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1
Introduction
2
Comparative Climateology
3
Ice Loss
4
Drought
5
Climateology
6
Venus
7
Questions about Venus
8
High emissivity anomalies
9
Volcanism on Venus
10
Volcanism on Mars
11
Gale Crater
12
Mars Exploration
13
Titan Exploration
14
Titan Dynamics
15
Liquid Distribution
16
Liquid Morphology
17
The Four Worlds
18
Kepler Field of View
19
James Webb Telescope
20
Transiting Exoplanet Mission
21
Are we alone
22
Emissivity
23
Explicit links
24
Titan
25
Mars
26
Public support
27
NASA path to Mars
Description:
Explore the search for Earth-like planets within our solar system and beyond in this 53-minute AGU Fall Meeting lecture. Delve into comparative climatology, examining the complex interactions between Earth's interior, surface, oceans, biosphere, atmosphere, and the Sun. Investigate the climates of Mars, Venus, and Titan to gain insights into Earth's climate processes. Learn about ice loss, drought, and climatology on Earth before venturing to Venus to discuss its high emissivity anomalies and volcanism. Journey to Mars to explore Gale Crater and ongoing exploration efforts. Discover Titan's dynamics, liquid distribution, and morphology. Compare these four worlds and their potential habitability. Examine the Kepler mission's field of view, the James Webb Telescope, and future exoplanet missions. Contemplate the question of extraterrestrial life, discuss emissivity, and explore explicit links between Titan and Mars. Consider public support for space exploration and NASA's path to Mars in this comprehensive overview of planetary science and the search for habitable worlds. Read more

Searching for Earth-like Planets in Our Solar System and Beyond

AGU
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