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Authors
- E. van Kampen, European Southern ObservatoryFollow
- D. J. B. Smith, University of NottinghamFollow
- S. Maddox, University of NottinghamFollow
- A. M. Hopkins, Australian Astronomical ObservatoryFollow
- I. Valtchanov, Herschel Science Centre
- J. A. Peacock, University of EdinburghFollow
- M. J. Michałowski, University of EdinburghFollow
- P. Norberg, Durham UniversityFollow
- S. Eales, Cardiff University
- L. Dunne, University of NottinghamFollow
- J. Liske, European Southern Observatory
- M. Baes, Universiteit GentFollow
- D. Scott, University of British Columbia
- E. Rigby, University of Nottingham
- A. Robotham, University of St. AndrewsFollow
- P. van der Werf, Leiden UniversityFollow
- E. Ibar, Royal Observatory EdinburghFollow
- M. J. Jarvis, University of HertfordshireFollow
- J. Loveday, University of SussexFollow
- R. Auld, University of Edinburgh
- I. K. Baldry, Liverpool John Moores University
- Steven Bamford, University of Nottingham
- E. Cameron, Insitute for Astronomy
- S. Croom, University of SydneyFollow
- S. Buttiglione, INAF – Osservatorio Astronomico Di PadovaFollow
- A. Cava, Universidad Complutense de Madrid
- A. Cooray, University of California - IrvineFollow
- S. Driver, University of Western Australia
- J. S. Dunlop, University of Edinburgh
- A. Dariush, Imperial College London
- J. Fritz, Universiteit GentFollow
- R. J. Ivison, Royal Observatory Edinburgh
- E. Pascale, Cardiff UniversityFollow
- M. Pohlen, Cardiff UniversityFollow
- G. Rodighiero, University of Padova
- P. Temi, NASA/Ames Research CenterFollow
- D. G. Bonfield, University of Hertfordshire
- D. Hill, University of Hertfordshire
- D. H. Jones, Australian Astronomical Observatory
- L. Kelvin, University of St. Andrews
- H. Parkinson, University of EdinburghFollow
- M. Prescott, Liverpool John Moores University
- R. Sharp, Australian Astronomical Observatory
- G. de Zotti, SISSA
- S. Serjeant, The Open UniversityFollow
- C. C. Popescu, University of Central Lancashire
- R. J. Tuffs, Max Planck Institute for Nuclear AstrophysicsFollow
Date of this Version
2012
Citation
Mon. Not. R. Astron. Soc. 426, 3455–3463 (2012); doi:10.1111/j.1365-2966.2012.21949.x
Abstract
We have measured the clustering properties of low-redshift (z < 0.3) submm galaxies detected at 250 μm in the Herschel-ATLAS science demonstration phase field. We selected a sample for which we have high-quality spectroscopic redshifts, obtained from reliably matching the 250-μm sources to a complete (for r < 19.4) sample of galaxies from the GAMA data base. Both the angular and spatial clustering strength are measured for all z < 0.3 sources as well as for five redshift slices with thickness Δz = 0.05 in the range 0.05 < z < 0.3. Our measured spatial clustering length r0 is comparable to that of optically selected, moderately star-forming (blue) galaxies: we find values around 5 Mpc. One of the redshift bins contains an interesting structure, at z = 0.164.
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