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Title: | Sanikiluarmiut harvest data for Qikiqtait Protected Area development: Exploring the capacity of SIKU to support Inuit-led conservation |
Other Titles: | Inuit Harvest Data in Qikiqtait Protected Area Development |
Authors: | Sinclair, Regena |
Advisor: | Ljubicic, Gita |
Department: | Geography |
Keywords: | Indigenous-led conservation;Inuit harvester data;Sanikiluaq;Indigenous protected area;harvest resource inventory;Belcher Islands Archipelago;Nunavut;Inuit-led environmental monitoring;spatial analysis;country food harvesting;Inuit self-determination in research;SIKU: The Indigenous Knowledge Social Network;Qikiqtait Protected Area;harvest seasonality |
Publication Date: | 2024 |
Abstract: | Inuit-led conservation initiatives are being increasingly recognized for their ability to engage community members, support the harvesting of country food, support longterm environmental monitoring, and promote Inuit self-determination. My MA research was conducted in partnership with the Arctic Eider Society and the Sanikiluaq Qikiqtait Steering Committee. The goal was to support the development of the Inuit-led Qikiqtait Protected Area (Qikiqtait) around the Belcher Islands Archipelago, Nunavut, using harvester data collected on SIKU: The Indigenous Knowledge Social Network. Sanikiluarmiut (people of Sanikiluaq) harvest data for 14 key species collected from April 1, 2020 – March 31, 2022, was used to address the following research objectives: i) contribute to the Qikiqtait harvest resource inventory using Inuit harvester data collected on SIKU; ii) compare the harvest resource inventory data to Qikiqtait management priorities; and, iii) explore the capacity of SIKU as a tool to contribute to a community environmental monitoring approach to Inuit-led protected area development and ongoing management. A temporal and spatial analysis was conducted to show harvest density patterns and changes over time. These results showed a change in harvest timing and location for most species over the analysis period and identified the seasonality of Sanikiluarmiut harvesting. This harvest resource inventory creates baseline data for key species that can be used to identify and assess harvesting trends over time. The results of a comparative spatial analysis revealed that the harvest data could complement previously identified Qikiqtait priority areas. The results of this research showed that SIKU is an effective tool to use in Qikiqtait development and can support long-term wildlife monitoring. Recommendations are made to further increase the capacity of the app to address community priorities. This research contributes to the body of work supporting long-term Inuit-led environmental monitoring to promote Inuit decision-making. |
URI: | http://hdl.handle.net/11375/29470 |
Appears in Collections: | Open Access Dissertations and Theses |
Files in This Item:
File | Description | Size | Format | |
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Sinclair_Regena_M_202401_MA.pdf | 16.26 MB | Adobe PDF | View/Open |
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