Research Pillars
This NFRF-funded project aims to (1) detect and characterize inhalable and respirable microplastics in indoor and outdoor air seasonally, and (2) explore their potential adverse effects on health.
The goal of this project, funded through NSERC Plastics Science for a Cleaner Future, is to deliver a comprehensive, solution-oriented research package that develops new methods and extends existing ones to study the sources, transport, degradation and fate of microplastics released into coastal waters by a major urbanized watershed.
The Committee on United States Contributions to Global Ocean Plastic Waste will be evaluating United States contributions to global ocean plastic waste, assessing prevalence of marine debris and mismanaged plastic waste, examining the import and export of plastic waste to and from the United States, and assessing the potential value of a national marine debris monitoring system. In addition, the committee will also develop recommendations on knowledge gaps and recommend potential means to reduce United States contributions to global ocean plastic waste.
The aim of the study is to analyse how scientists from the two sides frame the problem, the relative weight they place on different risks and uncertainties, and how the framing of risks and uncertainties are used to support their policy-recommendations.
The project is concerned with the amount of microplastics that are consumed by zooplankton and herring. These are foundational species in the BC regional marine food webs, supporting many key species including salmon, seabirds, seals, sea lions and humpback whales. Moreover, herring represent a cultural, socio-economic and ecological key species for First Nations and coastal communities.
These research components aim to assess and project the impact of the microplastics footprint exposure and bioaccumulation potential on marine biodiversity in the global ocean.