NWT RESEARCH DATABASE

Principal Investigator: Groat, Lee A.
Licensed Year(s): 2022
Summary: This licence has been issued for the scientific research application No.5299. The main objectives of this fieldwork are to: 1) constrain the connection between the Niobium-Yttrium-Fluorine (NYF) and Lithium-Cesium-Tantalum (LCT) pegmatites; 2) assess the parental connections to the granite batholith which will provide insight into the evolution of melt over time, leading to a deeper understandi...

Principal Investigator: Lee, Seung-Gu
Licensed Year(s): 2017
Summary: The objective of this project is to collect rock samples from the Acasta Gneiss Complex, the oldest terrestrial rock on Earth, and to find a geochemical proxy which can shed light on the studies of early Earth rare earth element geochemistry and cosmochemistry. The field research will be carried mostly spot to spot based on the published geologic maps of previous researchers. The research team ...

Principal Investigator: Reimink, Jesse R
Licensed Year(s): 2014 2013 2012 2011
Summary: The present study aims to obtain information with the following objectives: 1) further describe, sample, and document field relationships and structures present in areas that were sampled and found to be significantly old (>3.8 billion years); 2) explore and sample other units which based on field relationships and mineralogy are likely to be as old or older than previously documented samples; and...

Principal Investigator: Dunfield, Peter F
Licensed Year(s): 2013
Summary: The objective of this work is to conduct a one day reconnaissance study of the Smoking Hills area. Mineral, rock, water and soil samples will be collected. Geochemical properties and microbial communities will be analysed in the laboratory in order to characterize any potential features unique to this site that would warrant future, more detailed research. The site will be accessed by helicopt...

Principal Investigator: Skeries, Kristina A
Licensed Year(s): 2011
Summary: The objective of this research project is to understand how metals might be weathering from rocks, and to understand where they end up and in which chemical form (the speciation). The importance is to differentiate between the metal species that weather from the rocks, the species by which they are transported, and finally, the species by which they are deposited again, if they are in fact deposit...

Principal Investigator: Buse, Sarah
Licensed Year(s): 2004
Summary: This research is for an M.Sc. project focused on defining the granites within the Wecho River area and is in conjunction with the Wecho River Mapping Project (Scientific Licence #13614). Mapping will be conducted throughout the summer. Mapping data will...

Principal Investigator: Falck, Hendrik
Licensed Year(s): 2003 2002
Summary: The purpose of this project is to develop and compile an inventory, and improve the understanding of mineral deposits related to granite intrusions in the western Northwest Territories. Understanding the concentrations of metals in the environment is im...

Principal Investigator: Ootes, Luke
Licensed Year(s): 2004 2003
Summary: The geology of the Wecho River project area, approximately 100 km north-north-west of Yellowknife, is poorly understood and no modern geoscience data-sets are available. This mapping project will define geological characteristics of the area and provide...

Principal Investigator: Martel, Edith
Licensed Year(s): 2001
Summary: The research team will be transported from Yellowknife by aircraft, and will travel by small boat in the field. Samples (fist-sized chunks of rock) will be collected with a hammer, and returned to the laboratory for detailed physical and chemical analysis. Field camps will be low impact, and will be occupied by only 2 persons at a time. All human waste will be buried, all non-burnable garbage w...

Principal Investigator: Chatterton, Brian D.E.
Licensed Year(s): 1994 1992 1991
Summary: Rock samples will be collected for processing in the lab. Some of these rocks will be processed for fossils (primarily silicified trilobites) which will be photographed and described for classification purposes. The data gathered will then be used for understanding the ancient (350-450 million years ago) ecology and the correlation of these rocks. Levels where there are extinctions followed by e...