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Based on ejecta volume and the maximum ash column height of ~7000 m, the VEI for this eruption was 2 (Earthquake Research Institute in the University of Tokyo 2014; Japan Meteorological 2014).
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Based on the volume of ejecta and the maximum height of the ash column of ~7000 m, the volcanic explosivity index (VEI) of this eruption was 2 (Japan Meteorological Agency 2014).
The ash column reached 2,000 metres.
The colour bar indicates the maximum ash load in kg/m2.
Phase 1: The eruption started with dry pyroclastic density currents (PDCs) caused by ash column collapse.
The expected maximum ash load for timeframes of interest is also calculated.
At the 1000-year theexpectedhe expected maximum ash load increased to ~5.13 kg/m2.
At the 1000-year theestimatedhe estimaximumashmum ash load for the site increased to ~735 kg/m2.
The expected maximum ash load at the 10,000-year timeframe increased to ~11 kg/m2.
The eruption is represented by a red lava flow pouring out of the crater and a dark ash column.
Finally, hazard thresholds such as maximum distance from source, maximum ash load value at source and minimum sum of ash load needed to generate hazard curves or histograms can be set here by the user.
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