Linked from

The 7 pages that link to Planetary radius, each with the reason it gives.

• Super-EarthRelated: Radius measurements paired with mass help constrain a super-Earth's density.

• Planetary transitRelated: Transit depth provides a radius ratio that yields the planet’s size when stellar radius is known.

• Exoplanet detectionRelated: Transit depth gives a planet’s radius relative to its star.

• Earth analogRelated: Radius is one of the main measurements used to compare an exoplanet with Earth.

• Kepler-186fRelated: The measured transit depth constrains Kepler-186f’s size relative to its star.

• Kepler-22bRelated: Transit depth, combined with the star’s radius, yields Kepler-22b’s estimated radius.

• Kepler-452bRelated: The transit depth constrains Kepler-452b’s radius, but does not directly reveal its mass or composition.