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Water Loss from Young Planets

by Güdel, Manuel , Johnstone, Colin P. , Tian, Feng , Luger, Rodrigo , Lammer, Helmut , Odert, Petra

in Aerospace Technology and Astronautics / Astrophysics and Astroparticles / Atmosphere / Earth / Evolution / Extrasolar planets / Hydrogen / Physics / Physics and Astronomy / Planetary evolution / Planetology / Planets / Planets and Satellites / Protoplanets / Radiation / Red dwarf stars / Solar system / Solar system evolution / Space Exploration and Astronautics / Space Sciences (including Extraterrestrial Physics / Stellar evolution / Terrestrial planets / The Delivery of Water to Protoplanets / Water loss

2018

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Water Loss from Young Planets

by Güdel, Manuel , Johnstone, Colin P. , Tian, Feng , Luger, Rodrigo , Lammer, Helmut , Odert, Petra

2018

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Water Loss from Young Planets

by Güdel, Manuel , Johnstone, Colin P. , Tian, Feng , Luger, Rodrigo , Lammer, Helmut , Odert, Petra

2018

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Journal Article

Water Loss from Young Planets

Güdel, Manuel,

Johnstone, Colin P.,

Tian, Feng,

Luger, Rodrigo,

Lammer, Helmut,

Odert, Petra

2018

Overview

Good progress has been made in the past few years to better understand the XUV evolution trend of Sun-like stars, the capture and dissipation of hydrogen dominant envelopes of planetary embryos and protoplanets, and water loss from young planets around M dwarfs. This chapter reviews these recent developments. Observations of exoplanets and theoretical works in the near future will significantly advance our understanding of one of the fundamental physical processes shaping the evolution of solar system terrestrial planets.

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Publisher

Springer Netherlands,Springer Nature B.V

Subject

Aerospace Technology and Astronautics

/ Astrophysics and Astroparticles

/ Earth