Geochemistry, Mineralogy, Petrology & Volcanology

GMPV ECS Campfires – Mineralogy Meets Soil Science: Remediation, Weathering Processes and Interactions

GMPV ECS Campfires Team December 2, 2025

How do minerals shape the future of soils, and how do soils drive mineral transformations? This campfire highlights remediation strategies, contamination hazards, and mineral–soil interactions that control water quality, carbon storage, and ecosystem health. Join us on Wednesday, December 17th @ 11 am CET to explore how weathering, organo-mineral processes, and innovative approaches help tackle po ...[Read More]

EGU GMPV ECS Campfires – Tuesday 27th February 11am CET

GMPV ECS Campfires Team February 13, 2024

Mark your calendar! We have prepared the first edition of the ECS Tips Campfire of the Geochemistry, Mineralogy, Petrology and Volcanology division, which will take place on Tuesday 27th February at 11am CET on Zoom. This special edition will be dedicated to Outreach & science communication, during which three scientists will present their outreach activities and have a panel discussion with t ...[Read More]

Tambora 1815: From eruptive dynamics to the global impact of the eruption – with Jessica Kandlbauer

Alessandro Musu December 8, 2022

Panorama Mount Tambora caldera

reading time: 10 minutes The Tambora 1815 eruption: a brief introduction On April 10th, 1815, the Tambora volcano, located on the island of Sumbawa in Indonesia, was responsible for one of the largest eruptions in the last millennium (Stothers, 1984; Sigurdsson and Carey, 1989; Oppenheimer, 2003; Self et al., 2004; Kandlbauer et al., 2013a; Kandlbauer and Sparks, 2014). The eruption had a devastat ...[Read More]

Can human curiosity affect dynamic risk?

Elisabetta Billotta and Gino González-Ilama June 1, 2022

The photo shows the ancient beach and the ancient shores of the city of Herculaneum, in which the bodies of the inhabitants of Herculaneum were found trying to take refuge (Photo by Elisabetta Billotta).

In simple words, the volcanic risk (R) can be defined as R = Value × Vulnerability × Hazard. The value is a figure that varies according to the total number of population and / or infrastructures at risk during a volcanic eruption, vulnerability is the percentage of value at risk for a given volcanic event and the hazard is the probability that a certain place may be affected by a determined hazar ...[Read More]