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Speaking truth to power
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Scientists studying microplastic contamination in Manchester's rivers found that high concentrations on river beds strongly indicated failures in wastewater treatment — effectively exposing illegal sewage dumping practices by private water companies. By mapping where microplastics accumulate at the catchment scale, the research pinpointed pollution sources that official monitoring had missed. The findings contributed to a major public scandal in England over sewage discharges into rivers. This paper shows how microplastic science can serve as a tool for environmental accountability and policy change.
Collaborative microplastics research in the rivers of Manchester set out to establish the extent of the microplastic contamination problem and to better understand the main processes involved in their entry, storage, and transport. It was also driven by a concern to assess the ecological threat posed by these particles. Mapping the geography of microplastic contamination on river beds at the catchment scale is key to understanding the ecological risk they pose as well as the sources of those microplastics. We found that the presence of microplastics in high concentrations on river channel beds is a clear sign that wastewater treatment is not taking place as it should. The geography of microplastic contamination can shed light on illegal wastewater practices. This work played a role in highlighting the sewage dumping scandal that began to engulf the private water companies in England from the middle of 2021. We show how our findings have influenced debate and policy development at Westminster. A well evidenced geographical perspective is fundamental to understanding and tackling the riverine microplastic problem. It can help speak truth to power and improve public understanding of issues of wide public importance.
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