J/ApJ/697/1369 GOODS Ks-selected multiwavelength compilations (Bundy+, 2009)
The greater impact of mergers on the growth of massive galaxies:
implications for mass assembly and evolution since z ≃ 1.
Bundy K., Fukugita M., Ellis R.S., Targett T.A., Belli S., Kodama T.
<Astrophys. J., 697, 1369-1383 (2009)>
=2009ApJ...697.1369B 2009ApJ...697.1369B
ADC_Keywords: Surveys ; Galaxies, photometry
Keywords: galaxies: evolution - galaxies: formation - galaxies: interactions
Abstract:
Ks-selected multiwavelength compilations in GOODS.
Description:
We obtained Ks-band observations using MOIRCS on the Subaru Telescope
during two nights in 2006 April. Each MOIRCS pointing is imaged onto
two overlapping detectors, giving a total field of view that is
roughly 4' by 7'. Our observations consisted of eight tiled pointings
arranged with some overlap in order to cover the entire GOODS-N
region. The MOIRCS Ks-band 80% completeness depth varies across the
GOODS-N field from Ks=23.5 to Ks=24.0 with an average of Ks∼23.8. In
GOODS-S, JHKs imaging was obtained by an ESO/GOODS project using ISAAC
on the VLT at the ESO Paranal Observatory. The survey details and data
reduction are described in J. Retzlaff (2009, in prep.). The final
version 2.0 reduced and calibrated images are publicly available on
the ESO website and, for the Ks-band are similar in quality to our
MOIRCS data in GOODS-N.
We constructed our Ks-selected sample in GOODS-N by combining the
detections in all of the MOIRCS images into a single source list.
Because we designed the field layout so that the pointings overlap,
duplicate sources must be removed from this list. We matched this
Ks-band source list to a number of publicly available catalogs in
GOODS-N. We then cross-referenced our Ks-band sample to several
spectroscopic redshift catalogs.
In GOODS-S, a source catalog based on the ISAAC data was constructed
with the same methods used for building the MOIRCS catalog in GOODS-N.
Matching to the version 1.1 GOODS-S z-selected ACS catalog was also
carried out in a similar fashion. The Ks-selected ISAAC catalog was
correlated to source catalogs obtained from the ISAAC J and H-bands
(JH photometry was not obtained in GOODS-N). The final ISAAC
Ks-selected catalog in GOODS-S contains 9043 unique sources over
160arcmin2.
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
north.dat 619 8112 KGOODS-N v0.9 matched catalog, 08/02/2009
south.dat 1006 9043 KGOODS-S v1.0 matched catalog, 08/02/2009
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See also:
II/261 : GOODS initial results (Giavalisco+, 2004)
J/A+A/449/951 : GOODS-MUSIC sample: multicolour catalog (Grazian+, 2006)
J/AJ/127/3137 : Hawaii redshifts in the ACS-GOODS region (Cowie+, 2004)
J/AJ/127/3121 : TKRS catalog of GOODS-North Field (Wirth+, 2004)
J/ApJ/653/1027 : TKRS/GOODS-N Field galaxies (Weiner+, 2006)
J/A+A/434/53 : GOODS-South Field VLT/FORS2 redshifts. I. (Vanzella+, 2005)
J/A+A/454/423 : GOODS-South Field VLT/FORS2 redshifts. II. (Vanzella+, 2006)
J/A+A/478/83 : GOODS-South Field VLT/FORS2 redshifts. III. (Vanzella+, 2008)
Byte-by-byte Description of file: north.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 6 I6 --- OBJNO Object ID number
8 I1 --- --- [0]
10- 27 E18.13 deg RAdeg Right ascension in decimal degrees, J2000,
with respect to ACS registration
29- 46 E18.13 deg DEdeg Declination in decimal degrees, J2000,
with respect to ACS registration
48- 60 E13.7 --- zTKRS ?=-1 TKRS spectroscopic redshift
62- 63 I2 --- q_zTKRS ?=-9 TKRS redshift quality
(high quality = 3 or 4)
65- 77 E13.7 --- zTT ?=-1 Spectroscopic redshift from
Treu et al. (2005ApJ...622L...5T 2005ApJ...622L...5T)
79- 80 I2 --- q_zTT ?=-9 Treu et al. (2005ApJ...622L...5T 2005ApJ...622L...5T)
redshift quality (same scale as TKRS)
82- 94 E13.7 --- zCowie ?=-1 Spectroscopic redshift from Cowie (2004,
Cat. J/AJ/124/3137) compilation
96-108 E13.7 --- zReddy ?=-1 Spectroscopic redshift from Reddy et al.
(2006, Cat. J/ApJ/653/1004) compilation
110-122 E13.7 --- zBPZ ?=-1 BPZ Photo-z estimate from Bundy et al.
(2009ApJ...697.1369B 2009ApJ...697.1369B)
124-136 E13.7 --- e_zBPZ ?=-1 BPZ Photo-z error estimate from
Bundy et al. (2009ApJ...697.1369B 2009ApJ...697.1369B)
138-150 E13.7 --- zCapak ?=-1 Capak HDFN photo-z estimate
152-164 E13.7 --- e_zCapak ?=-1 Capak HDFN photo-z error estimate
166-167 I2 --- Morph ?=99 Visual morphological classification (G1)
169-171 A3 --- --- [N/A]
173-184 E12.7 mag Rmag ?=99 TKRS ground-based Rmag (1)
186-197 E12.7 mag Kdepth MOIRCS K-band 80% completeness depth (Vega) for
the image corresponding to this source
199-211 E13.7 mag Kmag [-1] ?=-1 MOIRCS K-band MAG_AUTO (Vega)
213-224 E12.7 mag Kmag1 MOIRCS K-band 1arcsec diameter aperture
magnitude (Vega)
226-237 E12.7 mag Kmag2 MOIRCS K-band 2arcsec diameter aperture
magnitude (Vega)
239-250 E12.7 mag Kmag3 MOIRCS K-band 3arcsec diameter aperture
magnitude (Vega)
252-263 E12.7 mag Kmag4 MOIRCS K-band 4arcsec diameter aperture
magnitude (Vega)
265-276 E12.7 mag e_Kmag ?=99 MOIRCS K-band MAG_AUTO SExtractor error
(likely underestimate)
278-289 E12.7 mag e_Kmag1 ?=99 MOIRCS K-band 1arcsec diameter SExtractor
error (likely underestimate)
291-302 E12.7 mag e_Kmag2 ?=99 MOIRCS K-band 2arcsec diameter SExtractor
error (likely underestimate)
304-315 E12.7 mag e_Kmag3 ?=99 MOIRCS K-band 3arcsec diameter SExtractor
error (likely underestimate)
317-328 E12.7 mag e_Kmag4 ?=99 MOIRCS K-band 4arcsec diameter SExtractor
error (likely underestimate)
330-341 E12.7 mag eKmag ?=99 MOIRCS K-band robust error from
simulated sources
343-354 E12.7 mag eKmag1 ?=99 MOIRCS K-band 1arcsec diameter robust error
from simulated sources
356-367 E12.7 mag eKmag2 ?=99 MOIRCS K-band 2arcsec diameter robust error
from simulated sources
369-380 E12.7 mag eKmag3 ?=99 MOIRCS K-band 3arcsec diameter robust error
from simulated sources
382-393 E12.7 mag eKmag4 ?=99 MOIRCS K-band 4arcsec diameter robust error
from simulated sources
395-407 E13.7 mag Bmag1 ?=-99 ACS Bmag (f435w) 1arcsec diameter aperture
AB mag (v1.19)
409-421 E13.7 mag Vmag1 ?=-99 ACS Vmag (f606w) 1arcsec diameter aperture
AB mag (v1.19)
423-435 E13.7 mag imag1 ?=-99 ACS imag (f775w) 1arcsec diameter aperture
AB mag (v1.19)
437-449 E13.7 mag zmag1 ?=-99 ACS zmag (f850lp) 1arcsec diameter
aperture AB mag (v1.19)
451-463 E13.7 mag e_Bmag1 ?=-99 ACS Bmag1 SExtractor error
465-477 E13.7 mag e_Vmag1 ?=-99 ACS Vmag1 SExtractor error
479-491 E13.7 mag e_imag1 ?=-99 ACS imag1 SExtractor error
493-505 E13.7 mag e_zmag1 ?=-99 ACS zmag1 SExtractor error
507-519 E13.7 mag Bmag2 ?=-99 ACS Bmag (f435w) 2arcsec diameter aperture
AB mag (v1.19)
521-533 E13.7 mag Vmag2 ?=-99 ACS Vmag (f606w) 2arcsec diameter aperture
AB mag (v1.19)
535-547 E13.7 mag imag2 ?=-99 ACS imag (f775w) 2arcsec diameter aperture
AB mag (v1.19)
549-561 E13.7 mag zmag2 ?=-99 ACS zmag (f850lp) 2arcsec diameter
aperture AB mag (v1.19)
563-575 E13.7 mag e_Bmag2 ?=-99 ACS Bmag2 SExtractor error
577-589 E13.7 mag e_Vmag2 ?=-99 ACS Vmag2 SExtractor error
591-603 E13.7 mag e_imag2 ?=-99 ACS imag2 SExtractor error
605-617 E13.7 mag e_zmag2 ?=-99 ACS zmag2 SExtractor error
619 I1 --- Flag [0/3] MOIRCS SExtractor flags
--------------------------------------------------------------------------------
Note (1): Not used in Bundy et al., 2009ApJ...697.1369B 2009ApJ...697.1369B
--------------------------------------------------------------------------------
Byte-by-byte Description of file: south.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 6 I6 --- OBJNO Object ID number
8 I1 --- --- [0]
10- 27 E18.13 deg RAdeg Right ascension, in decimal degrees, J2000,
with respect to ACS registration
29- 47 E19.13 deg DEdeg Declination, in decimal degrees, J2000,
with respect to ACS registration
49- 53 I5 --- Index ?=-1 Entry index number in MUSIC compilation
catalog (Cat. J/A+A/449/951) (1)
55- 67 E13.7 --- zVIMOS ?=-1 VIMOS GOODS/ADP spec-z redshift, v1.0
69- 71 A3 --- q_zVIMOS [ABCXs N/A] VIMOS redshift quality (2)
73- 85 E13.7 --- zFORS2 ?=-1 FORS2 GOODS/ADP spec-z redshift, v3.0
87- 89 A3 --- q_zFORS2 [ABCX N/A] FORS2 redshift quality (2)
91- 103 E13.7 --- zBPZ ?=-1 BPZ photo-z estimated by Bundy et al.
(2009ApJ...697.1369B 2009ApJ...697.1369B)
105- 117 E13.7 --- e_zBPZ ?=-1 BPZ photo-z error
119- 120 I2 --- Morph ?=99 Visual morphological classification (G1)
122- 124 A3 --- --- [N/A]
126- 137 E12.7 mag Kdepth ISAAC 80% completeness depth for the image
corresponding to this source
139- 150 A12 mag Jdepth ISAAC 80% completeness depth for the image
corresponding to this source
152- 164 E13.7 mag Hdepth ?=-99 ISAAC 80% completeness depth for the
image corresponding to this source
166- 177 E12.7 mag Kmag ?=99 ISAAC v2.0 K-band SExtractor MAG_AUTO (AB)
179- 190 E12.7 mag Kmag1 ISAAC v2.0 K-band 1" diameter aperture
magnitude (AB)
192- 203 E12.7 mag Kmag2 ?=99 ISAAC v2.0 K-band 2" diameter
aperture magnitude (AB)
205- 216 E12.7 mag Kmag3 ?=99 ISAAC v2.0 K-band 3" diameter
aperture magnitude (AB)
218- 229 E12.7 mag Kmag4 ?=99 ISAAC v2.0 K-band 4" diameter
aperture magnitude (AB)
231- 242 E12.7 mag e_Kmag ?=99 ISAAC v2.0 K-band SExtractor MAG_AUTO
error (likely an underestimate)
244- 255 E12.7 mag e_Kmag1 ISAAC v2.0 K-band SExtractor aperture mag error
(likely an underestimate)
257- 268 E12.7 mag e_Kmag2 ?=99 ISAAC v2.0 K-band SExtractor aperture mag
error (likely an underestimate)
270- 281 E12.7 mag e_Kmag3 ?=99 ISAAC v2.0 K-band SExtractor aperture mag
error (likely an underestimate)
283- 294 E12.7 mag e_Kmag4 ISAAC v2.0 K-band SExtractor aperture mag error
(likely an underestimate)
296- 308 E13.7 mag Jmag ?=-99 ISAAC v2.0 Jband SExtractor MAG_AUTO (AB)
310- 322 E13.7 mag Jmag1 ?=-99 ISAAC v2.0 J-band 1" diameter
aperture magnitude (AB)
324- 336 E13.7 mag Jmag2 ?=-99 ISAAC v2.0 J-band 2" diameter
aperture magnitude (AB)
338- 350 E13.7 mag Jmag3 ?=-99 ISAAC v2.0 J-band 3" diameter
aperture magnitude (AB)
352- 364 E13.7 mag Jmag4 ?=-99 ISAAC v2.0 J-band 4" diameter
aperture magnitude (AB)
366- 378 E13.7 mag e_Jmag ?=-99 ISAAC v2.0 SExtractor errors
(likely an underestimate)
380- 392 E13.7 mag e_Jmag1 ?=-99 ISAAC v2.0 SExtractor errors
(likely an underestimate)
394- 406 E13.7 mag e_Jmag2 ?=-99 ISAAC v2.0 SExtractor errors
(likely an underestimate)
408- 420 E13.7 mag e_Jmag3 ?=-99 ISAAC v2.0 SExtractor errors
(likely an underestimate)
422- 434 E13.7 mag e_Jmag4 ?=-99 ISAAC v2.0 SExtractor errors
(likely an underestimate)
436- 448 E13.7 mag Hmag ?=-99 ISAAC v2.0 Hband SExtractor MAG_AUTO (AB)
450- 462 E13.7 mag Hmag1 ?=-99 ISAAC v2.0 H-band 1" diameter
aperture magnitude (AB)
464- 476 E13.7 mag Hmag2 ?=-99 ISAAC v2.0 H-band 2" diameter
aperture magnitude (AB)
478- 490 E13.7 mag Hmag3 ?=-99 ISAAC v2.0 H-band 3" diameter
aperture magnitude (AB)
492- 504 E13.7 mag Hmag4 ?=-99 ISAAC v2.0 H-band 4" diameter
aperture magnitude (AB)
506- 518 E13.7 mag e_Hmag ?=-99 ISAAC v2.0 H-band SExtractor errors
(likely an underestimate)
520- 532 E13.7 mag e_Hmag1 ?=-99 ISAAC v2.0 H-band 1" diameter SExtractor
errors (likely an underestimate)
534- 546 E13.7 mag e_Hmag2 ?=-99 ISAAC v2.0 H-band 2" diameter SExtractor
errors (likely an underestimate)
548- 560 E13.7 mag e_Hmag3 ?=-99 ISAAC v2.0 H-band 3" diameter SExtractor
errors (likely an underestimate)
562- 574 E13.7 mag e_Hmag4 ?=-99 ISAAC v2.0 H-band 4" diameter SExtractor
errors (likely an underestimate)
576- 587 E12.7 mag eKmag Robust K-band errors from simulated sources
589- 600 E12.7 mag eKmag1 Robust K-band 1" diameter errors from simulated
sources
602- 613 E12.7 mag eKmag2 Robust K-band 2" diameter errors from simulated
sources
615- 626 E12.7 mag eKmag3 Robust K-band 3" diameter errors from simulated
sources
628- 639 E12.7 mag eKmag4 Robust K-band 4" diameter errors from simulated
sources
641- 652 E12.7 mag eJmag Robust J-band errors from simulated sources
654- 665 E12.7 mag eJmag1 Robust J-band 1" diameter errors from simulated
sources
667- 678 E12.7 mag eJmag2 Robust J-band 2" diameter errors from simulated
sources
680- 691 E12.7 mag eJmag3 Robust J-band 3" diameter errors from simulated
sources
693- 704 E12.7 mag eJmag4 Robust J-band 4" diameter errors from simulated
sources
706- 718 E13.7 mag eHmag ?=-99 Robust H-band errors from simulated
sources
720- 732 E13.7 mag eHmag1 ?=-99 Robust H-band 1" diameter errors from
simulated sources
734- 746 E13.7 mag eHmag2 ?=-99 Robust H-band 2" diameter errors from
simulated sources
748- 760 E13.7 mag eHmag3 ?=-99 Robust H-band 3" diameter errors from
simulated sources
762- 774 E13.7 mag eHmag4 ?=-99 Robust H-band 4" diameter errors from
simulated sources
776- 788 E13.7 mag Bmag1 ?=-99 ACS Bmag (f435w) 1" diameter
aperture AB mag (v1.1)
790- 802 E13.7 mag Vmag1 ?=-99 ACS Vmag (f606w) 1" diameter
aperture AB mag (v1.1)
804- 816 E13.7 mag imag1 ?=-99 ACS imag (f775w) 1" diameter
aperture AB mag (v1.1)
818- 830 E13.7 mag zmag1 ?=-99 ACS zmag (f850lp) 1" diameter
aperture AB mag (v1.1)
832- 844 E13.7 mag e_Bmag1 ?=-99 ACS B-band 1" diameter SExtractor error
846- 858 E13.7 mag e_Vmag1 ?=-99 ACS V-band 1" diameter SExtractor error
860- 872 E13.7 mag e_imag1 ?=-99 ACS i-band 1" diameter SExtractor error
874- 886 E13.7 mag e_zmag1 ?=-99 ACS z-band 1" diameter SExtractor error
888- 900 E13.7 mag Bmag2 ?=-99 ACS Bmag (f435w) 2" diameter
aperture AB mag (v1.1)
902- 914 E13.7 mag Vmag2 ?=-99 ACS Vmag (f606w) 2" diameter
aperture AB mag (v1.1)
916- 928 E13.7 mag imag2 ?=-99 ACS imag (f775w) 2" diameter
aperture AB mag (v1.1)
930- 942 E13.7 mag zmag2 ?=-99 ACS zmag (f850lp) 2" diameter
aperture AB mag (v1.1)
944- 956 E13.7 mag e_Bmag2 ?=-99 ACS Bmag 2" diameter SExtractor error
958- 970 E13.7 mag e_Vmag2 ?=-99 ACS Vmag 2" diameter SExtractor error
972- 984 E13.7 mag e_imag2 ?=-99 ACS imag 2" diameter SExtractor error
986- 998 E13.7 mag e_zmag2 ?=-99 ACS zmag 2" diameter SExtractor error
1000-1001 I2 --- FlagJ ?=-1 SExtractor flags in J-band
1003-1004 I2 --- FlagH ?=-1 SExtractor flags in H-band
1006 I1 --- FlagK SExtractor flags in K-band
--------------------------------------------------------------------------------
Note (1): IDL type, first entry is INDEX=0
Note (2): A or B indicates a reliable redshift
--------------------------------------------------------------------------------
Global Notes:
Note (G1): Visual morphological classification from Bundy et al.
(2005ApJ...625..621B 2005ApJ...625..621B) with the scale: -2=Star, -1=Compact, 0=E,
1=E/S0, 2=S0, 3=Sab, 4=S, 5=Scd, 6=Irr, 7=Unclassified, 8=Merger,
9=Fault.
History:
Copied at http://astro.berkeley.edu/~kbundy/KGOODS/
(End) Patricia Vannier [CDS]
16-Jun-2009