학술논문

Climate Change and Vibrio cholerae in Herring Eggs: The Role of Indigenous Communities in Public Health Outbreak Responses.
Document Type
Article
Source
International Journal of Indigenous Health. 2021, Vol. 16 Issue 2, p13-35. 23p.
Subject
*VIBRIO cholerae
*CLIMATE change
*PUBLIC health
*ATLANTIC herring
*EGGS
Language
ISSN
2291-9368
Abstract
Climate change brings about novel types of public health emergencies. Unforeseen challenges put additional pressure on health systems and require innovative approaches to address emerging needs. The health of Indigenous Peoples is particularly impacted by the changing climate, because of their close connection to the land. For instance, the physical, emotional, mental, and spiritual well-being of coastal First Nations in British Columbia (BC), Canada, is interconnected with the abundance of healthy marine food sources that form the base of local traditional diets. The 2018 discovery of Vibrio cholerae illness in those who had eaten contaminated herring eggs not only had a clinical health impact but also created concerns for the safety of local food systems. The limited magnitude of the outbreak demonstrates the critical importance of collaborative partnerships between coastal First Nations communities in BC and health authorities working together in outbreak investigations. Yet, the lack of procedures that address cultural and institutional differences led to unnecessary discrepancies in the approach. This paper introduces the public health intervention used during the first ever Vibrio cholerae outbreak in coastal BC. The intervention has the potential to inform best practices when developing emergency response protocols potentially affecting Indigenous people and traditional foods. In this qualitative case study of the formal institutional documents and narratives of the key partners involved in the response, we assess the intervention, highlight the challenges and enablers, share lessons learned, and identify knowledge requirements to improve confidence in the traditional food system and support early warning systems. [ABSTRACT FROM AUTHOR]