Principal Investigator:Bhatti, Jagtar Licensed Year(s):
2011
2010200920082007 Summary:
The objectives of this research project are to:
1. map and assess changes in the distribution and composition of forest and peatland ecosystems due to climate changes;
2. estimate carbon storage (and variation) in boreal to arctic ecoregions of the Mackenzie valley; and
3. assess interannual and seasonal variations and key processes controlling carbon dioxide (CO2) and methane (CH4) dynamics.
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Principal Investigator:Little, Lois M. Licensed Year(s):
2001
Summary:
The project is being conducted by Lutra Associates Ltd. for the Arctic Energy Alliance. To provide a proper context for taking action on greenhouse gas emissions, the AEA wishes to ascertain information on the knowledge and attitudes amount youth in grades 5-12 about global warming and climate change. The Arctic Energy Alliance's survey of youth is designed to answer questions on climate change is...
Principal Investigator:Huffman, Bill Licensed Year(s):
2000
Summary:
It is proposed that about 12 air samples would be collected into 6 liter stainless steel canisters using a small (<10kg) battery powered air sampler. Additionally, a 0.5 cubic meter open-bottom PVC chamber would be placed on the tundra for a period of 4-6 hours. Air would be sampled from the chamber periodically to establish biogenic emmission rates of n-butanol and other volatile organic compo...
Principal Investigator:Kettles, Inez Licensed Year(s):
1994
Summary:
The researcher will map the configuration of peat deposits and permafrost within them using geophysical surveys (ground penetrating radar and EM-31). This will involve setting out a traverse line on foot using measuring tape and flagging tape, taking measurements along the traverse line with hand-held equipment and measuring the depth of peat using a probe. The researcher will drive or fly out ...
Principal Investigator:Wein, Ross Licensed Year(s):
1993
Summary:
The research team will be examining areas of permafrost south of Inuvik and near Hay River in order to assess the rate of loss of permafrost as a result of the warming in climate over the past twenty years. The loss in permafrost may be speeded up following a local fire. The wetlands that replace these areas of permafrost could lead to a greater production of methane (one of the gases that contr...