Astronomy and Astrophysics · 2017 · 112 citations · 50 references
Natural SciencesAstronomyPhysicsAstrophysicsPlanetary ScienceSpectroscopyExoplanet DetectionOptical SpectroscopyPlanetary AtmospheresRadio SpectroscopySpectral Line AstronomyStellar SpectroscopyExoplanet Transit SpectroscopyHost Star SpectroscopyPlanetary SpectroscopySpectral Line ObservationsSpectroscopy Of Planetary AtmospheresStellar Atmosphere DiagnosticsTelluric Absorption CorrectionTelluric Correction Techniques
Context. Transit spectroscopy is one of the most commonly used methods to characterize exoplanets’ atmospheres. From the ground, these observations are very challenging due to the terrestrial atmosphere and its intrinsic variations, but high-spectral-resolution observations overcome this difficulty by resolving the spectral lines and taking advantage of the different Doppler velocities of the Earth, the host star, and the exoplanet.
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