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portfolio
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publications
Improving Countermeasure Strategies against Volcanic Ash Risks due to Large Eruptions
Published in Doctoral Thesis in the Graduate of Informatics, Kyoto University, 2024
The growing concerns due to the potentially massive ash fallout from a large eruption highlights the critical need for comprehensive strategies for effectively respond to such a cataclysm. Adaptive measures are required to address the primary and secondary impacts associated with the complex nature of tephra dispersal processes at multiple spatial scales over time. This study aims to address concerns pertaining to volcanic ash disasters by improving their countermeasure strategies. Focusing on policy for overcoming the life-saving issue, this study offers a methodology to assess the risk of volcanic ash hazards and introduces a practical mechanism to enhance the emergency response process.
Recommended citation: Rahadianto, H. (2024). Improving Countermeasure Strategies against Volcanic Ash Risks due to Large Eruptions. Doctoral Thesis in Social Informatics. Graduate School of Informatics, Kyoto University. Kyoto, Japan. https://doi.org/10.14989/doctor.k25434 https://doi.org/10.14989/doctor.k25434
Designating Areas with Debris Flow Potentials as Secondary Evacuation Zones Anticipating Massive Ash Fallout From a Large Volcanic Eruption
Published in INTERPRAEVENT2024, 2024
The interplay between volcanic ash and extreme weather events creates a complex scenario that necessitates further investigation to understand the potential risks and devise strategies to reduce them. Volcanic ash deposition in river catchments carries the risk of triggering debris flows when mixed with heavy rainfall. To mitigate such risk, we proposed the creation of comprehensive evacuation zones encompassing both direct and cascading effects of volcanic ash hazards. This research incorporates ash dispersal simulations during severe weather to emphasize the need of the creation of such evacuation zones. The study revealed that the number of people at risk increases significantly, particularly in unaddressed areas vulnerable to debris flow, when a rainfall event promptly follows a large eruption. Therefore, it is essen tial to incorporate the entire population at risk by implementing additional evacuation zones in areas prone to debris flow to mitigate the impacts effectively.
Recommended citation: Rahadianto, H., Tatano, H., & Iguchi, M. (2024). Designating Areas with Debris Flow Potentials as Secondary Evacuation Zones Anticipating Massive Ash Fallout From a Large Volcanic Eruption. In: Schneider, J. (eds): INTERPRAEVENT2024 Conference Proceedings. International Research Society INTERPRAEVENT. https://www.interpraevent.at/en/proceeding/proceedings-ip-2024
talks
teaching
Teaching experience 1
Undergraduate course, University 1, Department, 2014
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Teaching experience 2
Workshop, University 1, Department, 2015
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