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Rising Tides, Rising Stakes: Water Infrastructure Work as Climate Adaptation in Mombasa, Kenya

Research Project
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01.09.2023
 - 31.08.2027
Climate change is here. Despite the imagery of an apocalyptic future that it calls to mind, the reality is an already unfolding, insidious and chronic disaster. Coastal African cities are at the forefront, underprepared and overexposed. Being faced with the inevitability of the crisis, it is imperative we look at and understand processes of adaptation that are already in action to better equip us for the challenges that lie ahead. In this context, the idea of radical incrementalism plays a crucial role. Written about as the process of bringing about change "through ... surreptitious, sometimes overt and multiple small revolutions" (Pieterse 2008:6), yet there has been little empirical substantiation of the concept to date. To address this, this project seeks to operationalize radical incrementalism as a lens to account for both the trans-scalar forces involved in remaking cities at the sharp edge of climate change, and the mundane, everyday practices of coping with, and adapting to the crisis. By examining the effects of changing climate, global capital flows, and external climate policy prescriptions, this study explores how these tensions manifest in the coastal city of Mombasa, Kenya. Particularly exposed to climate risk and undergoing steep demographic growth, Mombasa provides a rich context for this locally grounded, longitudinal urban ethnography. Specifically, through "deep hanging out" this study traces the actions of water infrastructure workers who, despite their reputation as apolitical technicians, stand at the nexus of local politics, international development funding, and the recalcitrant materiality of creaking public infrastructures. By recognizing their daily operations as a form of adaptation, we can make visible the reality of climate disaster and, in turn, foster more accurate and sustainable governance in response to the disaster already underway.
Members (1)
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Natalie Schöbitz
Principal Investigator