Resolved Views of Galaxy Evolution at Cosmic Noon
KMOS3D is a near-IR integral field spectroscopic survey of over 700 galaxies at 0.7<z<2.7, the peak epoch of cosmic star formation activity, using the efficient multi-IFU KMOS instrument at the ESO Very Large Telescope. The data were obtained as part of a 75-night Guaranteed Observations Program jointly led by the MPE IR/Submm Group, and the OPINAS/University Observatory Munich, members of the consortium that built KMOS. KMOS3D utilizes synergies with multi-wavelength ground- and space-based surveys to trace the evolution of spatially resolved Hα+[NII]+[SII] emission line maps and kinematics from a homogeneous sample over 5 Gyr of cosmic history. The targets are drawn from a mass-selected parent sample from the HST 3D-HST grism survey with high-resolution multi-color imaging from the CANDELS survey. The dataset sheds new light on the physical mechanisms driving the early growth and lifecycle of galaxies, and provides a rich legacy for the astronomical community.