J/MNRAS/516/5618 MUSE-ALMA VII 3672 galaxies in quasars fields (Peroux+, 2022)
MUSE-ALMA haloes VII survey science goals & design, data processing and
final catalogues
Peroux C., Weng S., Karki A., Augustin R., Kulkarni V.P., Szakacs R.,
Klitsch A., Hamanowicz A., Fresco A.Y., Zwaan M.A., Biggs A., Fox A.J.,
Hayes M., Howk J.C., Kacprzak G.G., Kassin S., Kuntschner H., Nelson D.,
Pettini M.
<Mon. Not. R. Astron. Soc. 516, 5618-5636 (2022)>
=2022MNRAS.516.5618P 2022MNRAS.516.5618P (SIMBAD/NED BibCode)
ADC_Keywords: Galaxies ; QSOs ; Positional data ; Photometry, classification ;
Photometry, HST ; Optical ; Redshifts ; Spectroscopy ;
Molecular data ; Line Profiles ; Millimetric/submm sources
Keywords: galaxies: evolution - galaxies: formation - galaxies: abundance -
galaxies: haloes - quasars: absorption lines
Abstract:
The gas cycling in the circumgalactic regions of galaxies is known to
be multi- phase. The MUSE-ALMA Haloes survey gathers a large
multi-wavelength observational sample of absorption and emission data
with the goal to significantly advance our understanding of the
physical properties of such CGM gas. A key component of the MUSE-ALMA
Haloes survey is the multi-facility observational campaign conducted
with VLT/MUSE, ALMA, and HST. MUSE-ALMA Haloes targets comprise 19
VLT/MUSE IFS quasar fields, including 32 zabs<0.85 strong absorbers
with measured N(H I) => 1018 cm-2 from UV-spectroscopy. We
additionally use a new complementary HST medium program to
characterize the stellar content of the galaxies through a 40-orbit
three-band UVIS and IR WFC3 imaging. Beyond the absorber-selected
targets, we detect 3658 sources all fields combined, including 703
objects with spectroscopic redshifts. This galaxy-selected sample
constitutes the main focus of the current paper. We have secured
millimeter ALMA observations of some of the fields to probe the
molecular gas properties of these objects. Here, we present the
overall survey science goals, target selection, observational
strategy, data processing and source identification of the full
sample. Furthermore, we provide catalogues of magnitude measurements
for all objects detected in VLT/MUSE, ALMA, and HST broad-band images
and associated spectroscopic redshifts derived from VLT/MUSE
observations. Together, this data set provides robust characterization
of the neutral atomic gas, molecular gas and stars in the same objects
resulting in the baryon census of condensed matter in complex galaxy
structures.
Description:
This study provides data from acquisition and processing of all
objects observed in the VLT/MUSE and HST observations of 19 quasar
fields making up the MUSE-ALMA Haloes survey. The 19 quasars
absorbers field targets are selected based on log(N(HI)/cm-2)>18
from HST UV spectroscopy and redshift zabs< 0.85 ensuring all
emission lines up to [OIII]λ5007Å will be covered by the
VLT/MUSE observations.
We proceeded to VLT/MUSE spectroscopic optical observations (i.e see
section 4.1), ALMA mm observations (i.e section 4.2) and HST
broad-band observations (i.e see section 4.3). After data processing
as detailed in section 5, we identify galaxies in our data in order to
explore the cosmic baryon cycle. We detect emetting and continuum
galaxies in VLT/MUSE Cubes and HST Broad-Band images (i.e see section
6). Finally, we focused on galaxy optical spectra to identify sources
and to estimate redshift and its confidence values of extra-galactic
objects (i.e section 7). We assembled tables for each 19 targeted
field (i.e see tablea1-19.dat) with all the spectroscopic/photometric
informations derived for the galaxies from the VLT/MUSE and HST
detections.
File Summary:
--------------------------------------------------------------------------------
FileName Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
qso.dat 47 19 Primary targets within the 19 fields targeted
by the MUSE-ALMA Haloes
tablea2.dat 394 16 *MUSE-ALMA Haloes galaxy properties in the
field Q0123m0058
tablea1.dat 421 97 *MUSE-ALMA Haloes galaxy properties in the
field Q0058p0019
tablea3.dat 501 195 *MUSE-ALMA Haloes galaxy properties in the
field Q0138m0005
tablea4.dat 501 112 *MUSE-ALMA Haloes galaxy properties in the
field Q0152m2001
tablea5.dat 501 277 *MUSE-ALMA Haloes galaxy properties in the
field Q0152p0023
tablea6.dat 501 189 *MUSE-ALMA Haloes galaxy properties in the
field Q0420m0127
tablea8.dat 501 134 *MUSE-ALMA Haloes galaxy properties in the
field Q0454m220
tablea9.dat 501 106 *MUSE-ALMA Haloes galaxy properties in the
field Q1110p0048
tablea12.dat 501 56 *MUSE-ALMA Haloes galaxy properties in the
field Q1229m021
tablea13.dat 501 276 *MUSE-ALMA Haloes galaxy properties in the
field Q1342m0035
tablea14.dat 501 596 *MUSE-ALMA Haloes galaxy properties in the
field Q1345m0023
tablea15.dat 501 261 *MUSE-ALMA Haloes galaxy properties in the
field Q1431m0050
tablea16.dat 501 302 *MUSE-ALMA Haloes galaxy properties in the
field Q1515p0410
tablea17.dat 501 298 *MUSE-ALMA Haloes galaxy properties in the
field Q1554m203
tablea18.dat 501 79 *MUSE-ALMA Haloes galaxy properties in the
field Q2131m1207
tablea19.dat 501 225 *MUSE-ALMA Haloes galaxy properties in the
field Q2353m0028
tablea10.dat 495 301 *MUSE-ALMA Haloes galaxy properties in the
field Q1130m1449
tablea11.dat 495 63 *MUSE-ALMA Haloes galaxy properties in the
field Q1211p1030
tablea7.dat 456 89 *MUSE-ALMA Haloes galaxy properties in the
field Q0454p039
--------------------------------------------------------------------------------
Note on *.dat: There are three distinct types of entries : objects
detected in MUSE cubes but not in HST images, objects detected in HST images
but not in MUSE cubes, and objects detect in HST images but outside the MUSE
field-of-view. The number '999' means there is no information in this entry as:
either there are no such HST filter observed, or the object is not detected in
HST and as such as no 'object classifier', or the redshift could not be
estimated. An '999' entry in the error columns indicates that the corresponding
measure is an upper limit from a non-detection.
--------------------------------------------------------------------------------
See also:
J/MNRAS/456/1195 : KMOS AGN Survey at High redshift (KASHz) (Harrison+, 2016)
J/MNRAS/485/1961 : List of 22 MEGAFLOW fields (Zabl+, 2019)
J/MNRAS/491/2057 : MAGG I Near pristine gas cloud at z∼3.5 (Lofthouse+, 2020)
J/MNRAS/499/5022 : MUSE Analysis of Gas around Galaxies II (Dutta+, 2020)
J/MNRAS/508/4573 : Galaxy surveys in quasars fields (Dutta+, 2021)
J/A+A/608/L8 : Calibration of G passband for Gaia DR1 (Maiz Apellaniz 2017)
J/A+A/618/A3 : NGC 300 MUSE spectroscopy for central fields (Roth+, 2018)
J/ApJ/794/156 : MgII/FeII absorption profile for 0.3<z<1.4 galaxies
(Rubin+, 2014)
J/ApJ/883/78 : Column densities of CGM absorption lines (Pointon+, 2019)
J/ApJ/887/196 : REQUIEM survey. I. Lyα halos around QSOs
(Farina+, 2019)
J/ApJS/233/22 : xCOLD GASS catalog (Saintonge+, 2017)
Byte-by-byte Description of file: qso.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 10 A10 --- Name Name of targeted quasar (Quasar)
12- 13 I2 h RAh Right ascension (J2000)
15- 16 I2 min RAm Right ascension (J2000)
18- 22 F5.2 s RAs Right ascension (J2000)
24 A1 --- DE- Declination sign (J2000)
25- 26 I2 deg DEd Declination (J2000)
28- 29 I2 arcmin DEm Declination (J2000)
31- 34 F4.1 arcsec DEs Declination (J2000)
36- 38 I3 --- Ngal Number of galaxies in the quasar field
40- 47 A8 --- Table Name of the corresponding galaxies table
--------------------------------------------------------------------------------
Byte-by-byte Description of file: tablea1.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 13 A13 --- ID Object identification designation as
Q0058p0019_NN NN from 1 to 16 (id)
15- 24 F10.7 deg RAdeg Right ascension (J2000) (RA)
26- 36 F11.9 deg DEdeg Declination (J2000) (Dec)
38- 44 F7.3 --- S/G ?=999 SExtractor star/galaxy
classification parameter <0.95 likely
extra-galactic (Object classifier)
46- 48 I3 mag F336Wmag ?=999 The HST WFC3/UVIS F336W apparent
magnitude centered on 3355Å (F336W)
50- 52 I3 mag e_F336Wmag ?=999 Mean uncertainty of F336Wmag
(F336W_err)
54- 56 I3 mag F438Wmag ?=999 The HST WFC3/UVIS F438W apparent
magnitude centered on 4326Å (F438W)
58- 60 I3 mag e_F438Wmag ?=999 Mean uncertainty of F438Wmag
(F438W_err)
62- 64 I3 mag F450Wmag ?=999 The HST WFPC2 F450W apparent
magnitude centered on 4556Å (F450W)
66- 68 I3 mag e_F450Wmag ?=999 Mean uncertainty of F450Wmag
(F450W_err)
70- 72 I3 mag F475Wmag ?=999 The HST WFC3/UVIS F475W apparent
magnitude centered on 4774Å (F475W)
74- 76 I3 mag e_F475Wmag ?=999 Mean uncertainty of F475Wmag
(F475W_err)
78- 80 I3 mag F625Wmag ?=999 The HST WFC3/UVIS F625W apparent
magnitude centered on 6242Å (F625W)
82- 84 I3 mag e_F625Wmag ?=999 Mean uncertainty of F625Wmag
(F625W_err)
86- 90 F5.2 mag F702Wmag ?=999 The HST WFPC F702W apparent
magnitude centered on 6919Å (F702W)
92- 97 F6.2 mag e_F702Wmag ?=999 Mean uncertainty of F702Wmag
(F702W_err)
99-101 I3 mag F814Wmag ?=999 The HST WFC3/UVIS F814W apparent
magnitude centered on 8033Å (F814W)
103-105 I3 mag e_F814Wmag ?=999 Mean uncertainty of F814Wmag
(F814W_err)
107-109 I3 mag F105Wmag ?=999 The HST WFC3/IR F105W apparent
magnitude centered on 10557Å (F105W)
111-113 I3 mag e_F105Wmag ?=999 Mean uncertainty of F105Wmag
(F105W_err)
115-117 I3 mag F140Wmag ?=999 The HST WFC3/IR F140W apparent
magnitude centered on 1392Å (F140W)
119-121 I3 mag e_F140Wmag ?=999 Mean uncertainty of F140Wmag
(F140W_err)
123-125 I3 mag F160Wmag ?=999 The HST NICMOS F160W apparent
magnitude centered on 1607Å
(NicmosF160W)
127-129 I3 mag e_F160Wmag ?=999 Mean uncertainty of F160Wmag
(NicmosF160W_err)
131-136 F6.2 mag Vmag ?=999 MUSE pseudo Cousins V-band apparent
magnitude (V_mag)
138-143 F6.2 mag e_Vmag ?=999 Mean uncertainty of Vmag (V_err)
145-151 F7.2 mag Rmag ?=999 MUSE pseudo Cousins R-band apparent
magnitude (R_mag)
153-158 F6.2 mag e_Rmag ?=999 Mean uncertainty of Rmag (R_err)
160-165 F6.2 mag rmag ?=999 MUSE pseudo Sloan r-band apparent
magnitude (r_mag)
167-172 F6.2 mag e_rmag ?=999 Mean uncertainty of rmag (r_err)
174-179 F6.2 mag imag ?=999 MUSE pseudo Sloan i-band apparent
magnitude (i_mag)
181-186 F6.2 mag e_imag ?=999 Mean uncertainty of imag (i_err)
188-196 F9.5 --- z ?=999 Redshift from VLT/MUSE spectra with
MARZ tool and visual inspection (Redshift)
198-200 I3 --- RC ?=999 Spectral redshift confidence
(Redshift_Quality) (G1)
202-209 A8 --- Method Source detection method MUSELET, ProFound
or HST process (origin)
211-216 F6.2 mag F702WMag ?=999 Absolute magnitude in a the HST WFPC
F702W filter (F702WAbs)
218-223 F6.2 mag e_F702WMag ?=999 Mean error of F702WMag
(F702WAbs_err)
225-229 F5.1 GHz FCOJ(1-0) ?=999 Observed frequency of a given
CO J(1-0) transition (CO1-0freq)
231-235 F5.1 GHz BCOJ(1-0) ?=999 ALMA band covering the given
CO J(1-0) transition (CO1-0band)
237-241 F5.1 min ExpCOJ(1-0) ?=999 Sum of the exposure times covering
the given CO J(1-0) transition
(CO1-0exp)
243-247 F5.1 GHz FCOJ(2-1) ?=999 Observed frequency of a given
CO J(2-1) transition (CO2-1freq)
249-253 F5.1 GHz BCOJ(2-1) ?=999 ALMA band covering the given
CO J(2-1) transition (CO2-1band)
255-259 F5.1 min ExpCOJ(2-1) ?=999 Sum of the exposure times covering
the given CO J(2-1) transition
(CO2-1exp)
261-265 F5.1 GHz FCOJ(3-2) ?=999 Observed frequency of a given
CO J(3-2) transition (CO3-2freq)
267-271 F5.1 GHz BCOJ(3-2) ?=999 ALMA band covering the given
CO J(3-2) transition (CO3-2band)
273-277 F5.1 min ExpCOJ(3-2) ?=999 Sum of the exposure times covering
the given CO J(3-2) transition
(CO3-2exp)
279-283 F5.1 GHz FCOJ(4-3) ?=999 Observed frequency of a given
CO J(4-3) transition (CO4-3freq)
285-289 F5.1 GHz BCOJ(4-3) ?=999 ALMA band covering the given
CO J(4-3) transition (CO4-3band)
291-295 F5.1 min ExpCOJ(4-3) ?=999 Sum of the exposure times covering
the given CO J(4-3) transition
(CO4-3exp)
297-301 F5.1 GHz FCOJ(5-4) ?=999 Observed frequency of a given
CO J(5-4) transition (CO5-4freq)
303-307 F5.1 GHz BCOJ(5-4) ?=999 ALMA band covering the given
CO J(5-4) transition (CO5-4band)
309-313 F5.1 min ExpCOJ(5-4) ?=999 Sum of the exposure times covering
the given CO J(5-4) transition
(CO5-4exp)
315-319 F5.1 GHz FCOJ(6-5) ?=999 Observed frequency of a given
CO J(6-5) transition (CO6-5freq)
321-325 F5.1 GHz BCOJ(6-5) ?=999 ALMA band covering the given
CO J(6-5) transition (CO6-5band)
327-331 F5.1 min ExpCOJ(6-5) ?=999 Sum of the exposure times covering
the given CO J(6-5) transition
(CO6-5exp)
333-337 F5.1 GHz FCOJ(7-6) ?=999 Observed frequency of a given
CO J(7-6) transition (CO7-6freq)
339-343 F5.1 GHz BCOJ(7-6) ?=999 ALMA band covering the given
CO J(7-6) transition (CO7-6band)
345-349 F5.1 min ExpCOJ(7-6) ?=999 Sum of the exposure times covering
the given CO J(7-6) transition
(CO7-6exp)
351-355 F5.1 GHz FCOJ(8-7) ?=999 Observed frequency of a given
CO J(8-7) transition (CO8-7freq)
357-361 F5.1 GHz BCOJ(8-7) ?=999 ALMA band covering the given
CO J(8-7) transition (CO8-7band)
363-367 F5.1 min ExpCOJ(8-7) ?=999 Sum of the exposure times covering
the given CO J(8-7) transition
(CO8-7exp)
369-373 F5.1 GHz FCOJ(9-8) ?=999 Observed frequency of a given
CO J(9-8) transition (CO9-8freq)
375-379 F5.1 GHz BCOJ(9-8) ?=999 ALMA band covering the given
CO J(9-8) transition (CO9-8band)
381-385 F5.1 min ExpCOJ(9-8) ?=999 Sum of the exposure times covering
the given CO J(9-8) transition
(CO9-8exp)
387-391 F5.1 GHz FCOJ(10-9) ?=999 Observed frequency of a given
CO J(10-9) transition (CO10-9freq)
393-397 F5.1 GHz BCOJ(10-9) ?=999 ALMA band covering the given
CO J(10-9) transition (CO10-9band)
399-403 F5.1 min ExpCOJ(10-9) ?=999 Sum of the exposure times covering
the given CO J(10-9) transition
(CO10-9exp)
405-409 F5.1 GHz FCII ?=999 Observed frequency of a given CII
transition at 158 µm ([CII]_freq)
411-415 F5.1 GHz BCII ?=999 ALMA band covering the given CII
transition at 158 µm ([CII]_band)
417-421 F5.1 min ExpCII ?=999 Sum of the exposure times covering
CII transition at 158 µm ([CII]_exp)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: tablea2.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 13 A13 --- ID Object identification designation as
Q0123m0058_NN NN from 1 to 16 (id)
15- 23 F9.6 deg RAdeg Right ascension (J2000) (RA)
25- 33 F9.6 deg DEdeg Declination (J2000) (Dec)
35- 37 I3 --- S/G ?=999 SExtractor star/galaxy
classification parameter <0.95 likely
extra-galactic (Object classifier)
39- 41 I3 mag F336Wmag ?=999 The HST WFC3/UVIS F336W apparent
magnitude centered on 3355Å (F336W)
43- 45 I3 mag e_F336Wmag ?=999 Mean uncertainty of F336Wmag
(F336W_err)
47- 49 I3 mag F438Wmag ?=999 The HST WFC3/UVIS F438W apparent
magnitude centered on 4326Å (F438W)
51- 53 I3 mag e_F438Wmag ?=999 Mean uncertainty of F438Wmag
(F438W_err)
55- 57 I3 mag F450Wmag ?=999 The HST WFPC2 F450W apparent
magnitude centered on 4556Å (F450W)
59- 61 I3 mag e_F450Wmag ?=999 Mean uncertainty of F450Wmag
(F450W_err)
63- 65 I3 mag F475Wmag ?=999 The HST WFC3/UVIS F475W apparent
magnitude centered on 4774Å (F475W)
67- 69 I3 mag e_F475Wmag ?=999 Mean uncertainty of F475Wmag
(F475W_err)
71- 73 I3 mag F625Wmag ?=999 The HST WFC3/UVIS F625W apparent
magnitude centered on 6242Å (F625W)
75- 77 I3 mag e_F625Wmag ?=999 Mean uncertainty of F625Wmag
(F625W_err)
79- 81 I3 mag F702Wmag ?=999 The HST WFPC F702W apparent
magnitude centered on 6919Å (F702W)
83- 85 I3 mag e_F702Wmag ?=999 Mean uncertainty of F702Wmag
(F702W_err)
87- 89 I3 mag F814Wmag ?=999 The HST WFC3/UVIS F814W apparent
magnitude centered on 8033Å (F814W)
91- 93 I3 mag e_F814Wmag ?=999 Mean uncertainty of F814Wmag
(F814W_err)
95- 97 I3 mag F105Wmag ?=999 The HST WFC3/IR F105W apparent
magnitude centered on 10557Å (F105W)
99-101 I3 mag e_F105Wmag ?=999 Mean uncertainty of F105Wmag
(F105W_err)
103-105 I3 mag F140Wmag ?=999 The HST WFC3/IR F140W apparent
magnitude centered on 1392Å (F140W)
107-109 I3 mag e_F140Wmag ?=999 Mean uncertainty of F140Wmag
(F140W_err)
111-113 I3 mag F160Wmag ?=999 The HST NICMOS F160W apparent
magnitude centered on 1607Å
(NicmosF160W)
115-117 I3 mag e_F160Wmag ?=999 Mean uncertainty of F160Wmag
(NicmosF160W_err)
119-124 F6.3 mag Vmag ?=999 MUSE pseudo Cousins V-band apparent
magnitude (V_mag)
126-132 F7.3 mag e_Vmag ?=999 Mean uncertainty of Vmag (V_err)
134-139 F6.3 mag Rmag MUSE pseudo Cousins R-band apparent
magnitude (R_mag)
141-147 F7.3 mag e_Rmag ?=999 Mean uncertainty of Rmag (R_err)
149-154 F6.3 mag rmag MUSE pseudo Sloan r-band apparent
magnitude (r_mag)
156-162 F7.3 mag e_rmag ?=999 Mean uncertainty of rmag (r_err)
164-169 F6.3 mag imag MUSE pseudo Sloan i-band apparent
magnitude (i_mag)
171-177 F7.3 mag e_imag ?=999 Mean uncertainty of imag (i_err)
179-185 F7.5 --- z Redshift from VLT/MUSE spectra with MARZ
tool and visual inspection (Redshift)
187 I1 --- RC Spectral redshift confidence
(Redshift_Quality) (G1)
189-196 A8 --- Method Source detection method MUSELET or
ProFound (origin)
198-202 F5.1 GHz FCOJ(1-0) ?=999 Observed frequency of a given
CO J(1-0) transition (CO1-0freq)
204-208 F5.1 GHz BCOJ(1-0) ?=999 ALMA band covering the given
CO J(1-0) transition (CO1-0band)
210-214 F5.1 min ExpCOJ(1-0) ?=999 Sum of the exposure times covering
the given CO J(1-0) transition
(CO1-0exp)
216-220 F5.1 GHz FCOJ(2-1) ?=999 Observed frequency of a given
CO J(2-1) transition (CO2-1freq)
222-226 F5.1 GHz BCOJ(2-1) ?=999 ALMA band covering the given
CO J(2-1) transition (CO2-1band)
228-232 F5.1 min ExpCOJ(2-1) ?=999 Sum of the exposure times covering
the given CO J(2-1) transition
(CO2-1exp)
234-238 F5.1 GHz FCOJ(3-2) ?=999 Observed frequency of a given
CO J(3-2) transition (CO3-2freq)
240-244 F5.1 GHz BCOJ(3-2) ?=999 ALMA band covering the given
CO J(3-2) transition (CO3-2band)
246-250 F5.1 min ExpCOJ(3-2) ?=999 Sum of the exposure times covering
the given CO J(3-2) transition
(CO3-2exp)
252-256 F5.1 GHz FCOJ(4-3) ?=999 Observed frequency of a given
CO J(4-3) transition (CO4-3freq)
258-262 F5.1 GHz BCOJ(4-3) ?=999 ALMA band covering the given
CO J(4-3) transition (CO (4-3)_band)
264-268 F5.1 min ExpCOJ(4-3) ?=999 Sum of the exposure times covering
the given CO J(4-3) transition
(CO4-3exp)
270-274 F5.1 GHz FCOJ(5-4) ?=999 Observed frequency of a given
CO J(5-4) transition (CO5-4freq)
276-280 F5.1 GHz BCOJ(5-4) ?=999 ALMA band covering the given
CO J(5-4) transition (CO5-4band)
282-286 F5.1 min ExpCOJ(5-4) ?=999 Sum of the exposure times covering
the given CO J(5-4) transition
(CO5-4exp)
288-292 F5.1 GHz FCOJ(6-5) ?=999 Observed frequency of a given
CO J(6-5) transition (CO6-5freq)
294-298 F5.1 GHz BCOJ(6-5) ?=999 ALMA band covering the given
CO J(6-5) transition (CO6-5band)
300-304 F5.1 min ExpCOJ(6-5) ?=999 Sum of the exposure times covering
the given CO J(6-5) transition
(CO6-5exp)
306-310 F5.1 GHz FCOJ(7-6) ?=999 Observed frequency of a given
CO J(7-6) transition (CO7-6freq)
312-316 F5.1 GHz BCOJ(7-6) ?=999 ALMA band covering the given
CO J(7-6) transition (CO7-6band)
318-322 F5.1 min ExpCOJ(7-6) ?=999 Sum of the exposure times covering
the given CO J(7-6) transition
(CO7-6exp)
324-328 F5.1 GHz FCOJ(8-7) ?=999 Observed frequency of a given
CO J(8-7) transition (CO8-7freq)
330-334 F5.1 GHz BCOJ(8-7) ?=999 ALMA band covering the given
CO J(8-7) transition (CO8-7band)
336-340 F5.1 min ExpCOJ(8-7) ?=999 Sum of the exposure times covering
the given CO J(8-7) transition
(CO8-7exp)
342-346 F5.1 GHz FCOJ(9-8) ?=999 Observed frequency of a given
CO J(9-8) transition (CO9-8freq)
348-352 F5.1 GHz BCOJ(9-8) ?=999 ALMA band covering the given
CO J(9-8) transition (CO9-8band)
354-358 F5.1 min ExpCOJ(9-8) ?=999 Sum of the exposure times covering
the given CO J(9-8) transition
(CO9-8exp)
360-364 F5.1 GHz FCOJ(10-9) ?=999 Observed frequency of a given
CO J(10-9) transition (CO10-9freq)
366-370 F5.1 GHz BCOJ(10-9) ?=999 ALMA band covering the given
CO J(10-9) transition (CO10-9band)
372-376 F5.1 min ExpCOJ(10-9) ?=999 Sum of the exposure times covering
the given CO J(10-9) transition
(CO10-9exp)
378-382 F5.1 GHz FCII ?=999 Observed frequency of a given
CII transition at 158 µm ([CII]_freq)
384-388 F5.1 GHz BCII ?=999 ALMA band covering the given CII
transition at 158 µm ([CII]_band)
390-394 F5.1 min ExpCII ?=999 Sum of the exposure times covering
CII transition at 158 µm ([CII]_exp)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: tablea[345689].dat tablea1[23456789].dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 14 A14 --- ID Object identification designation as
QNNNNaNNNN_NN NN from 1 to 16 (id)
16- 27 F12.8 deg RAdeg ?=999 Right ascension (J2000) (RA)
29- 41 F13.9 deg DEdeg ?=999 Declination (J2000) (Dec)
43- 49 F7.3 --- S/G ?=999 SExtractor star/galaxy
classification parameter <0.95 likely
extra-galactic (Object classifier)
51- 56 F6.2 mag F336Wmag ?=999 The HST WFC3/UVIS F336W apparent
magnitude centered on 3355Å (F336W)
58- 63 F6.2 mag e_F336Wmag ?=999 Mean uncertainty of F336Wmag
(F336W_err)
65- 67 I3 mag F438Wmag ?=999 The HST WFC3/UVIS F438W apparent
magnitude centered on 4326Å (F438W)
69- 71 I3 mag e_F438Wmag ?=999 Mean uncertainty of F438Wmag
(F438W_err)
73- 78 F6.2 mag F450Wmag ?=999 The HST WFPC2 F450W apparent
magnitude centered on 4556Å (F450W)
80- 85 F6.2 mag e_F450Wmag ?=999 Mean uncertainty of F450Wmag
(F450W_err)
87- 92 F6.2 mag F475Wmag ?=999 The HST WFC3/UVIS F475W apparent
magnitude centered on 4774Å (F475W)
94- 99 F6.2 mag e_F475Wmag ?=999 Mean uncertainty of F475Wmag
(F475W_err)
101-106 F6.2 mag F625Wmag ?=999 The HST WFC3/UVIS F625W apparent
magnitude centered on 6242Å (F625W)
108-113 F6.2 mag e_F625Wmag ?=999 Mean uncertainty of F625Wmag
(F625W_err)
115-120 F6.2 mag F702Wmag ?=999 The HST WFPC F702W apparent
magnitude centered on 6919Å (F702W)
122-127 F6.2 mag e_F702Wmag ?=999 Mean uncertainty of F702Wmag
(F702W_err)
129-134 F6.2 mag F814Wmag ?=999 The HST WFC3/UVIS F814W apparent
magnitude centered on 8033Å (F814W)
136-141 F6.2 mag e_F814Wmag ?=999 Mean uncertainty of F814Wmag
(F814W_err)
143-148 F6.2 mag F105Wmag ?=999 The HST WFC3/IR F105W apparent
magnitude centered on 10557Å (F105W)
150-155 F6.2 mag e_F105Wmag ?=999 Mean uncertainty of F105Wmag
(F105W_err)
157-159 I3 mag F140Wmag ?=999 The HST WFC3/IR F140W apparent
magnitude centered on 1392Å (F140W)
161-163 I3 mag e_F140Wmag ?=999 Mean uncertainty of F140Wmag
(F140W_err)
165-167 I3 mag F160Wmag ?=999 The HST NICMOS F160W apparent
magnitude centered on 1607Å
(NicmosF160W)
169-171 I3 mag e_F160Wmag ?=999 Mean uncertainty of F160Wmag
(NicmosF160W_err)
173-178 F6.2 mag Vmag ?=999 MUSE pseudo Cousins V-band apparent
magnitude (V_mag)
180-185 F6.2 mag e_Vmag ?=999 Mean uncertainty of Vmag (V_err)
187-192 F6.2 mag Rmag ?=999 MUSE pseudo Cousins R-band apparent
magnitude (R_mag)
194-199 F6.2 mag e_Rmag ?=999 Mean uncertainty of Rmag (R_err)
201-206 F6.2 mag rmag ?=999 MUSE pseudo Sloan r-band apparent
magnitude (r_mag)
208-213 F6.2 mag e_rmag ?=999 Mean uncertainty of rmag (r_err)
215-221 F7.2 mag imag ?=999 MUSE pseudo Sloan i-band apparent
magnitude (i_mag)
223-228 F6.2 mag e_imag ?=999 Mean uncertainty of imag (i_err)
230-238 F9.5 --- z ?=999 Redshift from VLT/MUSE spectra with
MARZ tool and visual inspection (Redshift)
240-242 I3 --- RC ?=999 Spectral redshift confidence
(Redshift_Quality) (G1)
244-251 A8 --- Method Source detection method MUSELET, ProFound
or HST process (origin)
253-258 F6.2 mag F105WMag ?=999 Absolute magnitude in a the HST
WFC3/IR F105W filter (F105WAbs)
260-265 F6.2 mag e_F105WMag ?=999 Mean error of F105WMag
(F105WAbs_err)
267-272 F6.2 mag F105W-F625W ?=999 Rest frame colour using HST WFC3/IR
F105W and WFC3/UVIS F625W filters
(F105W-F625W)
274-279 F6.2 mag e_F105W-F625W ?=999 Mean uncertainty of F105W-F625W
(F105W-F625W_err)
281-286 F6.2 GHz FCOJ(1-0) ?=999 Observed frequency of a given
CO J(1-0) transition (CO1-0freq)
288-292 F5.1 GHz BCOJ(1-0) ?=999 ALMA band covering the given
CO J(1-0) transition (CO1-0band)
294-299 F6.2 min ExpCOJ(1-0) ?=999 Sum of the exposure times covering
the given CO J(1-0) transition
(CO1-0exp)
301-306 F6.2 GHz FCOJ(2-1) ?=999 Observed frequency of a given
CO J(2-1) transition (CO2-1freq)
308-312 F5.1 GHz BCOJ(2-1) ?=999 ALMA band covering the given
CO J(2-1) transition (CO2-1band)
314-319 F6.2 min ExpCOJ(2-1) ?=999 Sum of the exposure times covering
the given CO J(2-1) transition
(CO2-1exp)
321-326 F6.2 GHz FCOJ(3-2) ?=999 Observed frequency of a given
CO J(3-2) transition (CO3-2freq)
328-332 F5.1 GHz BCOJ(3-2) ?=999 ALMA band covering the given
CO J(3-2) transition (CO3-2band)
334-340 F7.2 min ExpCOJ(3-2) ?=999 Sum of the exposure times covering
the given CO J(3-2) transition
(CO3-2exp)
342-347 F6.2 GHz FCOJ(4-3) ?=999 Observed frequency of a given
CO J(4-3) transition (CO4-3freq)
349-353 F5.1 GHz BCOJ(4-3) ?=999 ALMA band covering the given
CO J(4-3) transition (CO4-3band)
355-361 F7.2 min ExpCOJ(4-3) ?=999 Sum of the exposure times covering
the given CO J(4-3) transition
(CO4-3exp)
363-368 F6.2 GHz FCOJ(5-4) ?=999 Observed frequency of a given
CO J(5-4) transition (CO5-4freq)
370-374 F5.1 GHz BCOJ(5-4) ?=999 ALMA band covering the given
CO J(5-4) transition (CO5-4band)
376-381 F6.2 min ExpCOJ(5-4) ?=999 Sum of the exposure times covering
the given CO J(5-4) transition
(CO5-4exp)
383-388 F6.2 GHz FCOJ(6-5) ?=999 Observed frequency of a given
CO J(6-5) transition (CO6-5freq)
390-394 F5.1 GHz BCOJ(6-5) ?=999 ALMA band covering the given
CO J(6-5) transition (CO6-5band)
396-401 F6.2 min ExpCOJ(6-5) ?=999 Sum of the exposure times covering
the given CO J(6-5) transition
(CO6-5exp)
403-408 F6.2 GHz FCOJ(7-6) ?=999 Observed frequency of a given
CO J(7-6) transition (CO7-6freq)
410-414 F5.1 GHz BCOJ(7-6) ?=999 ALMA band covering the given
CO J(7-6) transition (CO7-6band)
416-421 F6.2 min ExpCOJ(7-6) ?=999 Sum of the exposure times covering
the given CO J(7-6) transition
(CO7-6exp)
423-428 F6.2 GHz FCOJ(8-7) ?=999 Observed frequency of a given
CO J(8-7) transition (CO8-7freq)
430-434 F5.1 GHz BCOJ(8-7) ?=999 ALMA band covering the given
CO J(8-7) transition (CO8-7band)
436-441 F6.2 min ExpCOJ(8-7) ?=999 Sum of the exposure times covering
the given CO J(8-7) transition
(CO8-7exp)
443-448 F6.2 GHz FCOJ(9-8) ?=999 Observed frequency of a given
CO J(9-8) transition (CO9-8freq)
450-454 F5.1 GHz BCOJ(9-8) ?=999 ALMA band covering the given
CO J(9-8) transition (CO9-8band)
456-461 F6.2 min ExpCOJ(9-8) ?=999 Sum of the exposure times covering
the given CO J(9-8) transition
(CO9-8exp)
463-468 F6.2 GHz FCOJ(10-9) ?=999 Observed frequency of a given
CO J(10-9) transition (CO10-9freq)
470-474 F5.1 GHz BCOJ(10-9) ?=999 ALMA band covering the given
CO J(10-9) transition (CO10-9band)
476-481 F6.2 min ExpCOJ(10-9) ?=999 Sum of the exposure times covering
the given CO J(10-9) transition
(CO10-9exp)
483-488 F6.2 GHz FCII ?=999 Observed frequency of a given CII
transition at 158 µm ([CII]_freq)
490-494 F5.1 GHz BCII ?=999 ALMA band covering the given CII
transition at 158 µm ([CII]_band)
496-501 F6.2 min ExpCII ?=999 Sum of the exposure times covering
CII transition at 158 µm ([CII]_exp)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: tablea10.dat tablea11.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 14 A14 --- ID Object identification designation as
QNNNNaNNNN_NN NN from 1 to 16 (id)
16- 26 F11.7 deg RAdeg ?=999 Right ascension (J2000) (RA)
28- 39 F12.8 deg DEdeg ?=999 Declination (J2000) (Dec)
41- 47 F7.3 --- S/G ?=999 SExtractor star/galaxy
classification parameter <0.95 likely
extra-galactic (Object classifier)
49- 53 F5.2 mag F336Wmag ?=999 The HST WFC3/UVIS F336W apparent
magnitude centered on 3355Å (F336W)
55- 60 F6.2 mag e_F336Wmag ?=999 Mean uncertainty of F336Wmag
(F336W_err)
62- 67 F6.2 mag F438Wmag ?=999 The HST WFC3/UVIS F438W apparent
magnitude centered on 4326Å (F438W)
69- 74 F6.2 mag e_F438Wmag ?=999 Mean uncertainty of F438Wmag
(F438W_err)
76- 81 F6.2 mag F450Wmag ?=999 The HST WFPC2 F450W apparent
magnitude centered on 4556Å (F450W)
83- 88 F6.2 mag e_F450Wmag ?=999 Mean uncertainty of F450Wmag
(F450W_err)
90- 92 I3 mag F475Wmag ?=999 The HST WFC3/UVIS F475W apparent
magnitude centered on 4774Å (F475W)
94- 96 I3 mag e_F475Wmag ?=999 Mean uncertainty of F475Wmag
(F475W_err)
98-100 I3 mag F625Wmag ?=999 The HST WFC3/UVIS F625W apparent
magnitude centered on 6242Å (F625W)
102-104 I3 mag e_F625Wmag ?=999 Mean uncertainty of F625Wmag
(F625W_err)
106-111 F6.2 mag F702Wmag ?=999 The HST WFPC F702W apparent
magnitude centered on 6919Å (F702W)
113-118 F6.2 mag e_F702Wmag ?=999 Mean uncertainty of F702Wmag
(F702W_err)
120-125 F6.2 mag F814Wmag ?=999 The HST WFC3/UVIS F814W apparent
magnitude centered on 8033Å (F814W)
127-132 F6.2 mag e_F814Wmag ?=999 Mean uncertainty of F814Wmag
(F814W_err)
134-136 I3 mag F105Wmag ?=999 The HST WFC3/IR F105W apparent
magnitude centered on 10557Å (F105W)
138-140 I3 mag e_F105Wmag ?=999 Mean uncertainty of F105Wmag
(F105W_err)
142-147 F6.2 mag F140Wmag ?=999 The HST WFC3/IR F140W apparent
magnitude centered on 1392Å (F140W)
149-154 F6.2 mag e_F140Wmag ?=999 Mean uncertainty of F140Wmag
(F140W_err)
156-158 I3 mag F160Wmag ?=999 The HST NICMOS F160W apparent
magnitude centered on 1607Å
(NicmosF160W)
160-162 I3 mag e_F160Wmag ?=999 Mean uncertainty of F160Wmag
(NicmosF160W_err)
164-169 F6.2 mag Vmag ?=999 MUSE pseudo Cousins V-band apparent
magnitude (V_mag)
171-176 F6.2 mag e_Vmag ?=999 Mean uncertainty of Vmag (V_err)
178-183 F6.2 mag Rmag ?=999 MUSE pseudo Cousins R-band apparent
magnitude (R_mag)
185-190 F6.2 mag e_Rmag ?=999 Mean uncertainty of Rmag (R_err)
192-197 F6.2 mag rmag ?=999 MUSE pseudo Sloan r-band apparent
magnitude (r_mag)
199-204 F6.2 mag e_rmag ?=999 Mean uncertainty of rmag (r_err)
206-211 F6.2 mag imag ?=999 MUSE pseudo Sloan i-band apparent
magnitude (i_mag)
213-218 F6.2 mag e_imag ?=999 Mean uncertainty of imag (i_err)
220-226 E7.5 --- z ?=999 Redshift from VLT/MUSE spectra with
MARZ tool and visual inspection (Redshift)
228-230 I3 --- RC Spectral redshift confidence
(Redshift_Quality) (G1)
232-239 A8 --- Method Source detection method MUSELET, ProFound
or HST process (origin)
241-243 I3 --- IDother Other source identifier number (Id_4)
245-250 F6.2 mag F140WMag ?=999 Absolute magnitude in the HST
WFC3/IR F140W filter (F140WAbs)
252-257 F6.2 mag e_F140WMag ?=999 Mean uncertainty of F140WMag
(F140WAbs_err)
259-264 F6.2 mag F140W-F814W ?=999 Rest frame colour using HST WFC3/IR
F140W and WFC3/UVIS F814W filters
(F140W-F814W)
266-271 F6.2 mag e_F140W-F814W ?=999 Mean uncertainty of F140W-F814W
(F140W-F814W_err)
273-278 F6.2 GHz FCOJ(1-0) ?=999 Observed frequency of a given
CO J(1-0) transition (CO1-0freq)
280-284 F5.1 GHz BCOJ(1-0) ?=999 ALMA band covering the given
CO J(1-0) transition (CO1-0band)
286-293 F8.2 min ExpCOJ(1-0) ?=999 Sum of the exposure times covering
the given CO J(1-0) transition
(CO1-0exp)
295-300 F6.2 GHz FCOJ(2-1) ?=999 Observed frequency of a given
CO J(2-1) transition (CO2-1freq)
302-306 F5.1 GHz BCOJ(2-1) ?=999 ALMA band covering the given
CO J(2-1) transition (CO2-1band)
308-315 F8.2 min ExpCOJ(2-1) ?=999 Sum of the exposure times covering
the given CO J(2-1) transition
(CO2-1exp)
317-322 F6.2 GHz FCOJ(3-2) ?=999 Observed frequency of a given
CO J(3-2) transition (CO3-2freq)
324-328 F5.1 GHz BCOJ(3-2) ?=999 ALMA band covering the given
CO J(3-2) transition (CO3-2band)
330-336 F7.2 min ExpCOJ(3-2) ?=999 Sum of the exposure times covering
the given CO J(3-2) transition
(CO3-2exp)
338-343 F6.2 GHz FCOJ(4-3) ?=999 Observed frequency of a given
CO J(4-3) transition (CO4-3freq)
345-349 F5.1 GHz BCOJ(4-3) ?=999 ALMA band covering the given
CO J(4-3) transition (CO4-3band)
351-358 F8.2 min ExpCOJ(4-3) ?=999 Sum of the exposure times covering
the given CO J(4-3) transition
(CO4-3exp)
360-365 F6.2 GHz FCOJ(5-4) ?=999 Observed frequency of a given
CO J(5-4) transition (CO5-4freq)
367-371 F5.1 GHz BCOJ(5-4) ?=999 ALMA band covering the given
CO J(5-4) transition (CO5-4band)
373-378 F6.2 min ExpCOJ(5-4) ?=999 Sum of the exposure times covering
the given CO J(5-4) transition
(CO5-4exp)
380-385 F6.2 GHz FCOJ(6-5) ?=999 Observed frequency of a given
CO J(6-5) transition (CO6-5freq)
387-391 F5.1 GHz BCOJ(6-5) ?=999 ALMA band covering the given
CO J(6-5) transition (CO6-5band)
393-400 F8.2 min ExpCOJ(6-5) ?=999 Sum of the exposure times covering
the given CO J(6-5) transition
(CO6-5exp)
402-406 F5.1 GHz FCOJ(7-6) ?=999 Observed frequency of a given
CO J(7-6) transition (CO7-6freq)
408-412 F5.1 GHz BCOJ(7-6) ?=999 ALMA band covering the given
CO J(7-6) transition (CO7-6band)
414-418 F5.1 min ExpCOJ(7-6) ?=999 Sum of the exposure times covering
the given CO J(7-6) transition
(CO7-6exp)
420-425 F6.2 GHz FCOJ(8-7) ?=999 Observed frequency of a given
CO J(8-7) transition (CO8-7freq)
427-431 F5.1 GHz BCOJ(8-7) ?=999 ALMA band covering the given
CO J(8-7) transition (CO8-7band)
433-438 F6.2 min ExpCOJ(8-7) ?=999 Sum of the exposure times covering
the given CO J(8-7) transition
(CO8-7exp)
440-445 F6.2 GHz FCOJ(9-8) ?=999 Observed frequency of a given
CO J(9-8) transition (CO9-8freq)
447-451 F5.1 GHz BCOJ(9-8) ?=999 ALMA band covering the given
CO J(9-8) transition (CO9-8band)
453-459 F7.2 min ExpCOJ(9-8) ?=999 Sum of the exposure times covering
the given CO J(9-8) transition
(CO9-8exp)
461-465 F5.1 GHz FCOJ(10-9) ?=999 Observed frequency of a given
CO J(10-9) transition (CO10-9freq)
467-471 F5.1 GHz BCOJ(10-9) ?=999 ALMA band covering the given
CO J(10-9) transition (CO10-9band)
473-477 F5.1 min ExpCOJ(10-9) ?=999 Sum of the exposure times covering
the given CO J(10-9) transition
(CO10-9exp)
479-483 F5.1 GHz FCII ?=999 Observed frequency of a given CII
transition at 158 µm ([CII]_freq)
485-489 F5.1 GHz BCII ?=999 ALMA band covering the given CII
transition at 158 µm ([CII]_band)
491-495 F5.1 min ExpCII ?=999 Sum of the exposure times covering
CII transition at 158 µm ([CII]_exp)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: tablea7.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- ID Object identification designation as
Q0454p039_NN NN from 1 to 16 (id)
14- 24 F11.8 deg RAdeg ?=999 Right ascension (J2000) (RA)
26- 36 F11.9 deg DEdeg ?=999 Declination (J2000) (Dec)
38- 43 F6.2 --- S/G ?=999 SExtractor star/galaxy
classification parameter <0.95 likely
extra-galactic (Object classifier)
45- 47 I3 mag F336Wmag ?=999 The HST WFC3/UVIS F336W apparent
magnitude centered on 3355Å (F336W)
49- 51 I3 mag e_F336Wmag ?=999 Mean uncertainty of F336Wmag
(F336W_err)
53- 55 I3 mag F438Wmag ?=999 The HST WFC3/UVIS F438W apparent
magnitude centered on 4326Å (F438W)
57- 59 I3 mag e_F438Wmag ?=999 Mean uncertainty of F438Wmag
(F438W_err)
61- 66 F6.2 mag F450Wmag ?=999 The HST WFPC2 F450W apparent
magnitude centered on 4556Å (F450W)
68- 73 F6.2 mag e_F450Wmag ?=999 Mean uncertainty of F450Wmag
(F450W_err)
75- 77 I3 mag F475Wmag ?=999 The HST WFC3/UVIS F475W apparent
magnitude centered on 4774Å (F475W)
79- 81 I3 mag e_F475Wmag ?=999 Mean uncertainty of F475Wmag
(F475W_err)
83- 87 F5.2 mag F625Wmag ?=999 The HST WFC3/UVIS F625W apparent
magnitude centered on 6242Å (F625W)
89- 94 F6.2 mag e_F625Wmag ?=999 Mean uncertainty of F625Wmag
(F625W_err)
96-101 F6.2 mag F702Wmag ?=999 The HST WFPC F702W apparent
magnitude centered on 6919Å (F702W)
103-108 F6.2 mag e_F702Wmag ?=999 Mean uncertainty of F702Wmag
(F702W_err)
110-112 I3 mag F814Wmag ?=999 The HST WFC3/UVIS F814W apparent
magnitude centered on 8033Å (F814W)
114-116 I3 mag e_F814Wmag ?=999 Mean uncertainty of F814Wmag
(F814W_err)
118-120 I3 mag F105Wmag ?=999 The HST WFC3/IR F105W apparent
magnitude centered on 10557Å (F105W)
122-124 I3 mag e_F105Wmag ?=999 Mean uncertainty of F105Wmag
(F105W_err)
126-128 I3 mag F140Wmag ?=999 The HST WFC3/IR F140W apparent
magnitude centered on 1392Å (F140W)
130-132 I3 mag e_F140Wmag ?=999 Mean uncertainty of F140Wmag
(F140W_err)
134-136 I3 mag F160Wmag ?=999 The HST NICMOS F160W apparent
magnitude centered on 1607Å
(NicmosF160W)
138-140 I3 mag e_F160Wmag ?=999 Mean uncertainty of F160Wmag
(NicmosF160W_err)
142-147 F6.2 mag Vmag ?=999 MUSE pseudo Cousins V-band apparent
magnitude (V_mag)
149-154 F6.2 mag e_Vmag ?=999 Mean uncertainty of Vmag (V_err)
156-161 F6.2 mag Rmag ?=999 MUSE pseudo Cousins R-band apparent
magnitude (R_mag)
163-168 F6.2 mag e_Rmag ?=999 Mean uncertainty of Rmag (R_err)
170-175 F6.2 mag rmag ?=999 MUSE pseudo Sloan r-band apparent
magnitude (r_mag)
177-182 F6.2 mag e_rmag ?=999 Mean uncertainty of rmag (r_err)
184-189 F6.2 mag imag ?=999 MUSE pseudo Sloan i-band apparent
magnitude (i_mag)
191-196 F6.2 mag e_imag ?=999 Mean uncertainty of imag (i_err)
198-204 E7.5 --- z ?=999 Redshift from VLT/MUSE spectra with
MARZ tool and visual inspection (Redshift)
206-208 I3 --- RC Spectral redshift confidence
(Redshift_Quality) (G1)
210-218 A9 --- Method Source detection method MUSELET, ProFound
or HST process (origin)
220-226 A7 mag F160WMag ?=999 Absolute magnitude in the HST
NICMOS F160W filter (NICMOS_F160W)
228-230 I3 mag e_F160WMag ?=999 Mean uncertainty of F160WMag
(NICMOS160W_err)
232-237 F6.2 mag F702WMag ?=999 Absolute magnitude in the HST WFPC
F702W filter (F702WAbs)
239-244 F6.2 mag e_F702WMag ?=999 Mean uncertainty of F702WMag
(F702WAbs_err)
246-251 F6.2 mag F702W-F625W ?=999 Rest frame colour using HST WFPC
F702W and WFC3/UVIS F625W filters
(F702W-F625W)
253-258 F6.2 mag e_F702W-F625W ?=999 Mean uncertainty of F702W-F625W
(F702W-F625W_err)
260-264 F5.1 GHz FCOJ(1-0) ?=999 Observed frequency of a given
CO J(1-0) transition (CO1-0freq)
266-270 F5.1 GHz BCOJ(1-0) ?=999 ALMA band covering the given
CO J(1-0) transition (CO1-0band)
272-276 F5.1 min ExpCOJ(1-0) ?=999 Sum of the exposure times covering
the given CO J(1-0) transition
(CO1-0exp)
278-282 F5.1 GHz FCOJ(2-1) ?=999 Observed frequency of a given
CO J(2-1) transition (CO2-1freq)
284-288 F5.1 GHz BCOJ(2-1) ?=999 ALMA band covering the given
CO J(2-1) transition (CO2-1band)
290-294 F5.1 min ExpCOJ(2-1) ?=999 Sum of the exposure times covering
the given CO J(2-1) transition
(CO2-1exp)
296-300 F5.1 GHz FCOJ(3-2) ?=999 Observed frequency of a given
CO J(3-2) transition (CO3-2freq)
302-306 F5.1 GHz BCOJ(3-2) ?=999 ALMA band covering the given
CO J(3-2) transition (CO3-2band)
308-312 F5.1 min ExpCOJ(3-2) ?=999 Sum of the exposure times covering
the given CO J(3-2) transition
(CO3-2exp)
314-318 F5.1 GHz FCOJ(4-3) ?=999 Observed frequency of a given
CO J(4-3) transition (CO4-3freq)
320-324 F5.1 GHz BCOJ(4-3) ?=999 ALMA band covering the given
CO J(4-3) transition (CO4-3band)
326-330 F5.1 min ExpCOJ(4-3) ?=999 Sum of the exposure times covering
the given CO J(4-3) transition
(CO4-3exp)
332-336 F5.1 GHz FCOJ(5-4) ?=999 Observed frequency of a given
CO J(5-4) transition (CO5-4freq)
338-342 F5.1 GHz BCOJ(5-4) ?=999 ALMA band covering the given
CO J(5-4) transition (CO5-4band)
344-348 F5.1 min ExpCOJ(5-4) ?=999 Sum of the exposure times covering
the given CO J(5-4) transition
(CO5-4exp)
350-354 F5.1 GHz FCOJ(6-5) ?=999 Observed frequency of a given
CO J(6-5) transition (CO6-5freq)
356-360 F5.1 GHz BCOJ(6-5) ?=999 ALMA band covering the given
CO J(6-5) transition (CO6-5band)
362-366 F5.1 min ExpCOJ(6-5) ?=999 Sum of the exposure times covering
the given CO J(6-5) transition
(CO6-5exp)
368-372 F5.1 GHz FCOJ(7-6) ?=999 Observed frequency of a given
CO J(7-6) transition (CO7-6freq)
374-378 F5.1 GHz BCOJ(7-6) ?=999 ALMA band covering the given
CO J(7-6) transition (CO7-6band)
380-384 F5.1 min ExpCOJ(7-6) ?=999 Sum of the exposure times covering
the given CO J(7-6) transition
(CO7-6exp)
386-390 F5.1 GHz FCOJ(8-7) ?=999 Observed frequency of a given
CO J(8-7) transition (CO8-7freq)
392-396 F5.1 GHz BCOJ(8-7) ?=999 ALMA band covering the given
CO J(8-7) transition (CO8-7band)
398-402 F5.1 min ExpCOJ(8-7) ?=999 Sum of the exposure times covering
the given CO J(8-7) transition
(CO8-7exp)
404-408 F5.1 GHz FCOJ(9-8) ?=999 Observed frequency of a given
CO J(9-8) transition (CO9-8freq)
410-414 F5.1 GHz BCOJ(9-8) ?=999 ALMA band covering the given
CO J(9-8) transition (CO9-8band)
416-420 F5.1 min ExpCOJ(9-8) ?=999 Sum of the exposure times covering
the given CO J(9-8) transition
(CO9-8exp)
422-426 F5.1 GHz FCOJ(10-9) ?=999 Observed frequency of a given
CO J(10-9) transition (CO10-9freq)
428-432 F5.1 GHz BCOJ(10-9) ?=999 ALMA band covering the given
CO J(10-9) transition (CO10-9band)
434-438 F5.1 min ExpCOJ(10-9) ?=999 Sum of the exposure times covering
the given CO J(10-9) transition
(CO10-9exp)
440-444 F5.1 GHz FCII ?=999 Observed frequency of a given CII
transition at 158 µm ([CII]_freq)
446-450 F5.1 GHz BCII ?=999 ALMA band covering the given CII
transition at 158 µm ([CII]_band)
452-456 F5.1 min ExpCII ?=999 Sum of the exposure times covering
CII transition at 158 µm ([CII]_exp)
--------------------------------------------------------------------------------
Global notes:
Note (G1): We provide redshift confidences for each source as follows:
1 = Spectra without emission or absorption features and no redshift
estimate is possible
2 = A redshift measure is possible as the spectra contains low S/N
emission and absorptionlines
3 = A robust redshift is determined where there is a high S/N
emission line that is clearly resolved [OII] doublet or
asymmetric Lyman-α, one high S/N emission line with other
fainter absorption or emission features, or with multiple clear
emission and/or absorption lines, and finally stellar objects
6 = Stellar objects
--------------------------------------------------------------------------------
History:
From electronic version of the journal
References:
Hamanowicz et al., Paper V 2020MNRAS.492.2347H 2020MNRAS.492.2347H
Szakacs et al., Paper VI 2021MNRAS.505.4746S 2021MNRAS.505.4746S
Weng et al., Paper VIII 2023MNRAS.519..931W 2023MNRAS.519..931W
Karki et al., Paper IX 2023MNRAS.524.5524K 2023MNRAS.524.5524K
Augustin et al., Paper X 2024MNRAS.528.6159A 2024MNRAS.528.6159A
Weng et al., Paper XI 2023MNRAS.523..676W 2023MNRAS.523..676W
(End) Luc Trabelsi [CDS] 13-Aug-2025