Observations of social and environmental change on Kendall Island (Ukiivik), a traditional whaling camp in the Inuvialuit Settlement Region

• Published in: Arctic Science
• Main Authors: Kimberly L. Ovitz, Kathleen G.A. Matari, Shannon O'Hara, Douglas Esagok, Lisa L. Loseto
• Format: Article in Journal/Newspaper
• Language: English; French
• Published: Canadian Science Publishing 2024
• Subjects: Beaufort Sea; beluga; climate change; Inuvialuit; Indigenous knowledge; Environmental sciences; GE1-350; Environmental engineering; TA170-171; Arctic; Beluga; Beluga*; Climate change; Human health
• Online Access: https://doi.org/10.1139/as-2022-0016; https://doaj.org/article/f3e82a5796144e9fbcb1cbbae63089a5

As climate change intensifies, Inuvialuit in Canada's Western Arctic are facing a rapidly changing environment and associated impacts on human health, safety, and food security. Learning to cope with these changes requires context-based and current information that can inform subsistence activities and environmental management, and no one is better positioned to acquire this information than Inuvialuit themselves. This paper presents findings from in-depth interviews conducted in 2012 with six knowledge holders and seasonal residents of Kendall Island (Ukiivik in Uummarmiutun), a traditional whaling camp situated along the Beaufort Sea coast bordering the Okeevik Tarium Niryutait Marine Protected Area. A transdisciplinary and Inuvialuit-led effort, this research documents observations of change at this culturally important site and explores how residents are adapting to changing conditions. Interview transcripts were analyzed using iterative rounds of qualitative coding in NVivo software. Findings reveal pervasive social and environmental change on Kendall Island and in adjacent harvesting areas and highlight how changing conditions are affecting residents’ lives. This study identifies benchmarks upon which to compare and evaluate subsequent changes at this site and documents Inuvialuit knowledge and perspectives that can inform local-scale environmental monitoring, management, and climate change adaptation planning.