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2025 Current Issue
Roots and Resiliency: Fostering Forest Stewardship in a Canopy of Change
Key Topics:
Provincial Competition
(coming soon!)
Key Topics:
NCF Part A
Key Topics:
NCF Part B (coming soon!)
Study Materials
Video 1: Climate Change Impacts on Canada's Boreal Forest: Present and Future
Dr. Diana Stralberg, Northern Forestry Centre - Canadian Forest Service
Video 2: The Cherokee Relationship to Land and Relating that to Land Stewardship
Please follow this link to watch the video: Envirothon Meeting - Zoom
Passcode: &D3v7GZ#
Presentation slides:
AI Presentation Summary:
In every rustle of the leaves and whisper of the wind, there lies an opportunity to create a harmonious partnership with the natural environment and original stewardship practices. To create viable solutions for future resilient forests, one will have to examine traditional ways and knowledge of stewardship, as well as scientific innovations and techniques.
Since time immemorial, Indigenous Peoples have made environmental stewardship a keystone to their ways of being and doing.
Welcome Josh Parris the Forestry Manager for the Eastern Band of Cherokee Indians. Josh will discuss the cultural aspects that they are trying to impact on forest areas. Recommended: take 3 minutes and watch Cherokee Perspective on Nature https://www.youtube.com/watch?v=DIgAk03qiLM
When you have more time to begin to understand who the Eastern Band of Cherokee are, watch the YouTube video of The Eastern Band of Cherokee Indians in Appalachia.
Video 3: Aanji-bimaadiziimagak o’ow aki (The world is changing)
Please follow this link to watch the video: Launch Meeting - Zoom
Meeting ID: 849 9452 8404
Passcode: 046655
AI Presentation Summary:
Lenape Story:
The Ojibwe member tribes of the Great Lakes Indian Fish and Wildlife Commission (GLIFWC) depend on animal and plant relatives to meet spiritual, cultural, medicinal, subsistence, and economic needs. Climate change may affect the ability of tribal members to continue exercising their off-reservation treaty rights to hunt, fish, and gather these beings. We used the NatureServe Climate Change Vulnerability Index (CCVI) to assess the vulnerability of 66 beings of tribal interest to climate change. We also conducted Traditional Ecological Knowledge (TEK) interviews and reviewed previously gathered TEK to identify beings of concern and record changes experienced within the cultural memory. We used information from interviews as well as input from regional scientists familiar with each being to assess vulnerability. We found that manoomin/northern wild rice (Zizania palustris), which is integral to Ojibwe culture and already declining in population in the Ceded Territories, was the most vulnerable being. Swimmers were the most vulnerable category of beings, with odoonibiins/tullibee (Coregonus artedii) as the most vulnerable. Climate change impacts on culturally important beings were reported by TEK interviewees across the Ceded Territories, and Ojibwe people are so intertwined with some of these beings that they fear a loss of identity as these beings disappear from the landscape. We also found that the combination of SEK (Scientific Ecological Knowledge) and TEK broadened our understanding of climate change impacts on these beings. Knowledge gained in this assessment will be useful for Tribal and non-Tribal resource managers, educators, climate change adaptation practitioners, and all who believe we are responsible for caring for those beings who take care of us.
Video 4: How much of AB's climate variability is natural vs. related to climate change?
Please follow this link to watch the video: How much of AB's climate variability is natural vs. related to climate change | OCS Science Seminar - YouTube
January 28th 2025 OCS Science Seminar presented by Dr. Dave Suachyn with the University of Regina.​
Abstract: The detection of regional climate change relies almost exclusively on the analysis of historical weather observations and output from numerical climate models. Weather stations record both natural variability and anthropogenic climate change. Climate model projections are uncertain. The dominant source of uncertainty for western Canada is the internal natural variability of the regional climate regime. Our tree-ring lab has developed a 1000-year record of the annual and decadal variability in Alberta’s hydroclimate. This unique perspective enables us to distinguish between natural variability and the regional expression of global climate change.