A Planetary Scientist studies planets, moons, asteroids, and comets (including Earth) to understand their formation, composition, history, and potential for life, using data from spacecraft and telescopes, combined with geology, physics, chemistry, and biology, to answer big questions about our solar system and beyond. These interdisciplinary experts analyze data, create models, explore extreme environments on Earth, and design future missions, requiring strong math, programming, and analytical skills, often with advanced degrees in related sciences like astronomy or geology
Analyze Data: Process images and data from rovers (like Mars rovers) and orbiting satellites to study planetary surfaces, atmospheres, and interiors. Research and Modeling: Build computer models for planetary simulations, study extreme Earth environments (analog fieldwork), and conduct lab experiments. Explore Extremes: Investigate volcanology, tectonics, oceans, and atmospheres to understand planetary evolution. Design Missions: Collaborate with engineers to define science goals and instrument needs for future space missions. Study Exoplanets: Observe planets orbiting other stars to find new worlds and understand planetary diversity.
Astronomy and Astrophysics Geology and Geophysics (Planetary Geology) Chemistry and Cosmochemistry Physics (Space Physics) Atmospheric Science and Meteorology Biology (Astrobiology)
"JWST Panel Discussion at Wolf Trap (NHQ202207290013)" by NASA HQ PHOTO is licensed under CC BY-NC-ND 2.0.