Climate change is an important global issue that poses challenges to many facets of our society, and, as such, the groups that examine these issues must be multifaceted. The Climate Change Research team, run by the YukonU Research Centre of Yukon University (YRC), conducts and promotes research to provide education and solutions to adapt to a changing world.

Visit the Climate Change Research website.

Hydroelectric power is the Yukon’s main energy source, and the ability to study hydrology of the Yukon, Mayo, and Aishihik rivers and forecast potential power generation enables enhanced planning of energy resources. The alternative when hydro power is not available is burning fossil fuels, which is comparatively expensive and carbon intensive. To support planning and management of water, YRC partnered with Yukon Energy Corporation. This partnership has supported the completion of baseline studies, the development of modelling and forecasting tools, and the installation of remote weather stations in key river basins in northern British Columbia, and south and central Yukon.

A key data gap in existing networks is snow-water equivalent (SWE) because the water released from snowpacks in springtime, or “spring freshet,” is the primary source of water for the dams. The Campbell Scientific CS725 Snow Water Equivalent Sensor uses a non-contact method to measure SWE and is ideal for this application. It measures SWE by detecting the attenuation of naturally occurring electromagnetic energy from the ground. The attenuation of energy is only caused by water in any form, no matter whether it is light powder snow, dense ice, or anything in-between.

The previous standard in measuring SWE remotely was the “snow pillow,” which measures the weight of precipitation on a bag of antifreeze. Snow pillows have certain disadvantages in that they modify precipitation accumulation, radiation characteristics, and other factors, which affect the snow pack they are designed to measure. Affecting the snowpack may result in less accurate measurements. The CS725, by virtue of being non-contact, does not suffer from these drawbacks.

Yukon College, now Yukon University, installed a full suite of Campbell Scientific meteorological instrumentation, along with the CS725, in four remote sites. These sites—located in the Traditional Territories of the Taku River Tlingit, the Champagne and Aishihik First Nations, and the Na-cho Nyak Dunn First Nation—are difficult or impossible to access by road, and beyond all cellular telephone networks. Campbell Scientific provides comprehensive meteorological monitoring solutions suitable for extreme, remote environments, various communications options, and data management services.

Data collection, hosting, and delivery is provided by Campbell Scientific’s data services. An Iridium satellite connection transmits the data where it is stored and monitored at Campbell Scientific’s facility. There the data undergoes quality assurance and quality control (QA/QC) and is made available to the client via secure web access.

With Campbell Scientific’s rugged environmental instrumentation, this project is poised to contribute valuable data for academia and energy policy for many years to come.


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Case Study Summary

Application

Remote monitoring of meteorological parameters and snow-water equivalent for hydrology research

Location

Yukon Territory and Northern British Columbia, Canada

Products Used

CS725 

Contributors

Eric Courtin (Campbell Scientific Canada), Lacia Kinnear (Climate Change Research), Jeffrey Kavanaugh (University of Alberta)

Participating Organizations

Yukon University, Yukon Energy, Yukon Geological Survey, University of Alberta

Measured Parameters

Snow-water equivalent, rain fall depth, snow depth, atmospheric pressure, air temperature and relative humidity, soil temperature, wind speed and direction, net radiation