| Session Coordinators | |
| Theme: 1. Production of magma and assembly of volcanic plumbing systems (more information click here) – High resolution syn-eruptive documentation and analyses of recent basaltic eruptions – Illuminating Active Volcanic Plumbing Systems – Volcanism across the Solar System – Crystals and melt inclusions as emissaries of magmatic plumbing systems – Volcanic plumbing system models to inform volcanic unrest processes – Tick, tick… Boom! Timescales and dynamics of volcanic plumbing systems revealed by multidisciplinary approaches – Timing and duration of magmatic processes – Petrological characterisation of magma storage – Unravelling magma storage and ascent conditions using crystal textures – The lifecycle of crustal-scale magmatic reservoirs: insights into the plutonic-volcanic connection | Olivier Bachmann |
| Theme: 2. Pre and syn-eruptive monitoring (more information click here) – Volcano seismology and acoustics: new approaches in monitoring, modelling and interpretation – Volcanic Island Geohazards: Recent lessons, current challenges & future developments – Towards Enhanced Forecasting of Volcanic Systems through Integration of Data and Physical Modeling – Movin’ on up: Volcano geodesy applications and advances – Short Eruption forecasting – monitoring data and beyond – Surveying oceanic volcanism: Mapping, monitoring, response, and geophysical techniques for the seafloor | Olivier Bachmann |
| Theme: 3. Volcanic processes (more information click here) – Innovative Data Collection and Processing Methods in Volcanology – Machine learning techniques and applications in volcanology – Volcano-ice interactions on Earth and beyond – Multidisciplinary Advances in Understanding Pyroclastic Density Currents – Volcanic Degassing – Bridging observations of eruptive processes from field to laboratory – Multidisciplinary Perspectives on Collapse Calderas: Formation, Evolution, Monitoring, and Societal Impact – Volcano-sedimentary processes and their role in landscape evolution – Constructional and erosional processes at volcanoes: Insights from geomorphology, hydrology, glaciology, geophysics, and modelling – Un-ravelling the complexity of lahars for the creation of new hazard assessments – Integrating approaches to understand magma dynamics through monitoring, petrology and modelling – Small-scale volcanoes and their large-scale volcanic context – Hydrothermal alteration in volcanic systems – The role of water in explosive eruptions and their products – Data Science in Volcanology – Gas-driven Eruptions: Characteristics, Processes and a dire need for Forecasting – Unravelling eruptive histories of volcanoes to understand future behaviour – Applications, advances and challenges in tephrostratigraphy – Exploring the physical and chemical evolution of magmas in volcanic plumbing systems: implications for magma reservoir, conduit processes and eruptives styles – Volcano Mass-Wasting Processes, Landscape Evolution, and Climate Changes – Understanding the causes of highly explosive mafic volcanism – Open-vent volcanism and lava lake dynamics – The evolution of field measurements in volcanology: from classical surveys to innovative instrumentation – Unraveling caldera-forming eruptions, a multidisciplinary perspective on activity and unrest – Dynamics of volcanic eruption plumes: models and observations – Crystals and bubbles in magma: Understanding their formation, interaction, feedbacks and effects in magma properties and eruption behaviour – Deep submarine volcanic processes: Arcs, mid-ocean ridges, and hydrothermal processes – Multidisciplinary investigations into the structure and dynamics of Campi Flegrei caldera | Olivier Bachmann Thomas Edward Sheldrake |
| Theme: 4. Minerals for the energy transition (more information click here) – Tapping into magmas for the building blocks of the renewable energy infrastructures: from petrogenesis to exploration | Thomas Edward Sheldrake |
| Theme: 5. Geothermal systems and carbon storage (more information click here) – Unlocking geothermal plays/systems in volcanic settings from cross-disciplinary perspectives | Thomas Edward Sheldrake |
| Theme: 6. Hazard, Risk and Impact (more information click here) – Advances in volcanic impact and risk assessments: dynamic and complex methods for dynamic and complex systems – Probabilistic Volcanic Hazard Analysis – Lava flow hazard assessment: Monitoring, pre- and syn-eruptive modelling, and communication – Multidisciplinary monitoring and modelling of volcanic lakes as a tool for hazard forecast and mitigation – Operational hazard forecasts: source parameters and model evaluation – Uncertainly quantification in volcanic hazard and risk assessment – Life in volcanic environments: Human and Environmental Health impacts of volcanogenic contaminants – What should we do? Communication of volcanic hazard and risk for decision-making – Low-probability high-impact eruptions – Recent advances in mapping and modeling of secondary volcanic hazards – Shallow to emergent volcanism: Hazards and the risk at and below the air-water interface – Interactions between Volcanic Eruptions and Climate | Sébastien Biasse |
| Theme: 7. Communication in Volcanology (more information click here) – Advancing equity and diversity for a more inclusive future in volcanology – Volcanology and Indigenous Knowledge; exploring inclusive perceptions of volcanic phenomena – The role and responsibilities of volcanologists in assessing and communicating volcanic danger, hazard and risk levels – Volcanic geoheritage – a communication link from volcano scientists to the wider public – Enhancing volcanoes understanding: science demonstrations to communicate knowledge with the public – Challenges and opportunities for women scientists in volcanology – Open volcanology: open science initiatives for sharing and dissemination of data, tools, and research products – Collaborative Technology Development in Volcanology | Sébastien Biasse |
| Theme: 8. The future of volcanology, a bundle of sessions organized by the ECRs (Early Career Researcher) of IAVCEI | will be organized independently by the Early Career Researchers (ECRs) of IAVCEI |
More details on themes and sessions, please visit the abstract submission page: https://on-line-form.eu/iavcei2025sa/abstracts/