HFF-DeepSpace Photometric Catalogs of the Twelve Hubble Frontier Fields, Clusters and Parallels: Photometry, Photometric Redshifts, and Stellar Masses
Heath Shipley, Daniel Lange-Vagle, Danilo Marchesini, Gabriel Brammer,, Laura Ferrarese, Mauro Stefanon, Erin Kado-Fong, Katherine E. Whitaker,, Pascal Oesch, Adina Feinstein, Ivo Labb'e, Britt Lundgren, Nicholas Martis,, Adam Muzzin, Kalina Nedkova, Rosalind Skelton

TL;DR
This paper provides comprehensive multi-wavelength photometric catalogs for the Hubble Frontier Fields, including photometry, redshifts, and stellar masses, to facilitate studies of galaxy formation and evolution.
Contribution
It introduces the first homogeneous, multi-wavelength photometric catalogs for all six Hubble Frontier Fields clusters and parallels, including deep infrared data and detailed processing steps.
Findings
Public release of multi-wavelength catalogs (0.2-8 microns).
Enhanced detection of high-redshift sources through improved data processing.
Robust photometric redshifts and stellar mass estimates for numerous galaxies.
Abstract
We present Hubble multi-wavelength photometric catalogs, including (up to) 17 filters with the Advanced Camera for Surveys and Wide Field Camera 3 from the ultra-violet to near-infrared for the Hubble Frontier Fields and associated parallels. We have constructed homogeneous photometric catalogs for all six clusters and their parallels. To further expand these data catalogs, we have added ultra-deep -band imaging at 2.2~\micron\ from the Very Large Telescope HAWK-I and Keck-I MOSFIRE instruments. We also add post-cryogenic \spitzer\ imaging at 3.6~\micron\ and 4.5~\micron\ with the Infrared Array Camera (IRAC), as well as archival IRAC 5.8~\micron\ and 8.0~\micron\ imaging when available. We introduce the public release of the multi-wavelength (0.2--8~\micron) photometric catalogs, and we describe the unique steps applied for the construction of these catalogs. Particular emphasis…
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