Microplastics
contaminating the water supply system qualifies as
a disaster. This has major far-reaching implications, posing significant
threats to economic growth and human livelihoods, as well as environmental
and human health and well-being. Thus, we need to reduce the risk
and mitigate against the effects of microplastics to build resilience
and ensure continuity and efficiency of water supply system functions.
To date, microplastics in the water supply cycle have not been considered
in the context of disaster management. Hence, we provide an understanding
of the disaster risk that microplastics pose using a conceptual mathematical
framework. Additionally, we enhance understanding of the resilience
of the social and physical infrastructure by highlighting hazards
that people and infrastructure in the community face. Insights of
the social, economic, and other human factors that make them vulnerable
highlights capacities required to reduce risk and mitigate impacts.
By evaluating the social and physical infrastructure resilience to
microplastics in the water supply system and recommending multidisciplinary
strategies to build resilience over time, we aim to catalyze action
to address the problem. This will also contribute toward achieving
targets of the Sendai Framework for Disaster Risk Reduction 2015–2030
and UN Sustainable Development Goals.