Abstract

At first glance there may seem to be no clear connections between two of humanity’s most pressing problems: environmental waste and antimicrobial resistance (AMR). In fact, as we posit in this paper, there is an inevitable convergence across these medical and environmental domains that hinge on social and economic inequalities. Such intersections have not been given nearly enough emphasis. Here we offer a series of considerations regarding the potential nexus of environmental pollution, waste-work, poverty and the decreasing viability of antimicrobials. We suggest that AMR and environmental pollution will fundamentally shape one another over the course of the coming decades, with differential impacts across socio-economic divides. More perniciously, the coalescing of waste, environmental pollution and reduced potency of pharmaceutical infection management will in turn likely escalate cultural prejudices around hygiene, ‘untouchability’, exclusion and privilege. That is, this nexus of waste and bacterial risk will polarise and divide communities, disproportionately affecting poorer communities. This paper is intended to chart an agenda for the study of this increasingly critical site of bacterial-human-environmental relations. It does so by examining the cycle of infection, risk and vulnerability amongst the most disadvantaged sections of the population in India.

Highlights

  • To anticipate our proposition regarding the nature/culture divide, consider human waste

  • To gauge the potential prevalence and spread of the superbugs, we shift our gaze from the hospital setting to the domain of waste to examine what it can reveal about emerging community vulnerabilities and infective risk

  • In what follows we explore emerging geographies of vulnerability: spaces that render poor people and their environment more exposed to infectious agents due to socio-cultural processes and environmental conditions

Read more

Summary

Introduction

To anticipate our proposition regarding the nature/culture divide, consider human waste. We will demonstrate, is amplified in conditions where personal practices (open defecation), labour arrangements (waste-picking) and environmental settings (industrial-scale effluents) are especially hospitable for an increased bacterial load and the emergence of MROs. These conditions disproportionately affect the poor, even if MROs make no such distinctions in terms of the bodies they colonise.

Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call