Daniel B. Fagre, Ph.D. (Former Employee)
Science and Products
Filter Total Items: 82
Sustaining Rocky Mountain landscapes: Science, policy and management for the Crown of the Continent ecosystem Sustaining Rocky Mountain landscapes: Science, policy and management for the Crown of the Continent ecosystem
Prato and Fagre offer the first systematic, multi-disciplinary assessment of the challenges involved in managing the Crown of the Continent Ecosystem ( CCE), an area of the Rocky Mountains that includes northwestern Montana, southwestern Alberta, and southeastern British Columbia. The spectacular landscapes, extensive recreational options, and broad employment opportunities of the CCE...
Adapting to the reality of climate change at Glacier National Park, Montana, USA Adapting to the reality of climate change at Glacier National Park, Montana, USA
The glaciers of Glacier National Park (GNP) are disappearing rapidly and likely will be gone by 2030. These alpine glaciers have been continuously present for approximately 7,000 years so their loss from GNP in another 25 years underscores the significance of current climate change. There are presently only 27 glaciers remaining of the 150 estimated to have existed when GNP was created...
Authors
Daniel B. Fagre
Achieving Ecosystem Sustainability Achieving Ecosystem Sustainability
No abstract available.
Authors
Tony Prato, Daniel B. Fagre
Paleo-perspectives on climate and ecosystem change Paleo-perspectives on climate and ecosystem change
No abstract available.
Authors
Gregory T. Pederson, C. Whitlock, E. Watson, B.H. Luckman, L.J. Graumlich
Alpine treeline of western North America: Linking organism-to-landscape dynamics Alpine treeline of western North America: Linking organism-to-landscape dynamics
Although the ecological dynamics of the alpine treeline ecotone are influenced by climate, it is an imperfect indicator of climate change. Mechanistic processes that shape the ecotone—seed rain, seed germination, seedling establishment and subsequent tree growth form, or, conversely tree dieback—depend on microsite patterns. Growth forms affect wind and snow, and so develop positive and...
Authors
George P. Malanson, David R. Butler, Daniel B. Fagre, Stephen J Walsh, Diana F. Tomback, Lori D. Daniels, Lynn M. Resler, William K. Smith, Daniel J. Weiss, David L. Peterson, Andrew G. Bunn, Christopher A. Hiemstra, Daniel Liptzin, Patrick S. Bourgeron, Zehao Shen, Constance I. Millar
Science and Products
Filter Total Items: 82
Sustaining Rocky Mountain landscapes: Science, policy and management for the Crown of the Continent ecosystem Sustaining Rocky Mountain landscapes: Science, policy and management for the Crown of the Continent ecosystem
Prato and Fagre offer the first systematic, multi-disciplinary assessment of the challenges involved in managing the Crown of the Continent Ecosystem ( CCE), an area of the Rocky Mountains that includes northwestern Montana, southwestern Alberta, and southeastern British Columbia. The spectacular landscapes, extensive recreational options, and broad employment opportunities of the CCE...
Adapting to the reality of climate change at Glacier National Park, Montana, USA Adapting to the reality of climate change at Glacier National Park, Montana, USA
The glaciers of Glacier National Park (GNP) are disappearing rapidly and likely will be gone by 2030. These alpine glaciers have been continuously present for approximately 7,000 years so their loss from GNP in another 25 years underscores the significance of current climate change. There are presently only 27 glaciers remaining of the 150 estimated to have existed when GNP was created...
Authors
Daniel B. Fagre
Achieving Ecosystem Sustainability Achieving Ecosystem Sustainability
No abstract available.
Authors
Tony Prato, Daniel B. Fagre
Paleo-perspectives on climate and ecosystem change Paleo-perspectives on climate and ecosystem change
No abstract available.
Authors
Gregory T. Pederson, C. Whitlock, E. Watson, B.H. Luckman, L.J. Graumlich
Alpine treeline of western North America: Linking organism-to-landscape dynamics Alpine treeline of western North America: Linking organism-to-landscape dynamics
Although the ecological dynamics of the alpine treeline ecotone are influenced by climate, it is an imperfect indicator of climate change. Mechanistic processes that shape the ecotone—seed rain, seed germination, seedling establishment and subsequent tree growth form, or, conversely tree dieback—depend on microsite patterns. Growth forms affect wind and snow, and so develop positive and...
Authors
George P. Malanson, David R. Butler, Daniel B. Fagre, Stephen J Walsh, Diana F. Tomback, Lori D. Daniels, Lynn M. Resler, William K. Smith, Daniel J. Weiss, David L. Peterson, Andrew G. Bunn, Christopher A. Hiemstra, Daniel Liptzin, Patrick S. Bourgeron, Zehao Shen, Constance I. Millar