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Simple Target List Of Targets Fast Xmatch with large catalogs or Simbad

Target Name (resolved by Sesame) or Position:	Target dimension:
NB: The epoch used for the query is the original epoch of the table(s)	Radius Box size

	J/A+A/694/A18	-1		Chemical abundances in LINERs from MaNGA. I (Perez-Diaz+, 2025) ReadMe+ftp 2025A&A...694A..18P Similar Catalogs Post annotation
1.	J/A+A/694/A18/tableb1		^(c)List of galaxies and host galaxy properties in our sample of LINER-like galaxies (105 rows) metaJ/A+A/694/A18/tableb1
2.	J/A+A/694/A18/tableb2		Optical spectroscopic information for our sample of LINER-like galaxies (105 rows) metaJ/A+A/694/A18/tableb2
3.	J/A+A/694/A18/tableb3		Estimated oxygen abundances in the nuclear region of our sample of LINER-like galaxies based on different grids of photoionization models (105 rows) metaJ/A+A/694/A18/tableb3
4.	J/A+A/694/A18/tableb4		Estimated nitrogen-to-oxygen abundance ratios in the nuclear region of our sample of LINER-like galaxies based on different grids of photoionization models (105 rows) metaJ/A+A/694/A18/tableb4
5.	J/A+A/694/A18/tableb5		Estimated ionization parameters in the nuclear region of our sample of LINER-like galaxies based on different grids of photoionization models (105 rows) metaJ/A+A/694/A18/tableb5

Simple Constraint List Of Constraints

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Column

Constraint

Explain (UCD)

(ALL)

recno

Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)

(ALL)

Name

(char)

Identificators of the objects following the convention "PLATE-IFUDESIGN" (meta.id;meta.main)

(1)

Redshift (src.redshift)

(1)

SpType

(char)

Spectral type according to the BPT diagrams (Note 1) (src.spType)

(1)

SpTypeWHAN

(char)

Spectral type according to the WHAN diagram (Note 2) (src.spType)

(1)

R50

arcsec

R50 petrossian isophote from NASA-Sloan Atlas (NSA) catalogue (phys.angSize)

(1)

logM*

[Msun]

Stellar mass from NASA-Sloan Atlas (NSA) catalogue (phys.mass)

(1)

logMHI

[Msun]

⁽ⁿ⁾ HI mass from NASA-Sloan Atlas (NSA) catalogue (phys.mass)

(1)

SimbadName

(char)

⁽ⁿ⁾Designation understandable by the Simbad data-base (meta.id)

(1)

_RA

deg

⁽ⁱ⁾ Right Ascension (J2000) from SIMBAD (not part of the original data) (pos.eq.ra;meta.main)

(1)

_DE

deg

⁽ⁱ⁾ Declination (J2000) from SIMBAD (not part of the original data) (pos.eq.dec;meta.main)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(2)

WHa

0.1nm

Equivalent width of Halpha (spect.line.eqWidth)

(2)

cHbeta

⁽ⁿ⁾ Extinction coefficient estimation (phys.absorption)

(2)

e_cHbeta

⁽ⁿ⁾ Extinction coefficient uncertainty (stat.error)

(2)

OII-3727

Emission line ratio of doublet [OII]3726,3729Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_OII-3727

Uncertainty in emission line ratio of doublet [OII]3726,3729Å corrected from reddening and referred to Hbeta (stat.error)

(2)

NeIII-3868

⁽ⁿ⁾ Emission line ratio of [NeIII]3868Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_NeIII-3868

⁽ⁿ⁾ Uncertainty in emission line ratio of [NeIII]3868Å corrected from reddening and referred to Hbeta (stat.error)

(2)

OIII-5007

Emission line ratio of [NeIII]3868Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_OIII-5007

Uncertainty in emission line ratio of [OIII]5007Å corrected from reddening and referred to Hbeta (stat.error)

(2)

OI-6300

⁽ⁿ⁾ Emission line ratio of [OI]6300Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_OI-6300

⁽ⁿ⁾ Uncertainty in emission line ratio of [OI]6300Å corrected from reddening and referred to Hbeta (stat.error)

(2)

NII-6584

Emission line ratio of [NII]6584Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_NII-6584

Uncertainty in emission line ratio of [NII]6584Å corrected from reddening and referred to Hbeta (stat.error)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(2)

SII-6717

Emission line ratio of [SII]6717Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_SII-6717

Uncertainty in emission line ratio of [SII]6717Å corrected from reddening and referred to Hbeta (stat.error)

(2)

SII-6731

⁽ⁿ⁾ Emission line ratio of [SII]6731Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_SII-6731

⁽ⁿ⁾ Uncertainty in emission line ratio of [SII]6731Å corrected from reddening and referred to Hbeta (stat.error)

(2)

SIII-9530

⁽ⁿ⁾ Emission line ratio of [SIII]9530Å corrected from reddening and referred to Hbeta (spect.line.intensity;arith.ratio)

(2)

e_SIII-9530

⁽ⁿ⁾ Uncertainty in emission line ratio of [SIII]9530Å corrected from reddening and referred to Hbeta (stat.error)

(3)

12logOH-a08e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a08e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (stat.error)

(3)

12logOH-a10e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a10e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (stat.error)

(3)

12logOH-a12e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a12e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (stat.error)

(3)

12logOH-a14e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (phys.abund)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(3)

e_12logOH-a14e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (stat.error)

(3)

12logOH-a16e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a16e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (stat.error)

(3)

12logOH-a18e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a18e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (stat.error)

(3)

12logOH-a20e02

Optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (phys.abund)

(3)

e_12logOH-a20e02

Uncertainty in the optical estimation of the oxygen abundances assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (stat.error)

(3)

12logOH-ADAFe02

Optical estimation of the oxygen abundances assuming advected-dominated accretion flow (ADAF) models and efrac=0.02 (phys.abund)

(3)

e_12logOH-ADAFe02

Uncertainty in the optical estimation of the oxygen abundances assuming advected-dominated accretion flow (ADAF) and efrac=0.02 (stat.error)

(3)

12logOH-T50kke02

Optical estimation of the oxygen abundances assuming pAGB models with T=50kK and efrac=0.02 (phys.abund)

(3)

e_12logOH-T50kke02

Uncertainty in the optical estimation of the oxygen abundances assuming pAGB models with T=50kK and efrac=0.02 (stat.error)

(3)

12logOH-T100kke02

Optical estimation of the oxygen abundances assuming pAGB models with T=100kK and efrac=0.02 (phys.abund)

(3)

e_12logOH-T100kke02

Uncertainty in the optical estimation of the oxygen abundances assuming pAGB models with T=100kK and efrac=0.02 (stat.error)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(3)

12logOH-T150kke02

Optical estimation of the oxygen abundances assuming pAGB models with T=150kK and efrac=0.02 (phys.abund)

(3)

e_12logOH-T150kke02

Uncertainty in the optical estimation of the oxygen abundances assuming pAGB models with T=150kK and efrac=0.02 (stat.error)

(4)

logNO-a08e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (phys.abund)

(4)

e_logNO-a08e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (stat.error)

(4)

logNO-a10e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (phys.abund)

(4)

e_logNO-a10e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (stat.error)

(4)

logNO-a12e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (phys.abund)

(4)

e_logNO-a12e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (stat.error)

(4)

logNO-a14e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (phys.abund)

(4)

e_logNO-a14e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (stat.error)

(4)

logNO-a16e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (phys.abund)

(4)

e_logNO-a16e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (stat.error)

(4)

logNO-a18e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (phys.abund)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(4)

e_logNO-a18e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (stat.error)

(4)

logNO-a20e02

Optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (phys.abund)

(4)

e_logNO-a20e02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (stat.error)

(4)

logNO-ADAFe02

Optical estimation of the nitrogen-to-oxygen abundances assuming advected-dominated accretion flow (ADAF) models and efrac=0.02 (phys.abund)

(4)

e_logNO-ADAFe02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming advected-dominated accretion flow (ADAF) and efrac=0.02 (stat.error)

(4)

logNO-T50kke02

Optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=50kK and efrac=0.02 (phys.abund)

(4)

e_logNO-T50kke02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=50kK and efrac=0.02 (stat.error)

(4)

logNO-T100kke02

Optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=100kK and efrac=0.02 (phys.abund)

(4)

e_logNO-T100kke02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=100kK and efrac=0.02 (stat.error)

(4)

logNO-T150kke02

Optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=150kK and efrac=0.02 (phys.abund)

(4)

e_logNO-T150kke02

Uncertainty in the optical estimation of the nitrogen-to-oxygen abundances assuming pAGB models with T=150kK and efrac=0.02 (stat.error)

(5)

logU-a08e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a08e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-0.8 and efrac=0.02 (stat.error)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(5)

logU-a10e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a10e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.0 and efrac=0.02 (stat.error)

(5)

logU-a12e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a12e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.2 and efrac=0.02 (stat.error)

(5)

logU-a14e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a14e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.4 and efrac=0.02 (stat.error)

(5)

logU-a16e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a16e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.6 and efrac=0.02 (stat.error)

(5)

logU-a18e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a18e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-1.8 and efrac=0.02 (stat.error)

(5)

logU-a20e02

Optical estimation of the ionization parameters assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-a20e02

Uncertainty in the optical estimation of the ionization parameters assuming AGN models with alpha_OX=-2.0 and efrac=0.02 (stat.error)

(5)

logU-ADAFe02

Optical estimation of the ionization parameters assuming advected-dominated accretion flow (ADAF) models and efrac=0.02 (phys.ionizParam.rad)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

(5)

e_logU-ADAFe02

Uncertainty in the optical estimation of the ionization parameters assuming advected-dominated accretion flow (ADAF) and efrac=0.02 (stat.error)

(5)

logU-T50kke02

Optical estimation of the ionization parameters assuming pAGB models with T=50kK and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-T50kke02

Uncertainty in the optical estimation of the ionization parameters assuming pAGB models with T=50kK and efrac=0.02 (stat.error)

(5)

logU-T100kke02

Optical estimation of the ionization parameters assuming pAGB models with T=100kK and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-T100kke02

Uncertainty in the optical estimation of the ionization parameters assuming pAGB models with T=100kK and efrac=0.02 (stat.error)

(5)

logU-T150kke02

Optical estimation of the ionization parameters assuming pAGB models with T=150kK and efrac=0.02 (phys.ionizParam.rad)

(5)

e_logU-T150kke02

Uncertainty in the optical estimation of the ionization parameters assuming pAGB models with T=150kK and efrac=0.02 (stat.error)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

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