Deep Springs College is essentially alone in Deep Springs Valley, a geological depression between the White and Inyo mountain ranges.
The nearest sizable town is Bishop, an hour by car over a mountain pass.
Deep Springs's physical isolation plays a central role in the educational experience.
The entire Deep Springs community (students, faculty and staff) numbers fewer than 50 individuals.

The flip-side of the isolation policy is the notion of self-sufficiency and due care latent in Nunn's notion of "stewardship".
The college tries to support itself in food and more recently in energy, with a small hydroelectric power station built in the late 1980s and a solar power array finished in 2006.
During peak periods, the college sells surplus power to Pacific Gas & Electric.

Deep Springs used to have a direct telephone line that crossed the White Mountains, but difficult maintenance made service unsustainable.
The line was replaced in the 1980s by a wireless radio link connecting to the Bishop central office.
Because the radio signal is relayed using a repeater station high in the White Mountains, and because the first relay out of Deep Springs Valley does not have line of sight, the system is subject to outages caused by high winds and inclement weather.
Previously, the college's Internet connection was an unusually slow 14.4 kbit/s data channel multiplexed into the radio link.
Currently, the college is connected to the Internet by satellite.

A small seismic station exists behind the main campus, installed by the former Soviet Union as part of a bi-national underground nuclear test monitoring agreement.
The Natural Resources Conservation Service maintains a remotely automated weather station in the desert near the campus.
Deep Springs College is essentially alone in Deep Springs Valley, a geological depression between the White and Inyo mountain ranges. The nearest sizable town is Bishop, an hour by car over a mountain pass. Deep Springs's physical isolation plays a central role in the educational experience. The entire Deep Springs community (students, faculty and staff) numbers fewer than 50 individuals.
The flip-side of the isolation policy is the notion of self-sufficiency and due care latent in Nunn's notion of "stewardship". The college tries to support itself in food and more recently in energy, with a small hydroelectric power station built in the late 1980s and a solar power array finished in 2006. During peak periods, the college sells surplus power to Pacific Gas & Electric.
Deep Springs used to have a direct telephone line that crossed the White Mountains, but difficult maintenance made service unsustainable. The line was replaced in the 1980s by a wireless radio link connecting to the Bishop central office. Because the radio signal is relayed using a repeater station high in the White Mountains, and because the first relay out of Deep Springs Valley does not have line of sight, the system is subject to outages caused by high winds and inclement weather. Previously, the college's Internet connection was an unusually slow 14.4 kbit/s data channel multiplexed into the radio link. Currently, the college is connected to the Internet by satellite.
A small seismic station exists behind the main campus, installed by the former Soviet Union as part of a bi-national underground nuclear test monitoring agreement. The Natural Resources Conservation Service maintains a remotely automated weather station in the desert near the campus.
Deep Springs College