Students studied the geology of rocky planets (Mercury, Venus, the Moon and Mars) and their implications for understanding Earth’s geological processes during a winter-term course.
Assistant Professor of Earth and Climate Sciences Sean Peters asked students to examine how the fundamental geologic processes acting on those planets’ surfaces have interacted to form the surfaces we see today and to learn about some of the knowledge gaps that should be prioritized for future space missions.
Students studied the geology of rocky planets (Mercury, Venus, the Moon and Mars) and their implications for understanding Earth’s geological processes during a winter-term course.
Students studied the geology of rocky planets (Mercury, Venus, the Moon and Mars) and their implications for understanding Earth’s geological processes during a winter-term course.
Students studied the geology of rocky planets (Mercury, Venus, the Moon and Mars) and their implications for understanding Earth’s geological processes during a winter-term course.
