The Climate Crisis is a Water Crisis: Monitoring for Adaptation in the Columbia Basin

By Contributor
December 1st, 2022

It took until 2022, but water finally made it onto the official agenda of a UN Climate Change Conference. 

‘Water Day’ was designated for November 14 at the recent COP27 climate change conference in Egypt where 190 countries had assembled to discuss climate action. Water Day discussions covered water scarcity, drought, early warning systems, and cross boundary cooperation, with one entire session devoted to the critical importance of monitoring and managing river basin systems.

In the Columbia River Basin, ongoing work to monitor how water supply is changing began in 2017 and exemplifies many of the climate adaptation actions COP27 attendees agreed are needed for sustainable water management. We, too, are vulnerable to climate change altering our water cycle, evidenced by disappearing glaciers, soaring summer temperatures, longer dry periods and extreme flooding — all of which have serious repercussions for our communities and ecosystems. Living Lakes Canada, the water stewardship NGO whose work was founded in the Columbia Basin, has developed a new framework for an expanded water monitoring network across the Basin to track and understand climate impacts on water. The data collected will support decision makers in their ability to help communities and industry prepare for inevitable changes to water supply.

The ‘Columbia Basin Water Monitoring Framework’ was implemented in three pilot areas this past summer: the North Kootenay Lake/Slocan Valley region in the West Kootenay, and the Columbia Valley and Elk River Valley in the East Kootenay. In each pilot area, water monitoring sites were selected based on a combination of community priorities and scientific metrics. Overall, monitoring sites were selected for 26 hydrometric stations, eight lake level stations and three climate stations. Equipment installation was carried out from August through to October. 

Living Lakes Canada identified community priorities through consultation with First Nations and the Local Reference Group created for each pilot area, which was composed of water stewardship groups, community members, First Nations, industry/commercial water users, and local, regional, and provincial governments. 

In the North Kootenay Lake/Slocan Valley region, monitoring water supply and water quality for sources of drinking water was the top Local Reference Group priority.  Monitoring on water bodies that are fish habitat was another key priority in this region.

“We are told that increasing temperature and abnormal weather events are reflections of climate change, but it is really water, both too much and too little, that destroys us,” said Richard Johnson, Local Reference Group coordinator for the North Kootenay Lake/Slocan Valley pilot area. “Last November, it was too much water in B.C.’s Lower Mainland that ruined houses, killed cattle, wrecked roads and bridges, shut down fuel supply, disrupted food delivery infrastructure. We, as people, not just scientists, need to understand water. Monitoring its location, movements, composition, in fact every aspect of water, is imperative, if we are to live with this immense power.

“My interest is in the smaller tributaries to all these systems that can support fishes. Climate change impacts on these smaller systems is my priority interest, as well as watershed changes caused by human activity, predominantly forest road development (access, culverts, siltation) and harvest impacts,” said one Local Reference Group participant. 

A detailed report along with an interactive map explaining why each site was selected and what monitoring equipment was installed will be made available on the Living Lakes Canada website in December. 

The water and climate data collected will be made available through the Columbia Basin Water Hub database (visit www.cbwaterhub.ca). 

The data can be used by community members, researchers, the private sector, all levels of government and decision makers. The data on the Water Hub will support efforts to build a more comprehensive understanding of the state of water supply and water quality in local jurisdictions and to establish adaptation options.

Further monitoring will be implemented in 2023 and Living Lakes Canada intends to continue to expand this program to include additional areas of the Columbia Basin over the next 10 years. To learn more, contact CBWMF Program Manager Paige Thurston at paige@livinglakescanada.ca or visit www.livinglakescanada.ca/project/columbia-basin-water-monitoring-framework/.


This post was syndicated from https://rosslandtelegraph.com
Categories: General