Alana M. Weir's research while affiliated with Te Whare Wānanga o Awanuiārangi and other places
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Publications (4)
Understanding future volcanic eruptions and their potential impact is a critical component of disaster risk reduction, and necessitates the production of salient, robust hazard information for decision-makers and end-users. Volcanic eruptions are inherently multi-phase, multi-hazard events, and the uncertainty and complexity surrounding potential f...
Coastal infrastructure are critical to the effective operation of society, but are highly susceptible to tsunami impacts. There are limited studies in the tsunami risk assessment discipline on network scale impacts of a tsunami to critical infrastructure. This study proposes and tests a framework (consisting of hazard, exposure, vulnerability and i...
Over the past 20 years, our understanding of volcanic eruption impacts on the built environment has transformed from being primarily observational with small datasets to one grounded in field investigations, laboratory experiments, and quantitative modeling, with an emphasis on stakeholder collaboration and co-creation. Here, we summarize key advan...
Citations
... For the purpose of eruption scenario creation for civil defense (Weir et al., 2022) or economic risk analysis (McDonald et al., 2017), a subsetting to the desired eruption VEI could be useful. In the case of forecasting an ongoing eruption that has already reached a certain VEI, limiting the analogue set to eruptions of at least that VEI would be indicated. ...
... People think that evacuating by car would be the most efficient way when the need arises. In a similar country, Williams et al. (2022) covered tsunami damage and post-event disruption of roads and electricity infrastructure. They highlighted recommendations for tsunami resilience, management of land use, planning for emergency managers, and mitigation regarding infrastructures and networks. ...
... Very few studies (n = 16) are post-eruption impact assessments or reviews, with only a small number (n = 3) of those focussing solely on building damage assessment from a single lava ow event at a structurelevel scale (Branca et al., 2015; Jenkins et al., 2017; Meredith et al., 2022). This is fewer than posteruption impact studies or reviews identi ed byDeligne et al. (2022) that include tephra fall (n = 39), but slightly more than for lahar (n = 15), projectile (n = 13) or PDC impacts (n = 13). The focus on tephra fall may be because lava ows typically cover smaller areas closer to vents than tephra falls, and so the likelihood of affecting a built-up area is lower, providing less opportunities to collect lava ow damage data. ...