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J/A+A/609/A17       AMIGA XIII. HI properties                     (Jones+, 2018)

The AMIGA sample of isolated galaxies. XIII. The HI content of an almost "nurture free" sample. Jones M.G., Espada D., Verdes-Montenegro L., Huchtmeier W.K., Lisenfeld U., Leon S., Sulentic J., Sabater J., Jones D.E., Sanchez S., Garrido J. <Astron. Astrophys. 609, A17 (2018)> =2018A&A...609A..17J (SIMBAD/NED BibCode)
ADC_Keywords: Galaxy catalogs ; Galaxies, spectra ; H I data ; Radio lines ; Radial velocities ; Redshifts ; Galaxies, nearby Keywords: galaxies: evolution - galaxies: interactions - radio lines: ISM - surveys Abstract: We present the largest catalogue of HI single dish observations of isolated galaxies to date, as part of the multi-wavelength compilation being performed by the AMIGA project (Analysis of the interstellar Medium in Isolated GAlaxies). Despite numerous studies of the HI content of galaxies, no revision has been made for the most isolated L* galaxies since Haynes & Giovanelli (1984AJ.....89..758H). The AMIGA sample has been demonstrated to be almost "nurture free", therefore, by creating scaling relations for the HI content of these galaxies we will define a metric of HI normalcy in the absence of interactions. The catalogue comprises of our own HI observations with Arecibo, Effelsberg, Nancay and GBT, and spectra collected from the literature. In total we have measurements or constraints on the HI masses of 844 galaxies from the Catalogue of Isolated Galaxies (CIG). The multi-wavelength AMIGA dataset includes a revision of the B-band luminosities, optical diameters, morphologies, and isolation. Due to the large size of the catalogue, these revisions permit cuts to be made to ensure isolation and a high level of completeness, which was not previously possible. With this refined dataset we fit HI scaling relations based on luminosity, optical diameter and morphology. Our regression model incorporates all the data, including upper limits, and accounts for uncertainties in both variables, as well as distance uncertainties. The HI scaling relations of the AMIGA sample define an up-to-date metric of the HI content of almost "nurture free" galaxies. These relations allow the expected HI mass, in the absence of interactions, of an individual galaxy to be predicted to within 0.25dex (for typical measurement uncertainties). These relations are thus suitable for use as statistical measures of the impact of interactions on the neutral gas content of galaxies. Description: We present our compilation of global HI properties of CIG galaxies from single dish 21cm observations. The data are approximately 50% our own observations and 50% data from the literature, as indicated in the tables themselves. All spectra were re-processed to produce a data set that is as uniform as possible. The data (including literature data) were collected with Arecibo, Effelsberg, Jodrell Bank, Nancay, Parkes, and various Green Bank telescopes. File Summary:
FileName Lrecl Records Explanations
ReadMe 80 . This file tableb1.dat 124 844 The observed HI properties of CIG galaxies tableb2.dat 49 844 Derived HI properties of CIG galaxies tableb3.dat 29 844 Flags
See also: VII/82 : Catalogue of Isolated Galaxies (Karachentseva+ 1986) J/A+A/411/391 : AMIGA project. Revised positions for CIG galaxies (Leon+ 2003) J/A+A/449/937 : AMIGA II. Morphological refinement (Sulentic+, 2006) J/A+A/462/507 : AMIGA III. IRAS data (Lisenfeld+, 2007) J/A+A/470/505 : AMIGA IV. Neighbours around CIG galaxies (Verley+, 2007) J/A+A/472/121 : AMIGA V. Isolation parameters (Verley+, 2007) J/A+A/485/475 : AMIGA VI. Radio fluxes of the isolated galaxies (Leon+ 2008) J/A+A/486/73 : AMIGA VII. FIR and radio study (Sabater+, 2008) J/A+A/532/A117 : AMIGA VIII. Flux ratio asymmetry parameter (Espada+, 2011) J/A+A/534/A102 : AMIGA IX. Molecular gas properties (Lisenfeld+, 2011) J/A+A/540/A47 : AMIGA X. Isolated galaxy colors (Fernandez Lorenzo+, 2012) J/A+A/545/A15 : AMIGA XI. Optical nuclear activity (Sabater+, 2012) J/A+A/560/A9 : AMIGA XII. Revision of isolation (Argudo-Fernandez+, 2013) Byte-by-byte Description of file: tableb1.dat
Bytes Format Units Label Explanations
1- 4 I4 --- CIG [1-1051] CIG (VII/82), <K73 NNNN> in Simbad 6- 10 F5.1 mJy Speak ? Peak 21cm flux density 12- 15 F4.1 mJy rms Root mean squared noise of spectrum 17- 20 F4.1 mJy rms10 Root mean squared noise scaled to 10km/s channels 22- 25 F4.1 km/s dv Spectral channel width 27- 28 I2 --- Nsmo ? Number of channels smoothed over 30- 34 F5.1 --- snrp ? Peak signal-to-noise ratio 36- 40 F5.1 --- snri ? Integrated signal-to-noise ratio 42- 47 F6.2 Sint ? Integrated 21cm flux 49- 52 F4.2 e_Sint ? Random error in integrated 21cm flux 54- 57 F4.2 --- cbeam ? Estimated beam correction factor 59- 64 F6.2 Sintc ? Corrected integrated 21cm flux 66- 72 F7.1 km/s V50 ? Heliocentric velocity measured at 50% level 74- 78 F5.1 km/s e_V50 ? Error in heliocentric velocity 80- 83 F4.2 --- z50 ? Heliocentric redshift 85- 89 F5.1 km/s W50 ? Velocity width measured at 50% level 91- 95 F5.1 km/s e_W50 ? Error in velocity width 97-100 F4.1 km/s cinst ? Estimated instrumental broadening 102-105 F4.2 --- ccosmo ? Inverse cosmological broadening factor 107-111 F5.1 km/s W50c ? Corrected velocity width 113 I1 --- Det [0/2]? Detection code (1) 115 I1 --- Qual [0/1]? Spectrum quality code (2) 117-119 A3 --- Tel Telescope code of observation 121-124 A4 --- Ref ? Reference code of spectrum (If blank the observation was performed by AMIGA team) (3)
Note (1): Detection code as follows: 0 = detection 1 = non-detections 2 = marginal Note (2): Spectrum quality code as follows: 0 = OK 1 = Caution (see tableb3.dat) Note (3): Reference code of spectrum as follows: BC81 = Balkowski & Chamaraux (1981A&A....97..223B) Bi86 = Bicay & Giovanelli (1986AJ.....91..705B) Bo85 = Bothun et al. (1985AJ.....90.2487B) Co09 = Courtois et al. (2009, Cat. J/AJ/138/1938) HG80 = Haynes & Giovanelli (1980ApJ...240L..87H) HG84 = Haynes & Giovanelli (1984AJ.....89..758H) HG91 = Haynes & Giovanelli (1991ApJS...77..331H) Ha11 = Haynes et al. (2011, Cat. J/AJ/142/170) He83 = Hewitt et al. (1983AJ.....88..272H) Hu95 = Huchtmeier et al. (1995A&A...300..675H) KLUN = Kinematics of the Local Universe, long term project with the data compiled in many papers (Bottinelli et al. 1992A&AS...93..173B, 1993, Cat. J/A+AS/102/57; Theureau et al. 1998, Cat. J/A+AS/130/333, 2005, Cat. J/A+A/430/373, 2007, Cat. J/A+A/465/71) Le83 = Lewis et al. (1983AJ.....88.1695L) Le85 = Lewis et al. (1985ApJS...59..161L) Lu93 = Lu et al. (1993ApJS...88..383L) MS88 = Mirabel & Sanders (1988ApJ...335..104M) Ma14 = Masters et al. (2014, Cat. J/MNRAS/443/1044) Me04 = Meyer et al. (2004MNRAS.350.1195M, Cat. VIII/73) RH87 = Richter & Huchtmeier (1987A&AS...68..427R) Ru76 = Rubin et al. (1976AJ.....81..687R) SD87 = Staveley-Smith & Davies (1987MNRAS.224..953S) Sc92 = Schneider et al. (1992, Cat. J/ApJS/81/5) Sp05 = Springob et al. (2005ApJS..160..149S, Cat. VIII/77) TC88 = Tifft & Cocke (1988ApJS...67....1T) Th05 = Theureau et al. (2005, Cat. J/A+A/430/373) Th98 = Theureau et al. (1998, Cat. J/A+AS/130/333) vD95 = van Driel et al. (1995ApJ...444...80V)
Byte-by-byte Description of file: tableb2.dat
Bytes Format Units Label Explanations
1- 4 I4 --- CIG [1-1051] CIG (VII/82), <K73 NNNN> in Simbad 6- 10 I5 km/s HRV Heliocentric velocity 12- 16 I5 km/s Vmod Recession velocity corrected with Mould+2000 flow model 18- 22 F5.1 Mpc Dmod Distance = Vmod/70 (we assume h70=1) 24- 26 F3.1 Mpc e_Dmod Error in distance (including H0 uncertainty) 28- 32 F5.2 [Msun] log(MHI) ? log(HI mass) (we assume h70=1) 34- 37 F4.2 [Msun] e_log(MHI) ? Error in log(HI mass) 39- 41 I3 km/s WTFR Velocity width estimated from Tully-Fisher relation of Torres-Flores+2010 43- 47 F5.2 [Msun] log(MHI)l 5-sigma limit on log(HI mass) 49 I1 --- l_log(MHI) [0/1] Limit code (1)
Note (1): Limit code as follows: 1 = log(MHI)l should be used 0 = log(MHI) value should be used
Byte-by-byte Description of file: tableb3.dat
Bytes Format Units Label Explanations
2- 5 I4 --- CIG [1-1051] CIG (VII/82), <K73 NNNN> in Simbad 8 A1 --- Iso [0/1] Isolation flag (1) 11 A1 --- Comp [0/1] Completeness flag (2) 14 I1 --- Interp [0/1]? Interpolation flag (3) 17 I1 --- Singpeak [0/1]? Single peak flag (4) 20 I1 --- Midpeak [0/1]? Middle peak flag (5) 23 I1 --- Offspike [0/1]? Offset spike flag (6) 26 I1 --- Radvel [0/1]? Radio velocity flag (7) 29 I1 --- Digit [0/1]? Digitisation flag (8)
Note (1): Isolation flag as follows: 0 = isolated 1 = not isolated Note (2): Completeness flag as follows: 0 = in complete sample 1 = not in complete sample Note (3): Interpolation flag as follows: 0 = spectrum fit without interpolating 1 = spectrum interpolated during fit Note (4): Single peak flag as follows: 0 = profile is double horned 1 = profile has single peak Note (5): Middle peak flag as follows: 0 = profile max is in one of the horns 1 = profile max occurs between the two horns Note (6): Offset spike flag as follows: 0 = normal spectral profile 1 = (noise) spike near profile Note (7): Radio velocity flag as follows: 0 = no correction 1 = original spectrum was deemed to be recorded in radio velocity and was corrected Note (8): Digitisation flag as follows: 0 = digital spectrum used 1 = no digital spectrum was available and a spectrum image was digitised
Acknowledgements: Michael Jones, mjones(at)
(End) Patricia Vannier [CDS] 01-Dec-2017
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