Columbia Basin Water Monitoring Framework

The Columbia Basin Water Monitoring Framework is an NGO-led, collaborative project that has developed a comprehensive, scaled and nested approach for water monitoring to support efforts of decision makers to better address community and ecosystem climate adaptation options in the Canadian Columbia Basin.

PROGRAM GOAL

The Columbia Basin Water Monitoring Framework (CBWMF) is a coordinated monitoring network that supports the tracking of the effects of climate change and other impacts on water supply for communities and ecosystems. The data collected is made available to inform strategies for adaptive watershed management and freshwater stewardship in the Columbia Basin.

This program's data is publicly available on the Columbia Basin Water Hub.

WATERSHED BULLETINS

Bringing Watershed Data to Life with New Visualization Tool
Volume 1, Issue 3: November 2024

In response to user feedback, the Columbia Basin Water Hub has launched an entry-level data visualization tool to better serve the data community. With this interactive tool, users can more easily understand the data they collect, spot preliminary trends, and effectively communicate findings with wider audiences, especially those without a scientific background.

In the third issue of Watershed Bulletin, explore these new visualization capabilities using data from three water monitoring stations within the Columbia Basin Water Monitoring Framework—Bonanza Creek, Dunbar Creek, and Bruce Creek—and learn about the important role of regional water hubs. View the flipbook above, open it in a new tab or download the PDF.

Wildfire Suppression in Rural BC fuelled by proactive Water Mapping
Volume 1, Issue 2: September 2024

One month prior to the Argenta Creek wildfire, Living Lakes Canada published a timely resource in collaboration with the Argenta Safety and Preparedness Society. Water Resources for Wildfire Suppression provides comprehensive digital maps identifying all available water sources in the Argenta and Johnsons Landing region of interior BC.

In the second issue in our Watershed Bulletin series, discover how local knowledge was compiled, digitized and transformed into interactive maps to help crews quickly orient themselves and gain situational awareness at critical times, and how it was applied during the recent Argenta Creek wildfire. View the flipbook or download as a PDF.

Spring Groundwater Levels Highlight Variability and Need for Expanded Monitoring
Volume 1, Issue 1: June 2024

According to data collected up to the end of March 2024 by Living Lakes Canada's Columbia Basin Groundwater Monitoring Program, groundwater levels across different aquifers are responding differently to surface conditions, emphasizing the need for expanded monitoring. Some wells recorded their lowest levels to date, including wells near Windermere, Skookumchuk, Brisco and Columbia Wetlands Benchlands.

Learn more about the data findings and why collecting aquifer-specific information supports sustainable groundwater management in our first Watershed Bulletin. View the flipbook or download as a PDF.

CURRENT NETWORK STATUS

OVERVIEW

Climate change is a critical issue impacting water management in the Columbia River Basin. Climate impacts have already had devastating consequences on this region, including home losses, damaged infrastructure, drought, intensifying water restrictions, and low water levels in streams, lakes, wetlands and aquifers.

Existing water monitoring networks are insufficient to track and understand climate impacts on water. The Columbia Basin Water Monitoring Framework is a unified monitoring framework that will help inform local water budgeting needs and climate adaptation options for communities.

Using an innovative methodology developed by senior hydrologists and climate change and ecosystem experts, Living Lakes Canada piloted this project in 2022 within three areas in the Canadian Columbia Basin. We expanded the project into two new areas in 2023, for a total of five operational areas covering 25,000 square kilometres. The long term goal is to scale and expand this model across the entire Basin region and as a template for other regions as well.

In a special issue of the peer-reviewed Water International journal focused on water governance, CBWMF was selected as a featured case study. The article details the CBWMF’s pioneering approach, which emphasizes stakeholders engagement and prioritizes monitoring based on scientific and community criteria, as a localized solution for water management challenges. Read this open-access publication here.

BACKGROUND

The critical issues of water resource management amid climate change impacts in the Upper Columbia Basin have been identified in a series of reports from the Pacific Climate Impacts Consortium (PCIC) dating back to 2006. These reports highlighted the requirement to increase monitoring and research to more appropriately understand climate impacts, while developing a collective, large-scale effort to prepare communities and industry for change.

Living Lakes Canada began implementing report recommendations in 2017 by holding a conference that brought together 120 water data experts to discuss what a water monitoring framework and an accompanying open source water data hub would look like for the Canadian Columbia Basin. Living Lakes Canada then led the collaborative multi-year development process, involving volunteer and paid steering committee members, various agencies, industry, academia, First Nations and community organizations, and in 2021, launched the Columbia Basin Water Hub, which serves as a central platform to access water data in the region.

The groundwork for a monitoring framework was established when Living Lakes Canada convened a meeting of senior hydrologists from government, consulting agencies, and academia, who reached consensus that a water balance approach was needed to fill the water data gaps in the Columbia Basin. Guided by the meeting outcomes, Living Lakes Canada contracted local experts to develop the Priority Monitoring Matrix methodology in 2021, outlined in the Terms of Reference document:

Developing a Priority Matrix to Expand Water Monitoring in the Upper Canadian Columbia Basin: Steps for Pilot Implementation.

PRIORITY MONITORING METHODOLOGY

In accordance with the methodology, Local Reference Groups with broad cross-sector engagement are established in each Hydrologic Region (this two-page Local Reference Group Backgrounder provides a detailed overview). Through a multi-faceted public engagement approach (online workshops, online interactive maps and surveys, one-on-one consultations and in-person meetings), Local Reference Group participants identify key community concerns and priorities. Geospatial data gap analysis is also completed to identify priority areas for monitoring from a scientific perspective. The Local Reference Group feedback and scientific results are combined to build a Priority Monitoring Matrix to guide selection of watersheds to monitor. Given limited resources but substantive monitoring needs, the Priority Monitoring Matrix methodology ensures that site selection and monitoring address both community and scientific priorities in a nested, cost-effective manner.

2022 PILOT IMPLEMENTATION

In 2022, we piloted this innovative approach to water monitoring in three areas (see the Pilot Report here):

Mid-Columbia Kootenay - map (North Kootenay Lake/Slocan Valley in the West Kootenay)
Columbia-Kootenay Headwaters - map (Columbia Valley in the East Kootenay)
Elk River Valley - map (in the East Kootenay - in partnership with the Elk River Alliance)

A data gap analysis was completed in the pilot regions in Spring 2022, followed by broad cross-sector engagement with Local Reference Groups to capture community priorities and concerns. Once the priority monitoring sites were selected based on this extensive public engagement and scientific analysis, equipment installation began in July 2022.

Preliminary data from the pilot project is now available on the Columbia Basin Water Hub. The data can be used by community members, researchers, the private sector and all levels of government to inform water management and stewardship decisions.

2023 Pilot Area Data Summaries:

2022 Data Gap Analysis

Geospatial Analysis for the Pilot Priority Matrix Technical Report

2023 EXPANSION

In 2023, we expanded this project into two new areas in the Canadian Columbia Basin: the Upper Kootenay and Lower Columbia-Kootenay Hydrologic Regions. Public engagement was conducted in early 2023 to capture community water concerns and priorities. This feedback was integrated with scientific criteria to inform hydroclimatic site selection.

Monitoring in the new areas was initiated in Fall 2023, with additional sites planned for 2024.

2023 Community Engagement for Project Expansion:

2023 Data Gap Analysis:

Addendum: Gap Analysis for Areas of Interest - CBWMF Expansion 2023

SCALING UP FOR THE FUTURE

The full implementation of the Framework will see the program delivered in all 10 hydrologic regions of the Upper Canadian Columbia Basin over 10 years.

In June 2020, a University of British Columbia study was published, Detecting the Effects of Sustained Glacier Wastage on Streamflow in Variably Glacierized Catchments, suggesting the glacier-melt contributions to August runoff have already passed peak water in the Canadian Columbia Basin. The analysis indicates that there is a clear declining trend, which can have implications for streamflow forecasting and summer water temperature response during hot, dry weather (see the BC Drought Map) for current conditions.

The increased frequency of extreme events and the projected decreases in low flows both suggest urgency for a more comprehensive monitoring network of this kind to be implemented in order to understand the hydrological and water quality changes, and to mitigate and adapt to the growing risks of changes in flow regimes.

By developing the Columbia Basin Water Monitoring Framework as a template that can be used in the regions across Canada, Living Lakes Canada aims to support communities across Canada in adapting to the impacts of climate change on water supply, ensuring long-term food security, ecosystem health, community safety and economic vitality. The data generated will inform decision making around water quality and quantity on a national scale.