The planet Venus is uninhabitable by earthly organisms due to its extremely high surface temperature (~450 C) and pressure (92 Bar). The high temperature is believed to be due to the high (96%) CO2 content of its atmosphere. At 55 km above the surface temperature and pressure are quite tolerable (27 C and 500 milliBar). You want to "Terraform" Venus by seeding its atmosphere with cyanobacteria which will metabolize the CO2 and generate O2, reducing the greenhouse effect, and thus lowering the surface temperature. Cyanobacteria can only survive Pco2 values up to 400 mm Hg. Supply calculations to show cyanobacteria can tolerate the Pco2 of the Venusian atmosphere at an altitude of 55 km.

Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
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The planet Venus is uninhabitable by earthly organisms due to its extremely high surface temperature (~450 C) and pressure (92 Bar). The high
temperature is believed to be due to the high (96%) CO2 content of its atmosphere. At 55 km above the surface temperature and pressure are
quite tolerable (27 C and 500 milliBar). You want to "Terraform" Venus by seeding its atmosphere with cyanobacteria which will metabolize the
CO2 and generate 02, reducing the greenhouse effect, and thus lowering the surface temperature. Cyanobacteria can only survive Pco2 values up
to 400 mm Hg. Supply calculations to show cyanobacteria can tolerate the Pco2 of the Venusian atmosphere at an altitude of 55 km.
Transcribed Image Text:The planet Venus is uninhabitable by earthly organisms due to its extremely high surface temperature (~450 C) and pressure (92 Bar). The high temperature is believed to be due to the high (96%) CO2 content of its atmosphere. At 55 km above the surface temperature and pressure are quite tolerable (27 C and 500 milliBar). You want to "Terraform" Venus by seeding its atmosphere with cyanobacteria which will metabolize the CO2 and generate 02, reducing the greenhouse effect, and thus lowering the surface temperature. Cyanobacteria can only survive Pco2 values up to 400 mm Hg. Supply calculations to show cyanobacteria can tolerate the Pco2 of the Venusian atmosphere at an altitude of 55 km.
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