4 record(s) found in the location "Inuvialuit Settlement Region" (multi-year projects are grouped): Not seeing the results you want? Tryadvanced search.
Principal Investigator:Sofko, George J Licensed Year(s):20132012201120102009
2008
20072004 Summary:
The objective of this research is to measure high and low voltage patterns hundreds of kilometers above the ground and out into space along the Earth's magnetic field lines. This information is critical to personnel in space and to maintenance of the satellite telecommunications.
Radar transmitting and receiving electronics will be installed in a small building with an antenna array outside. A ...
Principal Investigator:Nichol, Susan L. Licensed Year(s):
2005
Summary:
The objective is to improve knowledge about landslides in the Mackenzie Valley. The results of this study will enable better environmental impact assessments and help to reduce environmental impacts related to the construction and operation of the proposed Mackenzie Valley pipeline. As well, the results will have a broader application to a wide range of future development activities in the region....
Principal Investigator:Kikuchi, Katsuhiro Licensed Year(s):
1995
Summary:
Main observation will be conducted from the middle of December to the end of January at the Inuvik Research Centre. Some instruments will be operated from the beginning of November. Vertical pointing Doppler radar, precipitation measuring instruments, microwave radiometer, pyranometers and automated weather station will be set up. These data will be stored by personal computer and digital data ...
Principal Investigator:Hudak, Dave Licensed Year(s):
1994
Summary:
Researchers will collect data by installing portable doppler radar at Inuvik and Tuktoyaktuk, using weather balloons at Inuvik and Tuktoyaktuk, using the National Research Council Convair 580 aircraft to fly tracks through storms and to release dropsondes, using existing weather observing sites and satellite pictures. The objectives of this study is to better understand and predict weather and th...