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Resource Description:
For a list of all services and tables belonging to this table's resource, see Information on resource 'ASPIC 6dF Galaxy Survey physical parameters'
To cite the table as such, we suggest the following BibTeX entry:
@MISC{vo:aspic_6df_main, year=2019, title={{ASPIC} 6dF Galaxy Survey physical parameters}, author={{ASPIC} team}, url={https://vo.lam.fr/tableinfo/aspic_6df.main}, howpublished={{VO} resource provided by the {CeSAM} Virtual Observatory Server} }
This resource contains the catalogue of physical parameters for a selection of sources from the third data release (DR3) of the 6dF [1] survey. They where estimated using Le Phare [2] and CIGALE [3] by the Gazpar [4] service as part of ASPIC [5].
We only used the 6dF sources having both 2Mass and SuperCosmos Bj, rF, J, H, and K magnitudes. The magnitudes uncertainties were computed for J, K, and K comparing 2Mass data with J band Denis observations. Also, note that for Le Phare the Chabrier initial mass function (IMF) was used but for CIGALE it was the Salpeter IMF.
The 6dF DR3 spectra are available on the Virtual Observatory at the Royal Observatory of Edinburgh. You can use the target name to retrieve the spectra associated to an object.
Any use of these data should explicitly state that they come from the Final Release of 6dFGS and cite both the 6dGS DR3 paper (Jones et al 2009) as well as the original 6dFGS survey paper (Jones et al 2004, MNRAS 355, 747). The 2004 paper remains the most comprehensive description of the survey but the 2009 paper details many important subsequent developments and changes.
ASPIC (Archives Spectrophotométriques Publiques Intégrées au CeSAM) is the public spectro-photometric archive of the Laboratoire d'Astrophysique de Marseille data-centre (CeSAM, Centre de donnéeS Astrophysiques de Marseille). We give access to spectro-photometric data with value additions like physical parameters, photometric redshifts, and spectra line measurements.
Any use of these data should explicitly state that they come from the Final Release of 6dFGS and cite both the 6dGS DR3 paper (Jones et al 2009) as well as the original 6dFGS survey paper (Jones et al 2004, MNRAS 355, 747).
Research work benefiting from the use of ASPIC data at CeSAM should include the following acknowledgement in publications: “This research has made use of the ASPIC database, operated at CeSAM/LAM, Marseille, France.”
[1] | Six-degree field Galaxy Survey, Jones et al. (2024), Jones et al. (2009), http://www.6dfgs.net |
[2] | https://cesam.lam.fr/lephare |
[3] | https://cigale.lam.fr |
[4] | Galaxy redshifts and physical parameters, https://gazpar.lam.fr |
[5] | Archives Spectrophotométriques Publiques Intégrées au CeSAM, https://cesam.lam.fr/aspic |
Sorted by DB column index. [Sort alphabetically]
Name | Table Head | Description | Unit | UCD |
---|---|---|---|---|
targetname | TargetName | Target name. | N/A | meta.id;meta.main |
ra | RA | Right Ascension (J2000) | deg | pos.eq.ra;meta.main |
dec | Dec | Declination (J2000) | deg | pos.eq.dec;meta.main |
z_spec | z_spec | Raw measured redshift (corrected for template offset and slit vane shift). | N/A | src.redshift |
z_helio | z_helio | Heliocentric redshift (corrected for heliocentric motion, template offset and slit vane shift). | N/A | src.redshift |
z_quality | z_quality | Redshift measurement quality: 4=good 1=bad (6=star) | N/A | meta.code.qual;src.redshift |
bj | Bj | SuperCosmos Bj magnitude from 6dF | mag | phot.mag;em.opt.B |
rf | Rf | SuperCosmos Rf magnitude from 6dF | mag | phot.mag;em.opt.R |
j | J | 2Mass J magnitude from 6dF | mag | phot.mag;em.IR.J |
h | H | 2Mass H magnitude from 6dF | mag | phot.mag;em.IR.H |
ks | Ks | 2Mass Ks magnitude from 6dF | mag | phot.mag;em.IR.K |
err_bj | err_Bj | Uncertainty on Bj magnitude from 6dF | mag | stat.error;phot.mag;em.opt.B |
err_rf | err_Rf | Uncertainty on Rf magnitude from 6dF | mag | stat.error;phot.mag;em.opt.R |
err_j | err_J | Estimated uncertainty on J magnitude | mag | stat.error;phot.mag;em.IR.J |
err_h | err_H | Estimated uncertainty on H magnitude | mag | stat.error;phot.mag;em.IR.H |
err_ks | err_Ks | Estimated uncertainty on Ks magnitude | mag | stat.error;phot.mag;em.IR.K |
lp_z_best | LP_z_best | Best photometric redshift from Le Phare. | N/A | src.redshift.phot |
lp_mod_best | LP_mod_best | Identifier of the best Le Phare template. | N/A | meta.id |
lp_ebv_best | LP_ebv_best | E(B-V) absorption for Le Phare best fit. | N/A | phys.absorption;meta.modelled |
lp_extlaw_best | LP_extlaw_best | Le Phare extinction law identifier for one used in the best fit. | N/A | meta.id;phys.absorption;meta.modelled |
lp_chi_best | LP_chi_best | Chi-square of the best Le Phare fit. | N/A | stat.fit.chi2 |
lp_nband_used | LP_nband_used | Number of band used in La Phare fitting. | N/A | meta.number |
lp_age_best | LP_age_best | Age for Le Phare best fit. | yr | time.age |
lp_age_inf | LP_age_inf | 16% lower galaxy age in Le Phare fit. | yr | time.age;stat.min |
lp_age_med | LP_age_med | Median galaxy age in Le Phare fit. | yr | time.age;stat.median |
lp_age_sup | LP_age_sup | 16% higher galaxy age in Le Phare fit. | yr | time.age;stat.max |
lp_mass_best | LP_mass_best | galaxy mass for le phare best fit. | log(solMass) | phys.mass |
lp_mass_inf | LP_mass_inf | 16% lower galaxy mass in le phare fit. | log(solMass) | phys.mass;stat.min |
lp_mass_med | LP_mass_med | Median galaxy mass in le phare fit. | log(solMass) | phys.mass;stat.median |
lp_mass_sup | LP_mass_sup | 16% higher galaxy mass in le phare fit. | log(solMass) | phys.mass;stat.max |
lp_sfr_best | LP_SFR_best | Star Formation Rate for le phare best fit. | log(solMass/yr) | phys.SFR |
lp_sfr_inf | LP_SFR_inf | 16% lower Star Formation Rate in le phare fit. | log(solMass/yr) | phys.SFR;stat.min |
lp_sfr_med | LP_SFR_med | Median Star Formation Rate in le phare fit. | log(solMass/yr) | phys.SFR;stat.median |
lp_sfr_sup | LP_SFR_sup | 16% higher Star Formation Rate in le phare fit. | log(solMass/yr) | phys.SFR;stat.max |
lp_ssfr_best | LP_sSFR_best | Specific Star Formation Rate for le phare best fit. | yr**-1 | phys.sfr |
lp_ssfr_inf | LP_sSFR_inf | 16% lower Specific Star Formation Rate in le phare fit. | yr**-1 | phys.sfr;stat.min |
lp_ssfr_med | LP_sSFR_med | Median Specific Star Formation Rate in le phare fit. | yr**-1 | phys.sfr;stat.median |
lp_ssfr_sup | LP_sSFR_sup | 16% higher Specific Star Formation Rate in le phare fit. | yr**-1 | phys.sfr;stat.max |
lp_lum_nuv_best | LP_lum_NUV_best | NUV luminosity for Le Phare best fit. | solLum | phys.luminosity;em.UV.200-300nm;meta.modelled |
lp_lum_r_best | LP_lum_R_best | R luminosity for Le Phare best fit. | solLum | phys.luminosity;em.opt.R;meta.modelled |
lp_lum_k_best | LP_lum_K_best | K luminosity for Le Phare best fit. | solLum | phys.luminosity;em.IR.K;meta.modelled |
lp_mag_abs_bj | LP_mag_abs_Bj | Bj absolute magnitude from Le Phare | mag | phys.magAbs;em.opt.B;meta.modelled |
lp_mag_abs_rf | LP_mag_abs_Rf | Rf absolute magnitude from Le Phare | mag | phys.magAbs;em.opt.R;meta.modelled |
lp_mag_abs_j | LP_mag_abs_J | J absolute magnitude from Le Phare | mag | phys.magAbs;em.IR.J;meta.modelled |
lp_mag_abs_h | LP_mag_abs_H | H absolute magnitude from Le Phare | mag | phys.magAbs;em.IR.H;meta.modelled |
lp_mag_abs_ks | LP_mag_abs_Ks | Ks absolute magnitude from Le Phare | mag | phys.magAbs;em.IR.K;meta.modelled |
c_mstar | C_mstar | Stellar mass from CIGALE | solMass | phys.mass |
c_mstar_err | C_mstar_err | Uncertainty on stellar mass from CIGALE | solMass | stat.error;phys.mass |
c_sfr | C_SFR | Star Formation Rate from CIGALE | solMass/yr | phys.sfr |
c_sfr_err | C_SFR_err | Uncertainty on Star Formation Rate from CIGALE | yr**-1 | stat.error;phys.sfr |
Columns that are parts of indices are marked like this.
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