This session will explore the latest methodologies and applications of radiogenic isotopes in understanding geological processes. Contributions may include case studies that highlight the role of radiogenic isotopes in tracing the evolution of Earth's crust and mantle.

This track focuses on the innovative use of stable isotopes in various Earth science disciplines. Researchers are invited to present findings that demonstrate how stable isotopes can elucidate past climatic conditions, biogeochemical cycles, and environmental changes.

This session aims to discuss the latest advancements in geochemical modeling techniques and their applications in Earth sciences. Presentations will cover topics such as modeling fluid-rock interactions, mineral stability, and geochemical cycles.

This track will delve into the use of isotopic techniques for tracing water sources and understanding groundwater systems. Contributions may include studies on the impact of anthropogenic activities on hydrogeochemical processes.

This session will highlight recent developments in isotopic dating methods, including U-Pb, Ar-Ar, and cosmogenic isotopes. Researchers are encouraged to share their findings on the precision and accuracy of these techniques in determining geological timelines.

This track will focus on the geochemical processes that occur during fluid-rock interactions, including mineral dissolution and precipitation. Presentations should aim to elucidate the implications of these interactions for resource exploration and environmental management.

This session will explore the geochemical properties of minerals and their significance in various geological settings. Topics may include mineral stability, alteration processes, and the role of minerals in biogeochemical cycles.

This track will discuss the application of cosmogenic isotopes in understanding surface processes on Earth and other planetary bodies. Contributions may include studies on erosion rates, exposure dating, and planetary geology.

This session will cover the geochemical composition and processes of the Earth's mantle, including the role of mantle-derived materials in volcanic activity. Researchers are invited to present new insights into mantle dynamics and geochemical signatures.

This track will investigate the mechanisms and implications of isotopic fractionation in various natural systems. Presentations should focus on how fractionation affects geochemical processes and the interpretation of isotopic data.

This session will address the role of geochemistry in understanding and mitigating environmental issues. Topics may include the geochemical assessment of pollutants, remediation strategies, and the impact of climate change on geochemical cycles.