Principal Investigator:Menounos, Brian p Licensed Year(s):
2022
Summary:
This licence has been issued for the scientific research application No.5303.
The primary objective of this study is to date the formation of end moraines in the Northwest Territories using methods of Terrestrial Cosmogenic Nuclide (TCN) dating to develop a chronology of glacier change in this region. This chronology will be used to assess glacial response to Holocene climate with aims to eluci...
Principal Investigator:Bond, Matthew J Licensed Year(s):
2016
Summary:
The objective of this research is to determine whether permafrost thaw in the Canadian north is resulting in the release of historic radionuclides to surface waters. The results of this study will be incorporated into a larger model of radionuclide fate and transport in the Canadian north.
Field work will involve sampling surface water (triplicate 500 mL samples), groundwater seepage (triplicat...
Principal Investigator:Macdonald, Colin R Licensed Year(s):
2012
20102009 Summary:
The goal of this project is to determine the levels of potential chemicals of concern in three major fish species through the analysis of muscle and liver samples for mercury, radionuclides and a number of elements.
Fish of three species (lake trout, lake whitefish and lake herring) will be collected in the Keith Arm of Great Bear Lake near the community of Deline. Approximately 15 trout and 10...
Principal Investigator:Nevitt, Zabey Licensed Year(s):1999
1998
Summary:
For many years the Dogrib have trapped and fished in and around the Marian River. There are concerns that contaminants are entering the river system. Some of the concerns include: effects on health from eating fish and effects on heath from drinking water. Field collection will take place over two days. The team will travel by canoe from Rae. Seven fish will be caught by members of the community f...
Principal Investigator:Aspler, L.B. Licensed Year(s):
1993
1992 Summary:
A field crew of four people will map (by foot and boat) the rocks deposited in ancient (2,500 to 1,900 million year old) basins. These rocks will also be assessed for their economic potential. The field work will also involve the collection of water, moss and lichen to determine levels of contaminants as part of the northern contaminants study funded by the Arctic Environmental Strategy....