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Skip to Search Results- 38Sustainable Forest Management Network
- 12Fyles, James
- 10Kopra, Kristin
- 5Flannigan, M.D.
- 5Hamann, A.
- 4Hayashi, Naotaka
- 64Graduate and Postdoctoral Studies (GPS), Faculty of
- 64Graduate and Postdoctoral Studies (GPS), Faculty of/Theses and Dissertations
- 46Sustainable Forest Management Network
- 37Sustainable Forest Management Network/Research Notes (Sustainable Forest Management Network)
- 16Biological Sciences, Department of
- 16Renewable Resources, Department of
- 64Thesis
- 58Report
- 36Article (Published)
- 4Conference/Workshop Poster
- 3Article (Draft / Submitted)
- 1Book
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2005
Welke, Sylvia, Fyles, James, Sustainable Forest Management Network
SFM Network Research Note Series No. 15
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Fall 2010
Bioclimate envelope models are widely used to project potential species habitat under changing climate. Conceptually, these models are also well suited to match natural resource management practices to new climatic realities, for example by guiding species choice in reforestation programs....
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Development of Integrated Model for Assessment of Water and GHG Footprints for Power Generation Sector
DownloadFall 2017
Freshwater is a critical natural resource and is used in energy production, conversion and utilization. To ensure that the use of water today does not adversely affect the prospects for its use by future generations, there is a need to understand long term water demand and supply through energy...
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Direct and indirect drivers of plant diversity responses to climate and clipping across northern temperate grassland
Download2014
Bork, E. W., White, S. R., Cahill Jr, J. F.
It is well known that climate can influence plant community assembly via a multitude of indirect and direct pathways. However, interpretations of plant diversity responses to simulated climate change experiments, and subsequent predictions of plant communities under future climate scenarios,...
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2005
Sustainable Forest Management Network, Fyles, James, Kopra, Kristin
SFM Network Research Note Series No. 9
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Fall 2023
Global warming is contributing to extreme climatic events, especially at higher elevations and latitudes. Phytoplankton assemblages are highly sensitive to these climate-related environmental changes, which include heatwaves and drought events. Knowledge gaps exist concerning the cumulative...
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