Active Climate, Earth & Environment Food & Agriculture

What's in the Water: A Mixed Methods Exploration of the One Health Risks of Antimicrobial Resistance in Scottish Wild Swimming Sites

In plain English

AI plain-English summary

Wild swimmers in Scotland are swallowing water that may carry antibiotic-resistant bacteria, and no one knows how big the risk actually is. This matters because antimicrobial resistance (AMR) is a growing global threat, yet the natural environment—where resistant genes from farms and sewage treatment plants accumulate—has been largely ignored in surveillance and policy. The researchers argue that public understanding of AMR is shaped by misleading language, which distorts how people judge their own exposure. By combining water sampling with interviews and surveys of the wild swimming community, the team will map both the biological reality of AMR in Scottish freshwater and the gap between official guidance and what swimmers actually believe. If successful, the project could reshape how UK public health agencies communicate risk about recreational water use, and push environmental monitoring into the One Health framework that currently focuses on hospitals and farms. It may also influence wastewater treatment standards and signage at popular swimming spots. The work is applied and policy-facing: it aims to produce actionable recommendations, not just fundamental knowledge.

View original technical description
Antimicrobial resistance (AMR) poses a critical threat to global health, requiring a coordinated, One Health, approach. Although AMR is a natural evolutionary process, its development and spread has been accelerated by anthropogenic activities including intensive agriculture and wastewater discharge into the environment. Yet the role of the natural environment in AMR proliferation, dissemination, and transmission, along with the corresponding risks to users and the broader environment, has remained underprioritized. Focusing on wild swimming, an activity which occurs at the intersection of One Health spheres, we aim to use a transdisciplinary, mixed methods approach to engage the wild swimming community to explore how language-driven misconceptions of AMR affect risk perceptions, investigate the significance of AMR and antimicrobial resistance genes in Scotland’s freshwater, and examine how UK AMR policy and safety guidance fits within a One Health framework. Ultimately, this research aims to demonstrate how a holistic One Health approach can more effectively address AMR priorities, leveraging strengthened surveillance, effective communication, and informed policy.

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Researchers

Silken Tschofen (EPMC Awardee)

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Original classification

PhD Studentship (Basic)

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