2017
DOI: 10.1016/j.geoforum.2017.01.006
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Living with Volcan Tungurahua: The dynamics of vulnerability during prolonged volcanic activity

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Cited by 37 publications
(47 citation statements)
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References 27 publications
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“…This underpinning data included: (i) historical analyses of previous eruptions in St Vincent (Pyle, Barclay and Armijos 2017); (ii) group discussion data from earlier STREVA 'forensic' 6 workshops held in St Vincent and Colombia in 2014 ; (iii) interview data with project partners and communities (Armijos and Few 2016, Wilkinson et al 2016, and (iv) learning from other volcanic settings (e.g. Montserrat and Ecuador) (Hicks and Few 2015, Wilkinson 2015, Stone et al 2014, Hicks et al 2014, Few, Armijos and Barclay 2017. The breadth and depth of data, as well as our strong relationships with communities in both settings, was essential to position the films within each specific socio-cultural context and to ensure the aims of the films were both relevant to, and met the needs of the audience.…”
Section: Conceptmentioning
confidence: 99%
“…This underpinning data included: (i) historical analyses of previous eruptions in St Vincent (Pyle, Barclay and Armijos 2017); (ii) group discussion data from earlier STREVA 'forensic' 6 workshops held in St Vincent and Colombia in 2014 ; (iii) interview data with project partners and communities (Armijos and Few 2016, Wilkinson et al 2016, and (iv) learning from other volcanic settings (e.g. Montserrat and Ecuador) (Hicks and Few 2015, Wilkinson 2015, Stone et al 2014, Hicks et al 2014, Few, Armijos and Barclay 2017. The breadth and depth of data, as well as our strong relationships with communities in both settings, was essential to position the films within each specific socio-cultural context and to ensure the aims of the films were both relevant to, and met the needs of the audience.…”
Section: Conceptmentioning
confidence: 99%
“…Subsequently, the response of the monitoring organisation to these pressures represents a new archetype for collaborative monitoring and management of restive volcanoes (Mothes et al 2015;Stone et al 2014). The growth of trust, and attempts to maximise resilience in the face of repeated unrest episodes provides strong evidence for collaborative approaches to risk management (Few et al 2017). Nonetheless tensions still exist, largely arising from our current incapacity to predict the intensity or magnitude of eruptions from signals relating to new unrest.…”
Section: Long-term Crises Examples: Soufrière Hills (Montserrat) and mentioning
confidence: 99%
“…To improve decision-making around changing alert or hazard levels, improved modelling efforts of the time-scales and pathways of population mobilisation or actions (both as forward modelling and as analysis of past events) and better understanding of the consequences of protracted unrest or eruptive activity on the vulnerabilities of affected populations (e.g. Few et al 2017) could improve choices to be made in responding to changing or escalating activity as well as chain-link scenarios.…”
Section: (C) Wider Natural Risk Appraisalmentioning
confidence: 99%
“…We seek to understand the interactions that contribute to volcanic risk during eruptions, where risk is considered to be the interaction of hazard and vulnerability. Vulnerability is to a large extent a socially generated condition and is shaped differentially both by physical and social structures, and by aspects of human agency (Few et al, 2017). So, in the context of long-lived emergencies the cumulative outcomes on vulnerability can be viewed via impacts to wellbeing and access to livelihood security (Wisner et al, 2004;Kelman and Mather, 2008), and this is how we have framed the social outcomes from eruptive activity in this paper.…”
Section: Introductionmentioning
confidence: 99%
“…However, the conditions that turn hazardous activity into a volcanic disaster are also a construction of preexisting social circumstances, limited capacities and inadequate responses, even when good monitoring systems are in place (Andreastuti et al, 2018). Given the relatively protracted timescales of volcanic eruptions and the inherent uncertainty in forecasting eruption onset and impacts, interactions between the physical and social dimensions of risk during an unfolding eruptive event can be fundamental in creating or prolonging disaster (Hicks and Few, 2015;Few et al, 2017). Thus, a lack of knowledge of these interactions may reduce capacity to manage ongoing risk and contribute to the loss that continues to be experienced during volcanic eruptions.…”
Section: Introductionmentioning
confidence: 99%