In the 2000s, Laos was treated as a model country for the efficacy of privatized, "sustainable" hydropower projects as viable options for World Bank-led development. By viewing hydropower as a process that creates ecologically uncertain environments, Jerome Whitington reveals how new forms of managerial care have emerged in the context of a privatized dam project successfully targeted by transnational activists. Based on ethnographic work inside the hydropower company, as well as with Laotians affected by the dam, he investigates how managers, technicians and consultants grapple with unfamiliar environmental obligations through new infrastructural configurations, locally-inscribed ethical practices, and forms of flexible experimentation informed by American management theory.
Far from the authoritative expertise that characterized classical modernist hydropower, sustainable development in Laos has been characterized by a shift from the risk politics of the 1990s to an ontological politics in which the institutional conditions of infrastructure investment are pervasively undermined by sophisticated 'hactivism.' Whitington demonstrates how late industrial environments are infused with uncertainty inherent in the anthropogenic ecologies themselves. Whereas 'anthropogenic' usually describes human-induced environmental change, it can also show how new capacities for being human are generated when people live in ecologies shot through with uncertainty. Implementing what Foucault called a "historical ontology of ourselves," Anthropogenic Rivers formulates a new materialist critique of the dirty ecologies of late industrialism by pinpointing the opportunistic, ambitious and speculative ontology of capitalist natures.
ISBN: | 9781501730900 |
Publication date: | 15th January 2019 |
Author: | Jerome Whitington |
Publisher: | Cornell University Press |
Format: | Hardback |
Pagination: | 288 pages |
Series: | Expertise : Cultures and Technologies of Knowledge |
Genres: |
Social and cultural anthropology Asian history Energy, power generation, distribution and storage |