Principal Investigator:Corriveau, Louise Licensed Year(s):
2011
20102009 Summary:
The objectives of the Great Bear/IOCG geoscience research and mapping project are to:
• develop a modern geological, crustal architecture and exploration framework for polymetallic iron oxide-copper-gold (IOCG) deposit-type mineralizing systems in the Great Bear magmatic zone and new exploration methods for IOCG deposits in glaciated terrains;
• validate deposit-type model for known mineral occu...
Principal Investigator:Spence, Christopher Licensed Year(s):2017201620122011201020092008
2007
Summary:
The objective of the research is to determine the water cycle processes in lakes and streams affecting Baker Creek and similar streams, and more generally to understand how small scale processes influence those of larger areas.
Field studies at Baker Creek, a typical Canadian Shield stream that drains ~130 km2 into Great Slave Lake, will focus on the spring melt and summer seasons. Existing i...
Principal Investigator:Morrison, Scott Licensed Year(s):20072006
2005
2004 Summary:
Consistent with the DFO authorization, the major objectives of the study are to provide annual documentation of shoal habitat use by Lake Trout in the vicinity of the mine site, and to ground truth hydroacoustic equipment.
Study locations for 2005 are as per 2004. Hydroacoustic surveys are to be conducted during the early morning or evening hours. The survey is conducted at the same time each...
Principal Investigator:Chen, Wenjun Licensed Year(s):
2005
2004 Summary:
The research team is working to become familiar with the impact of human disturbances on vegetation in northern Canada for their carbon studies. The objective of this study is to collect vegetation and biophysical data for use as verification of ground cover type and disturbance for use in satellite imagery classification and biomass and soil sampling for carbon modeling along the Ingraham Trail....
Principal Investigator:Derksen, Chris Licensed Year(s):
2005
Summary:
Regional estimates of snow water equivalent (SWE) are useful for climate studies, calculating how much water is stored in the snowpack, and weather forecasting. These data are available from manual surface measurements, but there not very many measureme...