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Based on nearly two years of ethnographic research with farmworkers in California’s Pájaro Valley, in this article I build on Olson’s idea of “extreme environments.” By merging theories of biopolitics and political ecology, or ecobiopolitics, I explore the naturalization of chemically intensive systems of agricultural production and the health consequences they produce for farmworkers. State and industry regimes of agricultural knowledge and practice are designed to control workers and the environment in strawberry fields. They also produce devastating syndemics and chronicities of disease in farmworker bodies and communities. The relationships between health disparities and farmworkers’ lifetimes of exposure to toxic pesticides remain underexplored and poorly understood, perpetuating toxic ignorance about the relationships between pesticides and farmworker health. This enables equating worker well-being with industry well-being. Synergies between ethnographic and environmental health research are needed to challenge toxic ignorance, toxic layering, and the invisible harms they produce in agricultural communities. [ABSTRACT FROM AUTHOR]

Using data from an ethnographic study of American astronautics, I argue that, in an inversion of the usual clinical model, astronaut medical subjecthood is fundamentally environmental rather than biological. In extreme environments like outer space, the concept of environment cannot be bracketed out from life processes; as a result, investments of power and knowledge shift from life itself to the sites of interface among living things, technologies, and environments. To illustrate what this means on the ground, I describe space biomedicine as a form of environmental medicine that seeks to optimize and manage technically enabled human ecologies where life and environment are dually problematized. I provide two examples of what I term its ecobiopolitical strategies: creating a new “space normal” physiological category and situating humans as at-risk elements within integrated biological/technological/environmental systems. [ABSTRACT FROM AUTHOR]