  Locating planets in circumstellar Habitable Zones is a priority for many
exoplanet surveys. Space-based and ground-based surveys alike require robust
toolsets to aid in target selection and mission planning. We present the
Catalog of Earth-Like Exoplanet Survey Targets (CELESTA), a database of
Habitable Zones around 36,000 nearby stars. We calculated stellar parameters,
including effective temperatures, masses, and radii, and we quantified the
orbital distances and periods corresponding to the circumstellar Habitable
Zones. We gauged the accuracy of our predictions by contrasting CELESTA's
computed parameters to observational data. We ascertain a potential return on
investment by computing the number of Habitable Zones probed for a given survey
duration. A versatile framework for extending the functionality of CELESTA into
the future enables ongoing comparisons to new observations, and recalculations
when updates to Habitable Zone models, stellar temperatures, or parallax data
become available. We expect to upgrade and expand CELESTA using data from the
Gaia mission as the data becomes available.
