Volcanic impact assessment currently relies on a small dataset sourced from detailed post-event field studies, which are limited in space and time, and in their applicability outside of the study area. We propose to combine detailed in situ observations of impacts with remotely assessed impact at the intermediate (via unmanned aerial vehicle survey) and global (satellite imagery) scale in order to reanalyse the impact of past eruptions and formulate a suite of multi-variate impact models. This method will contribute to a better understanding of processes leading to volcanic impacts and will be applicable for forecasting the consequences of future eruptions.
2018, 2019, 2020
Thomas Wilson, University of Canterbury, New ZealandMatthieu Kervyn, Vrijie Universiteit Brussel, BelgiumWilliam Aeberhard, Dalhouise University, Canada
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