By John E. Hobbie, George W. Kling
During this version of the longer term Ecological study community sequence, editors John Hobbie and George Kling and fifty eight co-authors synthesize the findings from the NSF-funded Arctic LTER undertaking dependent at Toolik Lake, Alaska, a domain that has been lively because the mid-1970s. The booklet provides learn at the center problems with climate-change technology within the treeless arctic quarter of Alaska. As a complete, it examines either terrestrial and freshwater-aquatic ecosystems, and their 3 commonplace habitats: tundra, streams, and lakes.
The ebook presents a heritage of the Toolik Lake LTER website, and discusses its current and destiny outlook. It gains contributions from best scientists from many fields, making a multidisciplinary survey of the Alaskan arctic atmosphere. bankruptcy subject matters comprise glacial historical past, climatology, land-water interactions, mercury present in the Alaskan arctic, and the reaction of those habitats to environmental switch. the ultimate bankruptcy predicts the implications that arctic Alaska faces because of international warming and weather switch, and discusses the longer term ecology of the LTER website within the quarter.
Alaska's altering Arctic is the definitive medical survey of the prior, current, and way forward for the ecology of the Alaskan arctic.
Read or Download Alaska's Changing Arctic: Ecological Consequences for Tundra, Streams, and Lakes (Long-Term Ecological Research Network Series) PDF
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Additional resources for Alaska's Changing Arctic: Ecological Consequences for Tundra, Streams, and Lakes (Long-Term Ecological Research Network Series)
Meteorological instruments deployed on a 5-m tower measured air temperature (T), relative humidity (RH), wind speed (U) and direction (φ), surface atmospheric pressure (Ps), precipitation (P), soil temperature (Ts), and various radiation parameters. The Toolik data chosen for study begin on January 1, 1989, and end on December 31, 2010 (21 years). Robinson’s work on digitizing NOAA/NWS charts (Robinson et al. 2001). Correction factors for gauge-based data in the National Climate Data Center (NCDC) Global Summary of the Day archive are provided by D.
Kunz, M. , and R. E. Reanier. 1994. Paleoindians in Beringia: Evidence from arctic Alaska. Science 263:660–662. Leadley, P. , H. Li, B. Ostendorf, and J. F. Reynolds. 1996. Road-related disturbances in an arctic watershed: Analyses by a spatially explicit model of vegetation and ecosystem processes. Pages 387–415 in J. F. Reynolds and J. D. Tenhunen, editors, Landscape function and disturbance in the arctic tundra. Ecological Studies 120. Berlin: Springer-Verlag. indd 19 11/26/2013 8:55:36 PM 20 Alaska’s Changing Arctic Livingstone, D.
Lasora, S. Allen-Gil, E. Crecelius, and J. Martinson. 1995. Inorganic contaminants in arctic Alaskan ecosystems: Long-range atmospheric transport or local point sources? Science of the Total Environment, special issue: Ecological effects of arctic airborne contaminants, 160/161:323–335. Hamilton, T. D. 2003. Glacial geology of the Toolik Lake and upper Kuparuk River regions. Biological Papers of the University of Alaska 26. Hershey, A. , W. B. Bowden, L. A. Deegan, J. E. Hobbie, B. J. Peterson, G.