Principal Investigator:Prowse, Terry D Licensed Year(s):
2008
200720062005 Summary:
The objective of this study is to develop a hydro-ecological model for small Arctic lakes to assess the vulnerability of their ecosystems to disturbances, such as climate change or water withdrawal.
To quantify geochemical loadings to lakes, a model is being developed by monitoring lakes and their contributing catchment (surface water flow). A climate station will be set up at 2 - 6 sites to mo...
Principal Investigator:Lesack, Lance Licensed Year(s):2008
2007
Summary:
The Arctic Ocean receives much higher river inflows than other ocean basins and this has major implications for sea-ice formation, for nutrient supply to the base of aquatic marine foodwebs, and for optical properties of ice-free areas and ice-pack margins via fluxes of dissolved organic matter and riverine particles. The Beaufort Shelf is strongly influenced by Mackenzie River outflows. However, ...
Principal Investigator:Hawkins, Jim R. Licensed Year(s):
2007
Summary:
Several biophysical and engineering studies on the feasibility of a pipeline in the Mackenzie Valley have been conducted, and will continue in 2007. Local knowledge, scientific research, and existing technical information are being used to develop a knowledge base for environmental protection plans, engineering design and regulatory processes.
Route and site reconnaissance will be by helicopte...
Principal Investigator:Marsh, Philip Licensed Year(s):1993
1992
1991 Summary:
This long term study is being conducted to assist in understanding the factors controlling water levels and the availability of nutrients in a variety of lakes in the Mackenzie Delta....
Principal Investigator:Gill, Don Licensed Year(s):
1979
Summary:
To collect samples of soil and vegetation to assess the ecological importance of the spring flood and downstream importance of hydroelectric developments....