Alex Turner American, b. 1984
Coyote and Clonal Quaking Aspen Grove, Estimated 1500 Years Old, Mono County, CA, 2024
Gelatin silver print mounted to museum board
14 x 35 in.
Clonal colonies of Quaking Aspen can survive for thousands of years by producing new shoots from a shared root system, allowing the grove to persist even as individual trees die....
Clonal colonies of Quaking Aspen can survive for thousands of years by producing new shoots from a shared root system, allowing the grove to persist even as individual trees die. Colonies support high biodiversity, enrich surrounding plant communities, and stabilize soil. They also recover quickly from fire, drought, and other disturbances, making them ecological keystones.
About the series:
Blind Forest is a cross-disciplinary study of how trees absorb and reflect human and environmental histories. Created in collaboration with ecologists, historians, and anthropologists, the project explores their capacity to reveal shifting climates, cultural values, and systems of power over time. Set across California, Blind Forest employs thermal imaging—commonly used in surveillance, fire detection, and tree health assessment—to visualize the conservation, transmission, and dispersion of heat. Each large-scale image is composed from hundreds of thermal exposures, treating heat as both data and narrative: a high-fidelity record of vitality, stress, and decay.
The trees featured here trace enduring tensions between extraction and preservation, survival and erasure, change and continuity. They are both ecological keystones and mirrors of human intent. In this precarious moment, Blind Forest invites us to consider trees not as passive scenery, but as active participants—living archives that conserve, transmit, and disperse meaning across generations.
About the series:
Blind Forest is a cross-disciplinary study of how trees absorb and reflect human and environmental histories. Created in collaboration with ecologists, historians, and anthropologists, the project explores their capacity to reveal shifting climates, cultural values, and systems of power over time. Set across California, Blind Forest employs thermal imaging—commonly used in surveillance, fire detection, and tree health assessment—to visualize the conservation, transmission, and dispersion of heat. Each large-scale image is composed from hundreds of thermal exposures, treating heat as both data and narrative: a high-fidelity record of vitality, stress, and decay.
The trees featured here trace enduring tensions between extraction and preservation, survival and erasure, change and continuity. They are both ecological keystones and mirrors of human intent. In this precarious moment, Blind Forest invites us to consider trees not as passive scenery, but as active participants—living archives that conserve, transmit, and disperse meaning across generations.