An investigation of a super-Earth exoplanet with a greenhouse-gas atmosphere using a general circulation model

► We present results from a general circulation model of a tidally locked super-Earth. ► We perform a parameter sweep in global mean surface pressure and surface albedo. ► Our simulations are performed in the rapidly-rotating exoplanet regime. ► We find the circulation and temperature depend on both surface pressure and albedo. ► The variation in surface pressure is observationally detectable in transit spectra.