Principal Investigator:Povey, Andrew Licensed Year(s):
2005
20042003 Summary:
The researchers did a number of baseline studies during 2001 through 2004 as part of the Mackenzie Gas Project. These studies are continuing in 2005. Local knowledge and technical/scientific research is being used to design plans, assess impacts, and develop environmental protection plans.
The aquatics field crews will consist of two Mackenzie Project Environment Group researchers and a local as...
Principal Investigator:Graburn, Larry Licensed Year(s):
2005
2004 Summary:
This research is part of an aerial reconnaissance program to study spring breakup at the major watercourse crossings along the proposed pipeline right-of-way from the Deh Cho region in the south to the Inuvialuit Settlement Region in the north. The resea...
Principal Investigator:Marsh, Philip Licensed Year(s):
2005
20042003200220012000199919981997199619951994199319921990 Summary:
The primary objective of this project is to improve understanding of the changes in water and energy in northern regions, and to develop improved computer models of these processes. The Trail Valley Creek, Hans Creek, and Zed Creek sites will be accessed...
Principal Investigator:Guo, Laodong Licensed Year(s):2005
2004
Summary:
The purpose of this study is to collect river waters to determine the concentrations of dissolved organic carbon, particulate organic carbon, and nutrients, including nitrate, phosphate and silicate, and to examine their temporary variations related to c...
Principal Investigator:de Rham, Laurent Licensed Year(s):
2004
Summary:
It is known that extreme flood levels within the Mackenzie River Basin are caused by ice jamming events. Analysis of open water versus ice influenced water levels at several sites within the Mackenzie River Basin will provide further quantification of th...
Principal Investigator:Wein, Ross Licensed Year(s):
2003
20022001 Summary:
In June driftwood quantity will be measured using river hydrology and visual sitings by researchers and ferry operators in Tsiigehchic, and Fort McPherson. From June to August, log sinkage data will be collected from sites near Inuvik. Driftwood piles id...
Principal Investigator:Schunke, Ekkehard Licensed Year(s):
2000
199419921990 Summary:
The researcher will measure discharge, run-off velocity, sediment load, dissolved load and microclimate parameters (air and ground temperatures, relative humidity, evaporation, precipitation and radiation) in small valleys of James Creek. They drive to the location in a 3/4 ton truck which is parked in an abandoned quarry near the road. They walk to their data collection sites. The observations...
Principal Investigator:Burn, Chris R Licensed Year(s):199719961995
1994
199319921991 Summary:
The researcher will continue to collect samples of ground ice and measure temperatures in lakes and ponds. This information is used to help understand how the ground heaves as it freezes in winter, and to determine the extent of soil settlement during thaw in summer. The information about lakes is used to help understand the relations between water depths and temperatures beneath the lake....
Principal Investigator:Dyke, Larry Licensed Year(s):
1993
Summary:
In this ongoing study, the frequency and characteristics of landslides occurring in the Mackenzie Valley area are examined. I am trying to determine the roles that forest fires, climate changes and water flow in rivers play in the location and number of landslides. The field work will involve taking measurements on past landslides that include measuring permafrost features and taking core samples...
Principal Investigator:Brooks, Greg Licensed Year(s):
1993
1992 Summary:
The research will provide basic information on the characteristics of the rivers and valleys that are major tributaries emptying into the Mackenzie River. The tributaries to be studied include the Carcajou, Mountain, Hume, Ramparts, Hare Indian, Ontaratue, Arctic Red and Peel Rivers. Little is known about the lower 5-7 km portion of these rivers. The information collected will include both aeri...