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Friday
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Room S150Room S160Room R280Room R290Room R380
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08:306.8.1 - Monitoring the impacts of methane extraction on the stability of stratification in Lake Kivu [Martin Schmid]6.7.1 - Are cities becoming increasingly threatened by volcanic hazards? [Elinor Meredith]3.4.1 - Astronomically forced global volcanic eruptions and their climatic feedbacks [Ping-Ping Liu]3.10.1 - Temporal evolution for the last 75 years of unrest at Campi Flegrei caldera (Italy) [Luca Caricchi]2.3.1 - Towards near-real time monitoring of volcanic deformation and lava flow mapping using Capella SAR images [Arthur Hauck]
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08:456.8.2 - Recent changes in hydrothermal dynamics at the Boiling Lake, Dominica Implications for Instability, Gas Release, and Volcanic Hazards [Erouscilla Joseph]6.7.2 - Probabilistic volcanic hazard and impact assessment of the Auckland Volcanic Field, Aotearoa New Zealand [James H Williams]3.4.2 - The AD 79 Vesuvius eruption revisited [Claudio Scarpati]3.10.2 - Progress in anticipating crustal rupture during unrest at Campi Flegrei [Christopher Kilburn]2.3.2 - Insights into the 2018 Mayon Volcano eruption from ground deformation measurements [James Noli Nobora]
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09:006.8.3 - What is causing the El Chichón crater lake non-seasonal large-size variations? [María Aurora Armienta]6.7.3 - Quantifying cascading impacts through road network analysis in an insular volcanic setting the 2021 Tajogaite eruption of La Palma Island (Spain) [Lucia Dominguez]3.4.3 - New insights into the Santorini Amorgos Tectonic Zone from Maria S. Merian expedition 132 [Christian Berndt]3.10.3 - Monitoring the accelerating deformation and seismicity of the ongoing unrest of Campi Flegrei caldera (Italy) [Augusto Neri]2.3.3 - InSAR as an Operational Tool for Monitoring U.S. Volcanoes [Marco Bagnardi]
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09:156.8.4 - Quantitative evaluation of temporal changes in subaqueous hydrothermal activity in active crater lakes during unrest Time-series analyses of lake chemistry [Akihiko Terada]6.7.4 - Forecasting tephra impacts during the 2024 unrest at Awu volcano, North Sulawesi, Indonesia [Eleanor Tennant]3.4.4 - New Insights into the history of explosive volcanism of the Kolumbo Volcanic Chain. IODP Expedition 398 Hellenic Arc Volcanic Field [Abigail Metcalfe]3.10.4 - Imaging of volcano-tectonic features and plumbing system of the Campi Flegrei caldera by magnetotelluric survey [Roberto Isaia]2.3.4 - Relationship Between Deformation and Explosive Eruptions at Rincón de la Vieja Volcano, Costa Rica Detected Using GNSS [Emily Mick]
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09:306.8.5 - Enhancing Satellite-Based Volcanic Lakes Monitoring with the VRP-TIR A Novel Approach to Quantifying Radiative Power using Thermal InfraRed (TIR) Data [Simone Aveni]6.7.5 - Combining agricultural production sensitivity and farming practices paves the way for comprehensive volcanic risk analysis [Sophie Malherbe]3.4.5 - New 1-to-100k scale geology map embracing volcano geology in the Harrat Lunayyir, NW Saudi Arabia [Mahmoud Ashor]3.10.5 - The Solfatara eruption of Campi Flegrei (Italy) combining field, textural and geochemical data to understand the dynamics of small-volume volcanic events at active calderas [Andrea Todde]2.3.5 - Monitoring Volcanic Deformation Using InSAR Deformation Time Series at Seasonally Snow-covered Volcanoes [Tianyuan Zhu]
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09:456.8.6 - Modeling and observing the dynamics of Lake Albano present state and potential hazards under global warming future scenarios [Anita Grezio]6.7.6 - The complex and often contradictory realities of the red zone; three cases around Fuego Volcano, Guatemala. [Eliza Calder]3.4.6 - Addressing the challenges and knowledge gaps in reconstructing eruptive behaviour in volcanic island settings [Sebastian Watt]3.10.6 - Volcano-tectonic controls on the 3D architecture of sub-volcanic magma storage at Campi Flegrei, Italy [Michael Stock]2.3.6 - Using high spatial and temporal InSAR time series to image magmatic and flank instability processes [Christelle Wauthier]
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10:303.17.1 - Stable open vent behaviour sustained over decades at Mt Michael, South Sandwich Islands, revealed by in situ and satellite observations [Emma Nicholson]2.1.4 - Bubbling Waters – What hydroacoustics can tell us about volcanic gas emissions [Ben Roche]3.4.7 - A New Subaerial Record of Explosive Volcanism and Tsunami along the Tonga Volcanic Arc, Tonga, SW Pacific [Annahlise Hall]1.8.4 - Subsurface lateral magma propagation from Nyiragongo volcano (DRC) an interplay between rifting-induced extension and edifice loading [Virginie Pinel]2.3.7 - Structural control of subsurface processes using a finite-elementbased dynamic model of mid and short-term crustal evolution at Krafla volcano. [Ana Martinez Garcia]
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10:453.17.2 - Tremor amplitude associated with boiling lava pond activity during the 2021 Geldingadalir eruption [Alea Joachim]2.1.5 - Waveform inversion of acoustic-gravity waves during the 2023 eruption of Shishaldin volcano, Alaska [Matthew Haney]3.4.8 - Eruptions, unrest and disaster a historical approach to eruptive histories in the Eastern Caribbean [Jenni Barclay]1.8.5 - Tracking velocity changes of the 2024 Kīlauea East Rift Zone eruption and preceding intrusions with ambient noise interferometry [Alicia Rohnacher]2.3.8 - Tectonic stress release through dike emplacement constrained by surface deformation Finite Element modeling of the 2021 Fagradalsfjall dike, Iceland [Sonja H. M. Greiner]
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11:003.17.3 - How may syneruptive cone collapse modify the eruption column in basaltic eruptions? [Simona Scollo]2.1.6 - Detecting and Classifying Volcano Seismicity using a Generalized Deep Learning Model [David Fee]3.4.9 - Revised chronostratigraphy of explosive eruptions at Mt. Pelée volcano (Lesser Antilles) in the last 5 kyr Tephra dispersal and implications for volcanic hazard assessment [Guillaume Carazzo]1.8.2 - Melting of hydrothermal system Petrology of glassy-like bombs in 1895 eruption of Zao Volcano, NE Japan [Masao Ban]2.3.9 - On the ground deformation of Campi Flegrei and Vesuvio since 1993 using SAR data [Luca Crescentini]
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11:153.17.4 - Variability of the Villarrica volcano lava lake from the analysis of high-resolution satellite images and its relationship with instrumental parameters [Gabriela Pedreros]2.1.7 - How can we constrain connections between volcanic seismic signals and eruptive behaviour at Mt Etna? [Jade Eyles]3.4.10 - Improving the longer-term record of explosive volcanism in the Mexico City region [Alastair Hodgetts]1.8.13 - Impact of topography and water load on magma propagation modelling [Séverine Furst]2.3.10 - Laccolith deformation, pit craters, and caldera subsidence at Puyehue-Cordón Caulle, Chile (2011-2024) Integrating InSAR, high-resolution topography and optical imagery [Diego Lobos-Lillo]
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14:153.17.5 - Acoustic imaging of volcanic gas migration and degassing beneath Laacher See [Stijn Albers]2.1.8 - Spectral Line Variability in Volcanic Tremor as a Proxy for Subsurface Changes Observations from Etna Volcano [Alexander Yates]1.5.1 - Exploring Magmatic Evolution by Linking Field Data to a Magma Dynamics and Forward Geophysical Model at the Three Sisters Volcanic Complex, OR, USA [Annika Dechert]7.5.1 - Breaking Silos Collaborative Pathways in Volcanological Technology Development [Debra Parcheta]3.9.1 - Precursory Pressure Signals of Pyroclastic Density Currents [Anna Perttu]
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14:303.17.6 - Escalating sulphur in the Campi Flegrei fumaroles marks a step change in caldera unrest. [Alessandro Aiuppa]2.1.9 - Understanding Vulcanian Eruptions Through Seismograms Obtained From Unsteady Conduit Flow Models [Mario Ruiz]1.5.2 - Separating Magmatic and Hydrothermal Sources in Volcanic Deformation [Edna Dualeh]7.5.2 - Integrating Standardized Volcano Monitoring Data into WOVOdat [Christina Widiwijayanti]3.9.2 - Emplacement mechanisms of pyroclastic density currents from numerical simulation of dense granular flow with pore gas pressure [Thierry DUBOIS]
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14:453.17.7 - Volatiles, crustal storage depths, and degassing of alkalic, CO2-rich magmas at Nyiragongo and Nyamulagira Volcanoes, Democratic Republic of the Congo [Paul Wallace]2.1.10 - Analysis and modeling of Deep Long Period volcanic earthquakes to illuminate the roots of magmatic-plumbing systems beneath the active volcanoes [Nikolai Shapiro]1.5.3 - Seismic constraints on the magmatic system beneath Changbaishan intraplate volcano, China/North Korea [Qi-Fu Chen]7.5.3 - Development of Volcanic Hazards Information System in Geological Survey of Japan [Shinji Takarada]3.9.3 - The interaction between Pyroclastic Density Currents and waterbodies, first results from PELE large-scale experiment [Geoffrey Robert]
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15:003.17.8 - Enhanced Monitoring of Volcanic Emissions with the Geostationary UV Satellite Constellation [Simon Carn]2.1.11 - Tracking Volcanic State Transitions Through Seismic Velocity Changes - Insights from Askja, Aso, and Gareloi Volcanoes [Laure Brenot]1.5.4 - Unraveling Pavlof Volcano's Shallow Plumbing System Insights from Seismoacoustic and Multidisciplinary Analyses [Darren Tan]7.5.4 - The Volcanology Infrastructure for Computational Tools and Resources (VICTOR) [Sylvain Charbonnier]3.9.4 - Multiphase Modeling of Density Current Interactions with Topography Insights into Depositional Processes [Brandon Keim]
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15:453.17.9 - VOLCPLUME, an interactive open access web platform for the multiscale monitoring of volcanic emissions and their impacts on the atmosphere [Marie Boichu]2.1.12 - How does a dike open? Insight from seismic source modelling of the earthquakes preceding the 2021 Tajogaite eruption (La Palma, Canary Islands). [Luca D’Auria]1.5.5 - The magma storage capacity of Mt. Etna plumbing system tracked from 3 decades of compositional lava evolution and excess SO2 discharge [Patrick ALLARD]7.5.5 - FAIR access to geoscientific data from Iceland on the EPOS Data Portal [Ríkey Júlíusdóttir]3.9.5 - A multi-faceted approach to estimate total grain size distribution of pyroclastic density current deposits using unoccupied aircraft systems, wet sieving, and high-resolution digital microscopy [Franco Garin]
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16:003.17.10 - Quantifying daily volcanic SO2 emissions on a global scale with TROPOMI and PlumeTraj [Ben Esse]2.1.13 - A New Perspective on Earthquake Triggering of Volcanic Unrest [Stephanie Prejean]1.5.6 Magnetotelluric Imaging of the Magma Plumbing System below the Ubinas Volcano (Southern Peru) [Jose Luis Torres Aguilar]7.5.6 Meeting the public where they are at by creating accessible resources with familiar tools [Ajay Jones]3.9.6 - Collapse and entrainment of perched, metastable, volcaniclastic sequences as a key PDC generation mechanism Volcán de Fuego June 2018 PDCs and analogue experiments [Symeon Makris]
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16:153.17.11 - Results and reflections from a network of low-cost permanent ultraviolet cameras for sulphur dioxide measurements [Tom Pering]2.1.14 - A Novel Framework for Magma Supply Rate and Depth Controls on Volcanic Earthquake Magnitudes [Diana Roman]1.5.7 - Volcano-tectonic processes in the on-going Reykjanes peninsula volcanic episode as revealed by joint analysis and modeling of seismic and deformation data [Kristín S. Vogfjörd]7.5.7 - Breaking barriers in science Insights from Latin America’s Volcano Observatories dual-language Special Issue [Oryaëlle Chevrel]3.9.7 - Fountain-like collapse of an eruption column during a large explosive eruption [Yuki Yasuda]
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LUNCH
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P4 - Recent unrest at Taal Volcano, Philippines; insights from a complex geological and social environment [Mariton Bornas]
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ECR4 - The potential of fibre-optic sensing for volcano monitoring and imaging [Sara Klaasen]
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8.1.7 - Connecting petrology and volcano monitoring Insights from multiphase diffusion chronometry [Eduardo Morgado]
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8.1.8 - Calderas Beneath the Waves AI-Powered Exploration of Subaqueous Volcanism [Andrea Verolino]
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