Sofia Koutzoukis
USU
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ABSTRACT:
The restoration of culturally significant landscapes poses formidable challenges given more than 160 years of settler-colonial land use change and a rapidly changing climate. A novel approach to these challenges entails braiding Indigenous and western scientific knowledge. This case study braids Indigenous plant knowledge, species distribution models, and downscaled climate models to inform restoration of the Bear River Massacre site in Idaho, now stewarded by the Northwestern Band of the Shoshone Nation. MaxEnt species distribution models were used to project the future spatial distribution of culturally significant plant species under medium (SSP2-4.5) and high (SSP5-8.5) emissions scenarios. These results support revegetation priorities and approaches, identified by tradeoffs between each species’ current and future suitability. This research contributes to a knowledge-braiding approach around the analysis of climate risks, vulnerabilities, and restoration possibilities for the Wuda Ogwa ecological restoration site.
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Created: April 9, 2024, 8:06 p.m.
Authors: Koutzoukis, Sofia · Munger, Will · Capito, Lindsay · Parry, Darren · Brad Parry · Klain, Sarah C · Brunson, Mark W · Huntly, Nancy · Taylor, Travis
ABSTRACT:
The restoration of culturally significant landscapes poses formidable challenges given more than 160 years of settler-colonial land use change and a rapidly changing climate. A novel approach to these challenges entails braiding Indigenous and western scientific knowledge. This case study braids Indigenous plant knowledge, species distribution models, and downscaled climate models to inform restoration of the Bear River Massacre site in Idaho, now stewarded by the Northwestern Band of the Shoshone Nation. MaxEnt species distribution models were used to project the future spatial distribution of culturally significant plant species under medium (SSP2-4.5) and high (SSP5-8.5) emissions scenarios. These results support revegetation priorities and approaches, identified by tradeoffs between each species’ current and future suitability. This research contributes to a knowledge-braiding approach around the analysis of climate risks, vulnerabilities, and restoration possibilities for the Wuda Ogwa ecological restoration site.