Cosmic Evolution of Radio Sources in ATLAS
Minnie Y. Mao, Ray P. Norris, Rob Sharp, Jim E. J. Lovell
TL;DR
This paper presents spectroscopic redshift measurements for 564 radio sources from the ATLAS survey, enabling the study of radio galaxy evolution across cosmic time.
Contribution
It provides the largest spectroscopic redshift sample for the ATLAS radio survey, facilitating detailed analysis of radio galaxy evolution.
Findings
Redshifts for 395 new ATLAS radio galaxies obtained
Combined with literature, total of 564 redshifts now available
Supports future studies of cosmic evolution of radio sources
Abstract
The Australia Telescope Large Area Survey (ATLAS), which is the widest deep field radio survey so far attempted, aims to probe the evolution of radio galaxies out to the edge of the Universe. Using AAOmega on the Anglo-Australian Telescope we have successfully obtained spectroscopic redshifts for 395 of the ATLAS radio galaxies. Coupled with 169 redshifts from the existing literature, we now have 564 spectroscopic redshifts for ATLAS sources.
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