International Conference on Soil-Atmosphere Interactions and Climate Change · Registering as Listener

This track focuses on the fundamental mechanisms governing soil-atmosphere interactions and their implications for climate change. It aims to explore the processes that influence greenhouse gas emissions and trace gas fluxes between soil and the atmosphere.

This session will delve into the complexities of carbon cycling within soil ecosystems, emphasizing the role of soil respiration in carbon fluxes. Researchers are invited to present findings on factors affecting soil respiration rates and their implications for climate change.

This track addresses the critical role of soil moisture in regulating atmospheric interactions and climate feedback mechanisms. Studies on soil moisture dynamics, evapotranspiration, and their effects on local and regional climates are encouraged.

This session will explore innovative strategies for enhancing carbon sequestration in soil through sustainable management practices. Contributions that highlight the relationship between soil health, land use, and carbon storage potential are particularly welcome.

This track will investigate how microclimate variations influence soil temperature and its subsequent effects on soil processes. Presentations should focus on the implications of temperature dynamics for soil health and ecosystem functioning.

This session aims to assess soil carbon fluxes and the overall carbon balance in various ecosystems under climate change scenarios. Researchers are encouraged to present data on soil carbon dynamics and their relevance to global carbon budgets.

This track will focus on the development and application of climate models that incorporate soil-atmosphere interactions. Contributions that enhance our understanding of feedback mechanisms and improve predictive capabilities are highly sought after.

This session will explore the interconnections between land-atmosphere interactions and the provision of ecosystem services. Discussions will center on how soil management practices can enhance ecosystem resilience in the face of climate change.

This track invites research on the carbon footprint associated with various soil management practices and their implications for sustainability. Presentations should focus on quantifying emissions and identifying practices that mitigate climate impacts.

This session will cover the mechanisms of soil gas exchange and the latest measurement techniques used to quantify gas fluxes. Contributions that advance our understanding of soil gas dynamics in relation to climate change are encouraged.

This track will focus on adaptive management strategies for soils in the context of climate change. Researchers are invited to share innovative approaches that enhance soil resilience and support sustainable land use practices.