A cross-discipline approach is undertaken to establish, in a small lunar crater, a permanent domed oasis which optimizes human factors. A satellite first performs global mapping prior to site selection. It will transfer to lunar-stationary orbit and transmit power to the base via laser beam to drive equipment and illumine the long lunar night. Tele-robotic operations minimize risk during heavy construction prior to occupancy. A coring penetrator tunnels habitats in the crater wall which allow an elevated outlook towards the agricultural interior ground plane. A sustained trial period monitors controlled plant growth prior to the introduction of other life forms.
