Atmospheric Dynamics of Celestial Bodies and Their Habitability

This exam evaluates the theoretical principles governing atmospheric dynamics on planets and moons, with a focus on composition, pressure systems, and climate patterns. Key concepts include greenhouse gas effects and atmospheric loss mechanisms.

A thorough understanding of atmospheric dynamics is essential for evaluating the habitability of celestial bodies. This knowledge informs astrobiological studies and guides future missions aimed at discovering extraterrestrial life.

Students will demonstrate their understanding of atmospheric principles by discussing relevant case studies and articulating how these affect habitability prospects on different celestial bodies.

Verbal assessments will include discussions on the implications of climate change on Earth-like planets and how those principles may be applied to other celestial atmospheres.