Sessions
- A-1: Organic geochemistry, biogeochemistry, formation of oil and gas deposits.
- A-2: Geochemistry of natural waters: from atmospheric precipitations to deep brines.
- A-3: Nano-mineralogy and Geochemistry
- A-4: Aqueous processes on asteroids, Mars, and icy satellites
- A-5: Advances in analytical techniques for the study of water-rock interaction.
- A-6: Isotope Geology: climate change, georesources, hydrogeology, atmospheric study.
- B-1: Isotope Biogeochemistry
- B-2: Advances in methodological and instrumental developments
- B-3: Isotope Geology: climate change, georesources, atmospheric study, residence times, critical zone & groundwater flow
- B-4: Isotopes in underground Energy Resources
- B-5: Environmental & Isotope forensics
- C-1: Anatexis and fluid regime of the middle to deep continental crust.
- C-2: Fluid-rock reactions and nano- to microstructural evolution during metamorphism and alteration.
- C-3: Roles of Fluids for Reaction Kinetics, Time Scale and Deformation of Crust and Mantle.
- C-4: Physics and chemistry of melt and fluid and their roles in volcanic and igneous processes.
- C-5: Deep WRI and/or Deep Carbon Cycle.
- C-6: Fluid-rock interactions during slow and fast earthquakes.
- C-7: Mass and Energy Systems in Convergent Margins.
- D-1: Environmental Risk Management, water quality and human health issues.
- D-2: Water-rock interaction to connect abiotic and biotic worlds.
- D-3: Ore-forming processes associated with water-rock interactions
- D-4: Geochemical cycles of elements and global environmental changes.
- D-5: Water-Rock Interaction Fronts to Climate Change.
- E-1: AI and Big Data Analysis for Geoscience and Resource Exploration (Jointed with 16th International Symposium on Mineral Exploration (ISME-16))
- E-2: Sub- and Supercritical Geothermal Energy
- E-3: Fluid-Rock Interaction in Oil & Gas, Geothermal and CCS Technology.
- E-4: Radioactive waste disposal: geological, hydrogeological and geochemical aspects.
- Submission Only