Principal Investigator:Palmer, Mike Licensed Year(s):
2019
20182017 Summary:
The overarching objectives of this research are two-fold:
1)To investigate watershed and within-lake abiotic processes affecting the recovery of mine-impacted lakes in the Yellowknife area, including storage and release of arsenic from soils, seasonal dynamics of arsenic export in runoff, and fluxes of arsenic to and from lake sediments; and
2) To investigate the toxicological consequences of ...
Principal Investigator:Campbell, Joseph W Licensed Year(s):
2018
2017201620152014 Summary:
Follow-up on exploration activity associated with Mackenzie Valley Land and Water Board land use permit MV2014C0005 on Terrax Minerals Inc. City of Yellowknife Gold Project. Work would include initial environmental baseline work, and expansion of research programs to establish sufficient study for possible future Environmental Impact Assessment of potential mine development if exploration activiti...
Principal Investigator:Blais, Jules M Licensed Year(s):
2017
20162015 Summary:
The research team propose to develop tools to assess risks associated with legacy industrial developments in a northern setting. The team will investigate contaminants from the Giant Mine near Yellowknife Northwest Territories (NT), which operated between 1948 and 2004, producing a legacy of contaminants including arsenic, antimony, hydrocarbons, mercury, and others. This remediation strategy appl...
Principal Investigator:Doucet, Michael Licensed Year(s):
2016
2015 Summary:
The primary objective of this research program is to determine the environmental and physical conditions of nine sites in the Gordon Lake region.
This research will include the identification and quantification of environmental impacts in soil, sediment, surface water and groundwater. Samples of biota (e.g. Hyalella) may be collected at certain sites during the field program. The potential for...
Principal Investigator:Blowes, David W. Licensed Year(s):
2014
2013201220112010200920082005 Summary:
This research study is designed to investigate the processes related to water quality and quantity (collected at different scales) draining from country rock stockpiles that are located in areas of continuous permafrost. The quality of water draining from a country rock stockpile is determined by the combined effects of oxygen transport in the air phase, biogeochemical processes that control miner...
Principal Investigator:Smith, Daniel W. Licensed Year(s):
1979
Summary:
To sample treated and untreated domestic water supplies for physical and chemical analysis, (e.g. turbidity, color, temperature and trace elements analysis, e.g. lead, zinc, silver and cadmium)....