AKARI-SDSS-6dFGS-2MRS galaxy sample : J/MNRAS/474/5363


Authors : Kilerci Eser E. orcid , Goto T. (hide) , Goto T. et..al

Bibcode : 2018MNRAS.474.5363K (ADS) (Simbad) (Objects) (hide)

CDS Keywords : Galaxies, IR; Photometry, infrared
UAT : Galaxies, Infrared sources, Infrared photometry

Observation (OC)

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Inserted into VizieR : 19-Apr-2021
Last modification : 18-Aug-2024

The infrared luminosity function of AKARI 90 {mu}m galaxies in the local Universe. (2018)

Keywords : techniques photometric - galaxies: general - galaxies: interactions - galaxies: starburst - infrared: galaxies

Abstract:Local infrared (IR) luminosity functions (LFs) are necessary benchmarks for high-redshift IR galaxy evolution studies. Any accurate IR LF evolution studies require accordingly accurate local IR LFs. We present IR galaxy LFs at redshifts of z<=0.3 from AKARI space telescope, which performed an all-sky survey in six IR bands (9, 18, 65, 90, 140, and 160um) with 10 times better sensitivity than its precursor Infrared Astronomical Satellite. Availability of 160um filter is critically important in accurately measuring total IR luminosity of galaxies, covering across the peak of the dust emission. By combining data from Wide-field Infrared Survey Explorer (WISE), Sloan Digital Sky Survey (SDSS) Data Release 13 (DR 13), six-degree ...(more)
Abstract: (hide)
In our aim to derive the most accurate local IR LF, we have cross-matched the AKARI all-sky survey with the SDSS, 6dFGS, and 2MRS to find 15638 IR galaxies with spectroscopic redshifts. We have measured LIR by SED fitting based on the six AKARI, the four WISE IR photometry bands. Especially, the far-IR photometry that cover the peak of the dust emission SED allow us to have accurate LIR measurements compared to the ones based on a bolometric conversion factor.

  • II/297 : AKARI/IRC mid-IR all-sky Survey (ISAS/JAXA, 2010)
  • II/298 : AKARI/FIS All-Sky Survey Point Source Catalogs (ISAS/JAXA 2010)
  • VII/259 : 6dF galaxy survey final redshift release (Jones+, 2009)
  • J/ApJS/199/26 : The 2MASS Redshift Survey (2MRS) (Huchra+, 2012)

                
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