News & Events

Check this section for Yukon Energy's latest news and coming events.

If you have questions about any of the information posted here, please contact:


Communications and Community Relations
Phone: (867) 393-5398
Email: communications@yec.yk.ca

Energy Supply, Environment
May 13, 2014  Comment

Two Kites, One Balloon, and a Sound System

If you've travelled along Robert Service Way in Whitehorse lately, you may have noticed the colorful kites and a balloon in the wooded area near our hydro facilities. We have started a project to deter birds from nesting in the proposed LNG site (an area of 1.5 hectares). In Yukon, bird nesting occurs between May 1 and August 15. If the LNG project gets all its approvals, vegetation clearing of this site will take place within this nesting bird window. The Migratory Bird Convention Act prohibits the destruction of any active bird nests, so this project will prevent birds from coming into the site in the first place. There are two kites, one helium balloon and a sound system being used for this task. The two kites are hawk shaped and move and dart about in the wind like a predatory bird. The red, blue and white helium balloon also moves about in the wind and mimics a hawk. Its height above the trees will help stop birds from nesting in the area, since they do not like to have something above them. The on-site sound system sends out nesting bird distress calls and predatory bird sounds.   In spite of all our deterrents, it's possible there could still be nesting birds in the area. That's why, if the LNG project is approved and clearing goes ahead, qualified bird biologists will first conduct bird nesting surveys to local any active bird nests within the site. If there are, 10 meter ‘no-clearing’ buffers will be established until the birds vacate the nests.  

News
Jun 19, 2014  Comment

Summer Water Levels on the Southern Lakes

Levels in the Southern Lakes upstream from our Whitehorse Rapids hydro facility can vary greatly from year to year, depending on winter snowfall, summer rain, and summer temperatures (which affect the amount of glacial melt in the area). A hot, rainy summer, especially if it follows a winter with heavy snowfall, can mean potential flooding of properties in low-lying areas near Marsh and Tagish Lakes. Yukon Energy is often asked what we can do to help prevent flooding of people's properties in the high water level years. There is a misconception that if we would only let more water through our Whitehorse dam or our Lewes Lake gates, there wouldn't be a flooding problem. The truth is that under our water license, we must have all our gates open no later than May 15 of each year. That means that we hold no water back during the summer months, and we have no ability to increase the water flow from the Southern Lakes. However what we can do is share our information with local residents about what we expect summer water levels to be like each year. This will help people prepare their property for possible flooding in high water years. During the summer months (until the water levels peak and start to subside) we post regular charts on this blog that show current water levels. Here is the most recent chart for 2014, with actual water levels to June 16th. As you can see, it looks like this summer will be a year of average to below average water levels, meaning we don't expect to see any flooding.

News, Energy Supply, Environment
Jun 18, 2014  Comment

Another Season of Climate Change Work

For the fourth year in a row, Yukon Energy is working with the Northern Climate ExChange (NCE) of the Yukon Research Centre to gather new information about how climate change could affect hydro generation at the Whitehorse dam. Multi-year matching funds from Yukon Energy Corporation and the Natural Sciences and Engineering Research Council (NSERC) is allowing NCE to continue its work of investigating the implications of climate change on hydro generation. Preliminary research began in 2011, when Yukon Energy provided the Northern Climate ExChange with funding to gather some initial ice data on the Upper Yukon River Basin, at the Llewellyn Glacier and Fantail River. A year later, researchers went back to the area to install two monitoring stations in the Fantail River Basin. Since then, the stations have recorded information such as air temperature, precipitation (both rain and snow) and solar radiation. They are tracking changes in the weather both in the medium and long term. The 2013 fieldwork involved installing two more meteorological stations on the Llewellyn Glacier. This year scientists plan to put the last of the monitoring stations at the headwaters of the Wheaton River, another tributary of the Yukon River. Yukon Energy and NSERC have each contributed $385,000 for three fiscal years of work (2013 – 2016). Technical and other support is being provided by the University of Alberta, the Juneau Icefield Research Program, Yukon Geological Survey and Environment Yukon’s Water Resources Branch. As well, Yukon College students are involved in many different aspects of this project, including field work and data interpretation. This research is critical to Yukon Energy in terms of helping us plan for climate change and the implications on our ability to generate hydro power. With the majority of the electricity we produce coming from the Whitehorse hydro facilities, we must be ready for any future changes in the watershed that feeds our Whitehorse system. By the end of this project in 2016, researchers expect to develop a model that will help Yukon Energy in our future resource planning. The model will also assist us in operating our Whitehorse hydro facilities in the most efficient way possible under various scenarios. Visit the Northern Climate ExChange website for more details on this initiative.