NWT RESEARCH DATABASE

Principal Investigator: Jackson, Valerie A
Licensed Year(s): 2007 2006 2005 2004 2003
Summary: The project is aimed at obtaining a better understanding of the bedrock geology and mineral potential of the South Bear area. Southern Bear project area is in the Bear Structural Province of the Northwest Territories centred approximately 240 km north-northwest of Yellowknife. Geological data on the area is sparse and limited to 1:250 000 regional mapping by the Geological Survey of Canada (GSC...

Principal Investigator: Jackson, Valerie A
Licensed Year(s): 2002 2001 2000
Summary: The Snare River mapping project will define the structural, metamorphic, lithographical and geochemical bedrock characteristics of the area, providing an up-dated geological data base. The mapping team will be flown out by float plane from Yellowknife in...

Principal Investigator: Cairn, Scott
Licensed Year(s): 2000
Summary: A field camp will be flown out from Yellowknife in early June 2000. A tent camp will be established and researchers will made daily walks, noting the details of the rocks they are walking on. Notes will be recorded in a computer database. At times 1-5kg samples of rocks will be taken for further examination in a laboratory giving information on the composition of the rock, what has happened to ...

Principal Investigator: Corcoran, Patricia
Licensed Year(s): 1997
Summary: Research involves mapping and sampling of rocks for geological study. Equipment and all crew members will be transported to and removed from base camps by float plane (twin or turbine otter). A zodiac with 10-20 hsp motors will be used to travel within the study area. Rock samples (5-15 lbs) will be collected, small and large-scale maps will be compiled. The study will provide information about...

Principal Investigator: Clowes, Ron M.
Licensed Year(s): 1997
Summary: This refraction seismic project is part of larger transect which extends from Yellowknife to Stewart on the west coast of BC. Part of the sequence of Earth & Ocean Science studies to provide an in-depth image of the deep structure of the Earth throughout the region and will help to define the sequence of emplacement of various types of rock formations in the region. Pre-experiment: 1) Flag reco...

Principal Investigator: Perks, Matthew
Licensed Year(s): 1996 1995
Summary: Examination of the temporal and genetic relationship between metamorphism and granitoid magmatism will be achieved through detailed mapping of granite-metasediment contacts to examine the thermal effects of granite intrusion. This will rely on a detailed documentation of the mineral assemblages, textures, metamorphic grade, and relative timing of the meta-sedimentary and meta-igneous rocks in the...

Principal Investigator: Eaton, David
Licensed Year(s): 1999 1996
Summary: Since the region of investigation (down to a depth of 50 km or more) is inaccessible, geophysical techniques will be used. One technique will be seismic reflection profiling, a method adapted from the oil industry. Large vehicles are use to generate seismic waves, which travel downwards and reflect off boundaries. These echoes are recorded by surface instruments, and the data are processed to p...

Principal Investigator: Kerr, Daniel E.
Licensed Year(s): 1993
Summary: The researcher will be conducting geological field work in the region defined by the NTS Winter Lake Map (No. 86A). The work will involve surveying the land features and collecting samples of the rock and sediments in order that this information can be summarized on a geological map....

Principal Investigator: Johnstone, Robert
Licensed Year(s): 1994 1993 1992 1991
Summary: The researcher and his team will traverse throughout the map area examining bedrock exposures and sampling. Observations may help construct a geological map showing lithology, structure and mineral occurences. Rock samples will be collected for geochemical and petrological analysis. The results of the survey will be presented in the form of poster displays, talks, reports and a map for distribu...