NWT RESEARCH DATABASE

Principal Investigator: Keigwin, Lloyd D
Licensed Year(s): 2013
Summary: Here is the project summary from the (U.S.) National Science Foundation proposal that led to this expedition: The research team propose a three-year project to investigate the origin of the Younger Dryas cooling that began about 13,000 years ago. For decades this cold event has been associated with sea ice in the Arctic and North Atlantic Oceans, and the storage and release of fresh water from ...

Principal Investigator: Hoffman, Paul
Licensed Year(s): 2001
Summary: The research team will be based out of Norman Wells, and establish a series of fly camps in the research area between 1 July and 10 August. Travel to fly camps will be by helicopter; travel in the field will be on foot. Fly camps will be low impact, and will be occupied for less than 14 days. All human waste will be buried, and all non-burnable garbage will be packed out. Stratigraphic sections...

Principal Investigator: Hardy, Francois
Licensed Year(s): 2001
Summary: The research team will be transported from Yellowknife to Eyeburry Lake by fixed wing aircraft. From here, the research team will travel approximately 120 km down the Thelon River by canoe, and study the stratigraphy of sediments on the shoreline. Field camps will be located along the river, and will be for one night only. All human waste will be buried, and all non-burnable garbage will be pack...

Principal Investigator: Kerr, Daniel E.
Licensed Year(s): 2001 2000 1999
Summary: The primary objective is to provide geoscience data and new exploration techniques in the Yellowknife Greenstone Belt area that can be used in delineation of reserves and discovery of new mineral deposits. The main mode of transportation will be by helicopter (206L), float plane, truck (where road access is available), and possibly by boat. The helicopter and plane will be based out of Yellowkni...

Principal Investigator: Narbonne, Guy
Licensed Year(s): 2001 1999 1998 1996 1994 1992 1991 1989 1988
Summary: The research team will be flown from Norman Wells to the base camp near Shale Lake by helicopter. The camp will consist of one sleeping tent and one cooking tent. The research team will walk to several rock sections with 3 km of the base camp. Data collection will consist of measuring rocks with a ruler, taking photographs, and collecting up to 50 small (fist-sized) pieces with a hammer. The r...

Principal Investigator: Smith, Roger F.
Licensed Year(s): 1994
Summary: The researchers will conduct a variety of research activities at the study site. Projects include surveys of insects and plants, monitoring glacier movements, collecting data about the area's rocks and soils, assessing changes in the area's climate and environment (using fossils of microscopic marine organisms, chironomids, as indicators), and investigating radio-wave propagation....

Principal Investigator: Gilbert, Robert
Licensed Year(s): 1993 1992 1991 1990 1988
Summary: The Researcher will use a special type of echo sounder to determine the depth of the water and the thickness of the sediments beneath down to bedrock. The instrument also shows the patterms of sediment distribution around the fiord. From this, an assessment can be made of where the sediment has come from, how much there is and how the patterns of sedimentation have changed during the entire perio...

Principal Investigator: Retelle, Michael J.
Licensed Year(s): 1991
Summary: The field school introduces students to the processes operating in the modern physical environment in a glaciated terrain....

Principal Investigator: Lemmen, Donald
Licensed Year(s): 1991
Summary: The Researcher will map, describe, explain the surficial deposits and geomorphology and study glacial history and relative sea level changes. This will involve mapping and surveying as well as the collection of small samples for sedimentological, geochemical and paleoecological analysis....

Principal Investigator: Lemmen, Donald
Licensed Year(s): 1991 1990
Summary: The Researchers will collect small samples of surficial materials for sedimentological, geochemical and paleoecological analysis. They will map, describe and explain the unconsolidated deposits, landforms, permafrost and organic cover and study patterns of glacial dispersal and drift geochemistry....