical cycles and climate dynamics, particularly the carbon and nitrogen cycles. Papers will address how these cycles are influenced by and contribute to climate feedbacks.

This track will investigate the coupling mechanisms between ecosystems and the atmosphere, focusing on how terrestrial processes affect atmospheric conditions. Presentations will highlight interdisciplinary approaches to studying these interactions.

This session will address regional climate feedbacks and their impacts on local and global scales. Researchers are encouraged to share case studies that illustrate the significance of regional processes in climate dynamics.

This track will focus on the dynamics of the carbon cycle and its relationship with climate change. Contributions will include studies on carbon sources, sinks, and the role of land-use changes.

This session will explore the interactions between atmospheric and terrestrial processes, emphasizing the importance of these dynamics in understanding climate systems. Papers will present novel findings from observational and modeling studies.