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Water is essential for all life and holds valuable information about the health of our communities and the environment. Modern methods have been developed to monitor water quality more holistically, including ways to detect multiple pathogens and evaluate ecosystem health using environmental RNA and DNA (eDNA) sequencing. However, within Canada these efforts are scattered, leading to gaps in our understanding of trends in diseases and environmental changes, especially as climate change impacts water security.

The iMicroSeq (inclusive, integrative Microbial Sequencing) project, led by Simon Fraser University researchers Dr. Fiona Brinkman and Dr. Emma Griffiths, aims to unite research efforts with public health officials and Indigenous communities to create a cohesive approach to eDNA water-based analysis. The project will build the iMicroSeq Data and Communications Platform. This platform will be used to encourage community engagement and knowledge sharing and support coordinated research innovation in public health and One Health monitoring. This platform will link with other eDNA initiatives, such as iTrackDNA, for comprehensive ecosystem health support in a climate change context.

The project will consult extensively with researchers and community members, respecting data ownership and honoring Indigenous Rights and Knowledge. It will complement existing initiatives and extend international data standards, positioning Canada as a leader in integrative environmental and health data management.

iMicroSeq supports turning scientific data into actionable community programs and policies. It will empower innovation through researcher access to integrated data, empower Indigenous communities by addressing their unique needs, support industry innovation and enhance public health responses to One Health threats.