ABSTRACT
This study utilizes a recently developed framework for the well-being economy to evaluate the impacts of COVID-19 in the sparsely populated Westfjords region of northwestern Iceland. A total of 42 semi-structured interviews were conducted with a broad spectrum of local community members, nearly all undertaken in October 2021. Local impacts to human and social capital were very evident, whilst economic consequences to individuals and business were largely mitigated through national economic packages. The remoteness of the Westfjords and pre-existing challenges, such as exposure to nature disasters, a harsh climate, and limited infrastructure, provided a bedrock of resilience with which to tackle the pandemic. This underpinned the sustainability of the communities, and flexible approaches to work and education constrained some of the worst potential effects of social distancing and isolation. Nevertheless, some socio-demographic groups remained harder hit than others, including the elderly in nursing homes and non-Icelandic speaking foreigners, who were marginalized via isolation and lack of information provision in the early, most severe outbreaks of COVID-19. The study demonstrated the coping mechanisms and solutions that were adopted to sustain subjective and community well-being, whilst reinforcing the importance of utilizing local community strengths in tackling the many challenges induced by a pandemic crisis. © 2022 by the authors.
ABSTRACT
In this study, our goal is to identify potentially vulnerable communities that could be subject to ongoing or compounding impacts from the pandemic and/or that may experience a slower recovery due to sociodemographic factors. For this purpose, we compiled information from multiple databases related to sociodemographic and health variables. We used a ranking-based method to integrate them and develop new combined indices. We also investigated a time-dependent correlation between vulnerability components and COVID-19 statistics to understand their time-dependent relationship. We ultimately developed pandemic vulnerability indices by combining CDC's social vulnerability index, our newly developed composite health vulnerability index, and COVID-19 impact indices. We also considered additional assessments include expected annual loss due to natural hazards and community resilience. Potential hot spots (at the county level) were identified throughout the United States, and some general trends were noted. Counties with high COVID-19 impact indices and higher values of the pandemic vulnerability indices were primarily located in the southern United States or coastal areas in the Eastern and Southwestern United States at the beginning of the COVID-19 pandemic. Over time, the computed pandemic vulnerability indices shifted to higher values for counties in the southern and north-central United States, while values calculated for the northwestern and northeastern communities tended to decrease.