Diving below the surface: A framework for arctic health research to support thriving communities

Scand J Public Health. 2023 Nov;51(7):1086-1095. doi: 10.1177/14034948211007694. Epub 2021 Apr 25.

Abstract

Aims: Historically, health research in the Arctic has focused on documenting ill-health using a narrow set of deficit-oriented epidemiologic indicators (i.e., prevalence of disease and mortality rates). While useful, this type of research does not adequately capture the breadth and complexities of community health and well-being, and fails to highlight solutions. A community's context, strengths, and continued expressions of well-being need to guide inquiries, inform processes, and contextualize recommendations. In this paper, we present a conceptual framework developed to address the aforementioned concerns and inform community-led health and social research in the Arctic.

Methods: The proposed framework is informed by our collective collaborations with circumpolar communities, and syntheses of individual and group research undertaken throughout the Circumpolar North. Our framework encourages investigation into the contextual factors that promote circumpolar communities to thrive.

Results: Our framework centers on the visual imagery of an iceberg. There is a need to dive deeper than superficial indicators of health to examine individual, family, social, cultural, historical, linguistic, and environmental contexts that support communities in the Circumpolar North to thrive. A participatory community-based approach in conjunction with ongoing epidemiologic research is necessary in order to effectively support health and wellness. Conclusions: The iceberg framework is a way to conceptualize circumpolar health research and encourage investigators to both monitor epidemiologic indicators and also dive below the surface using participatory methodology to investigate contextual factors that support thriving communities.

Keywords: Health disparities; Indigenous health; circumpolar; community health; resilience.

MeSH terms

  • Arctic Regions
  • Diving*
  • Humans
  • Public Health