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Our sister planet Venus could serve as a model for many exoplanets soon to be discovered in the upcoming era of new space telescopes, such as James Webb and others. Venus may have been far more Earth-like than its present climate state, which is inhospitable and more like that inside a pressure-cooker oven with surface temperatures of 450 C (842 F) and pressures equivalent to 1,000 meters (0.62 miles) under the sea. How did Venus evolve from a past "habitable" state to its present one, and how does that help us understand our own destiny?
Video credit: NASA's Goddard Space Flight Center
James Tralie (ADNET):
Lead Producer
Lead Editor
James Garvin (NASA, Chief Scientist Goddard):
Scientist
Stephanie Getty (NASA/GSFC):
Scientist
Narrator
Giada Arney (NASA):
Scientist
Natasha Johnson (NASA/GSFC):
Scientist
Aaron E. Lepsch (ADNET):
Technical Support
Music: "Save us All" by Alec Michael Harrison via Universal Production Music
Our sister planet Venus could serve as a model for many exoplanets soon to be discovered in the upcoming era of new space telescopes, such as James Webb and others. Venus may have been far more Earth-like than its present climate state, which is inhospitable and more like that inside a pressure-cooker oven with surface temperatures of 450 C (842 F) and pressures equivalent to 1,000 meters (0.62 miles) under the sea. How did Venus evolve from a past "habitable" state to its present one, and how does that help us understand our own destiny?
Video credit: NASA's Goddard Space Flight Center
James Tralie (ADNET):
Lead Producer
Lead Editor
James Garvin (NASA, Chief Scientist Goddard):
Scientist
Stephanie Getty (NASA/GSFC):
Scientist
Narrator
Giada Arney (NASA):
Scientist
Natasha Johnson (NASA/GSFC):
Scientist
Aaron E. Lepsch (ADNET):
Technical Support
Music: "Save us All" by Alec Michael Harrison via Universal Production Music
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