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ON STAR FORMATION RATES AND STAR FORMATION HISTORIES OF GALAXIES OUT TOz∼ 3

Authors :
Paola Andreani
Anton M. Koekemoer
Eckhard Sturm
Stefano Berta
Bruno Altieri
Francesca Pozzi
Raanan Nordon
Ángel Bongiovanni
Reinhard Genzel
Andrea Cimatti
Benjamin Magnelli
Dieter Lutz
Linda J. Tacconi
Herve Aussel
Albrecht Poglitsch
Emanuele Daddi
Roberto Maiolino
David Elbaz
Ana Perez Garcia
Stijn Wuyts
Ivan Valtchanov
Miguel Sánchez-Portal
Natascha M. Förster Schreiber
Jordi Cepa
Paola Popesso
Elizabeth J. McGrath
Wuyts S.
Förster Schreiber N.M.
Lutz D.
Nordon R.
Berta S.
Altieri B.
Andreani P.
Aussel H.
Bongiovanni A.
Cepa J.
Cimatti A.
Daddi E.
Elbaz D.
Genzel R.
Koekemoer A.M.
Magnelli B.
Maiolino R.
McGrath E.J.
Pérez García A.
Poglitsch A.
Popesso P.
Pozzi F.
Sanchez-Portal M.
Sturm E.
Tacconi. L.
Valtchanov I.
Source :
The Astrophysical Journal. 738:106
Publication Year :
2011
Publisher :
American Astronomical Society, 2011.

Abstract

We compare multi-wavelength SFR indicators out to z~3 in GOODS-South. Our analysis uniquely combines U-to-8um photometry from FIREWORKS, MIPS 24um and PACS 70, 100, and 160um photometry from the PEP survey, and Ha spectroscopy from the SINS survey. We describe a set of conversions that lead to a continuity across SFR indicators. A luminosity-independent conversion from 24um to total infrared luminosity yields estimates of LIR that are in the median consistent with the LIR derived from PACS photometry, albeit with significant scatter. Dust correction methods perform well at low to intermediate levels of star formation. They fail to recover the total amount of star formation in systems with large SFR_IR/SFR_UV ratios, typically occuring at the highest SFRs (SFR_UV+IR \gtrsim 100 Msun/yr) and redshifts (z \gtrsim 2.5) probed. Finally, we confirm that Ha-based SFRs at 1.5<br />Comment: Accepted for publication in The Astrophysical Journal, 19 pages, 15 figures

Details

ISSN :
15384357 and 0004637X
Volume :
738
Database :
OpenAIRE
Journal :
The Astrophysical Journal
Accession number :
edsair.doi.dedup.....e57314ee95625f902ce70c2d3b161c48
Full Text :
https://doi.org/10.1088/0004-637x/738/1/106