Real-Time Water Quality Monitoring: Benefits for decision making
Benefits for Decision Making
Automated systems for high-frequency and networked water quality monitoring have the potential to enhance data-driven decision making by offering larger volumes of data in near real time. However, these systems can also introduce new technical, financial, and labour requirements. Drawing from our work in the Winnipeg River basin, this report explores the potential benefits and costs of introducing automated sensor systems to a monitoring initiative.
Due to worsening threats from climate change, pollution, and habitat fragmentation, there is an urgent need for data on watersheds to make effective decisions to protect their health. Water quality monitoring programs across Canada, which are seeking to meet this data need, have access to an expanding array of tools and technologies. In particular, automated systems for high-frequency and networked water quality monitoring have the potential to enhance data-driven decision making by offering larger volumes of data in near real time. However, these systems also come with their own sets of limitations and can introduce new technical, financial, and labour requirements.
To deepen our understanding of these potential opportunities and limitations, the International Institute for Sustainable Development’s Experimental Lakes Area and Aquatic Life Ltd. are exploring the use of networked systems to enable remote, real-time water quality monitoring in the Winnipeg River basin as part of the Adaptive Monitoring project. Drawing on a review of supporting literature and two case studies from our work in the Winnipeg River basin, this report explores the potential benefits and costs of introducing automated sensor systems to a monitoring initiative, with a particular focus on networked instruments producing real-time data.
You might also be interested in
Adaptive Monitoring on the Winnipeg River
IISD and Aquatic Life® have partnered in a pilot project of adaptive monitoring in the Winnipeg River basin, to deploy high-frequency sensors that deliver data in near real-time.
Lower Winnipeg River Basin Discussion Sheet Series Sheet #11 | Maps
This Discussion Sheet Series highlights research on ecological and socio-economic aspects of the lower Winnipeg River basin to encourage discussion with experts, government departments, Indigenous groups, and stakeholders.
Harnessing the Flow of Data: Fintech opportunities for ecosystem management
This report explores how new technologies—like big data, the Internet of things, blockchain and artificial intelligence—can support smarter ecosystem management.
What to Expect at Plastics INC-5
Q and A with Tallash Kantai of Earth Negotiations Bulletin on INC-5.