This track focuses on the unique biodiversity found in hydrothermal vent communities and their ecological functions. Researchers are invited to explore species interactions, community structure, and the roles of chemosynthetic organisms in these extreme environments.

This session will delve into the mechanisms of chemosynthesis and its significance in sustaining life in deep-sea ecosystems. Contributions should address energy transfer processes and the ecological implications for benthic communities.

This track examines the physiological and behavioral adaptations of organisms inhabiting extreme deep-sea environments. Studies on thermophilic organisms and their survival strategies will be highlighted.

This session will showcase innovative methodologies for monitoring deep-sea ecosystems, including hydrothermal vents. Participants are encouraged to present advancements in remote sensing, submersible technologies, and data analysis.

This track aims to investigate the complex ecological interactions within benthic ecosystems, particularly in hydrothermal vent communities. Topics may include predator-prey dynamics, symbiotic relationships, and competition among species.

This session will explore the effects of climate change on deep-sea ecosystems, with a focus on hydrothermal vent communities. Research addressing shifts in species distribution, habitat resilience, and ecosystem functioning is encouraged.