Galactic archaeology with asteroseismology and spectroscopy: Red giants observed by CoRoT and APOGEE

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Volume 597 (January 2017)

A&A, 597 (2017) A30

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Table B.1

Description and explanation of the contents of the CoRoT-APOGEE catalogue.

No.	Column	Data type	Shape	Unit	Description

$1	CoRoT_ID	Integer			CoRoT Star Identifier − 10 digits number
$2	APOGEE_ID	String			APOGEE Identifier
$3	RA	Double		deg	Right Ascension (J2000.0, from 2MASS)
$4	Dec	Double		deg	Declination (J2000.0, from 2MASS)
$5	GLON	Double		deg	Galactic Longitude
$6	GLAT	Double		deg	Galactic Latitude
$7	FIELD	String			APOGEE Field
$8	run_id	String			Identifier of the CoRoT mission run - format AAIIA
$9	Seismic_results	String			Fitting method used to fit the frequency power spectrum
					(automatic or supervised)
$10	numax	Float		muHz	Frequency of maximum oscillation power
$11	e_numax	Float		muHz	Uncertainty of the frequency of maximum oscillation power
$12	Dnu	Float		muHz	Large frequency separation
$13	e_Dnu	Float		muHz	Uncertainty of the large frequency separation
$14	evstat	String			Evolutionary stage (RGB: red-giant branch, or RC: red clump)
$15	ASPCAP_ID	String			Unique ASPCAP identifier
$16	FILE	String			File name of visit-combined APOGEE spectrum
$17	TELESCOPE	String			String representation of of telescope used for observation
					(currently APO 1 m or 2.5 m)
$18	LOCATION_ID	Short			APOGEE Field Location ID
$19	TARGFLAGS	String			APOGEE Target flags²⁰
$20	NVISITS	Integer			Number of visits into combined spectrum
$21	SNR	Float			median S/N per pixel in combined spectrum
$22	STARFLAGS	String			APOGEE Star flags²¹
$23	VHELIO_AVG	Float			APOGEE average radial velocity, weighted by S/N, using RVs
					determined from cross-correlation of ind. spectra with template spectrum
$24	VSCATTER	Float			Scatter of individual visit RVs around average
$25	VERR_MED	Float			Median of individual visit RV errors
$26	PARAM	float[]	7		Empirically calibrated parameter array, using ASPCAP stellar parameters
					fit + calibrations, in the order: T_eff,log g,v_micro, [M/H], [C/M], [N/M], [α/M]
$27	FPARAM	float[]	7		Uncalibrated output parameter array from ASPCAP stellar parameters fit
$28	PARAM_COV	float[]	49		Covariance of calibrated parameters, but with only diagonal elements
					from external uncertainty estimation
$29	FPARAM_COV	float[]	49		Covariance of fitted parameters from ASPCAP
$30	TEFF	Double		K	APOGEE T_eff from ASPCAP analysis of combined spectrum
$31	TEFF_ERR	Double		K	APOGEE T_eff uncertainty
$32	LOGG	Float		[dex]	APOGEE log g from ASPCAP analysis of combined spectrum
$33	LOGG_ERR	Float		dex	APOGEE log g uncertainty
$34	PARAM_M_H	Float		[dex]	APOGEE [M/H] from ASPCAP analysis of combined spectrum
$35	MH_Anders	Float		[dex]	APOGEE [M/H] calibrated as in this paper and Santiago et al. (2016)
$36	PARAM_M_H_ERR	Float		dex	APOGEE [M/H] uncertainty
$37	PARAM_ALPHA_M	Float		[dex]	APOGEE [α/M] from ASPCAP analysis of combined spectrum
$38	PARAM_ALPHA_M_ERR	Float		dex	APOGEE [α/M] uncertainty
$39	ASPCAP_CHI2	Float			Reduced χ² of ASPCAP Fit
$40	ASPCAPFLAGS	String			Flags for ASPCAP analysis
$41	AL_H	Float		dex	[Al/H] from ASPCAP analysis of combined spectrum
$42	CA_H	Float		dex	[Ca/H] from ASPCAP analysis of combined spectrum
$43	C_H	Float		dex	[C/H] from ASPCAP analysis of combined spectrum
$44	FE_H	Float		dex	[Fe/H] from ASPCAP analysis of combined spectrum
$45	K_H	Float		dex	[K/H] from ASPCAP analysis of combined spectrum
$46	MG_H	Float		dex	[Mg/H] from ASPCAP analysis of combined spectrum
$47	MN_H	Float		dex	[Mn/H] from ASPCAP analysis of combined spectrum
$48	NA_H	Float		dex	[Na/H] from ASPCAP analysis of combined spectrum
$49	NI_H	Float		dex	[Ni/H] from ASPCAP analysis of combined spectrum
$50	N_H	Float		dex	[N/H] from ASPCAP analysis of combined spectrum
$51	O_H	Float		dex	[O/H] from ASPCAP analysis of combined spectrum
$52	SI_H	Float		dex	[Si/H] from ASPCAP analysis of combined spectrum
$53	S_H	Float		dex	[S/H] from ASPCAP analysis of combined spectrum
$54	TI_H	Float		dex	[Ti/H] from ASPCAP analysis of combined spectrum
$55	V_H	Float		dex	[V/H] from ASPCAP analysis of combined spectrum
$56	AL_H_ERR	Float		dex	[Al/H] uncertainty from ASPCAP analysis of combined spectrum
$57	CA_H_ERR	Float		dex	[Ca/H] uncertainty from ASPCAP analysis of combined spectrum
$58	C_H_ERR	Float		dex	[C/H] uncertainty from ASPCAP analysis of combined spectrum
$59	FE_H_ERR	Float		dex	[Fe/H] uncertainty from ASPCAP analysis of combined spectrum
$60	K_H_ERR	Float		dex	[K/H] uncertainty from ASPCAP analysis of combined spectrum
$61	MG_H_ERR	Float		dex	[Mg/H] uncertainty from ASPCAP analysis of combined spectrum
$62	MN_H_ERR	Float		dex	[Mn/H] uncertainty from ASPCAP analysis of combined spectrum
$63	NA_H_ERR	Float		dex	[Na/H] uncertainty from ASPCAP analysis of combined spectrum
$64	NI_H_ERR	Float		dex	[Ni/H] uncertainty from ASPCAP analysis of combined spectrum
$65	N_H_ERR	Float		dex	[N/H] uncertainty from ASPCAP analysis of combined spectrum
$66	O_H_ERR	Float		dex	[O/H] uncertainty from ASPCAP analysis of combined spectrum
$67	SI_H_ERR	Float		dex	[Si/H] uncertainty from ASPCAP analysis of combined spectrum
$68	S_H_ERR	Float		dex	[S/H] uncertainty from ASPCAP analysis of combined spectrum
$69	TI_H_ERR	Float		dex	[Ti/H] uncertainty from ASPCAP analysis of combined spectrum
$70	V_H_ERR	Float		dex	[V/H] uncertainty from ASPCAP analysis of combined spectrum
$71	AL_H_FLAG	Integer			[Al/H] Flag
$72	CA_H_FLAG	Integer			[Ca/H] Flag
$73	C_H_FLAG	Integer			[C/H] Flag
$74	FE_H_FLAG	Integer			[Fe/H] Flag
$75	K_H_FLAG	Integer			[K/H] Flag
$76	MG_H_FLAG	Integer			[Mg/H] Flag
$77	MN_H_FLAG	Integer			[Mn/H] Flag
$78	NA_H_FLAG	Integer			[Na/H] Flag
$79	NI_H_FLAG	Integer			[Ni/H] Flag
$80	N_H_FLAG	Integer			[N/H] Flag
$81	O_H_FLAG	Integer			[O/H] Flag
$82	SI_H_FLAG	Integer			[Si/H] Flag
$83	S_H_FLAG	Integer			[S/H] Flag
$84	TI_H_FLAG	Integer			[Ti/H] Flag
$85	V_H_FLAG	Integer			[V/H] Flag
$86	AK_TARG	Float		mag	K_s-band extinction from APOGEE Targeting (Zasowski et al. 2013)
$87	AK_TARG_METHOD	String			Extinction method used for APOGEE Targeting (Zasowski et al. 2013)
$88	SFD_EBV	Float		mag	SFD E(B − V) extinction (Schlegel et al. 1998)
$89	RC_dist_kpc	Double		kpc	APOGEE Red Clump distance (Bovy et al. 2014)
$90	VISITS	String			List of APOGEE visits going into combined spectrum
$91	VISIT_PK	int[]	50		Index of MJDs of APOGEE visits used in combined spectrum
$92	mag_b	Float		mag	OBSCAT Filter B magnitude
$93	mag_b_err	Float		mag	OBSCAT Filter B magnitude error
$94	mag_v	Float		mag	OBSCAT Filter V magnitude
$95	mag_v_err	Float		mag	OBSCAT Filter V magnitude error
$96	mag_r	Float		mag	OBSCAT Filter R magnitude
$97	mag_r_err	Float		mag	OBSCAT Filter R magnitude error
$98	mag_i	Float		mag	OBSCAT Filter I magnitude
$99	mag_i_err	Float		mag	OBSCAT Filter I magnitude error
$100	AllWISE	String			AllWISE ID
$101	Jmag	Float		mag	2MASS J magnitude
$102	e_Jmag	Float		mag	Mean error on J magnitude
$103	Hmag	Float		mag	2MASS H magnitude
$104	e_Hmag	Float		mag	Mean error on H magnitude
$105	Kmag	Float		mag	2MASS K_s magnitude
$106	e_Kmag	Float		mag	Mean error on K_s magnitude
$107	W1mag	Float		mag	WISE W1 magnitude
$108	e_W1mag	Float		mag	Mean error on W1 magnitude
$109	W2mag	Float		mag	WISE W2 magnitude
$110	e_W2mag	Float		mag	Mean error on W2 magnitude
$111	W3mag	Float		mag	WISE W3 magnitude
$112	e_W3mag	Float		mag	Mean error on W3 magnitude
$113	W4mag	Float		mag	WISE W4 magnitude
$114	e_W4mag	Float		mag	Mean error on W4 magnitude
$115	magB	Float		mag	B magnitude from APASS
$116	sigmagB	Float		mag	Error in B magnitude from APASS
$117	magV	Float		mag	V magnitude from APASS
$118	sigmagV	Float		mag	Error in V magnitude from APASS
$119	magg	Float		mag	g magnitude from APASS
$120	sigmagg	Float		mag	Error in g magnitude from APASS
$121	magr	Float		mag	r magnitude from APASS
$122	sigmagr	Float		mag	Error in r magnitude from APASS
$123	magi	Float		mag	i magnitude from APASS
$124	sigmagi	Float		mag	Error in i magnitude from APASS
$125	RA_EXODAT	Double		deg	Rigth Ascension - J2000 decimal degrees
$126	DEC_EXODAT	Double		deg	Declination - J2000 decimal degrees
$127	ccd_id	String			CoRoT CCD Id. either E1 or E2
$128	win_id	Integer			CoRoT Window Identifier on the CCD
$129	x	Double			X Target coordinate on the CoRoT CCD
$130	y	Double			Y Target coordinate on the CoRoT CCD
$131	spectral_type	String			EXODAT Spectral type of the star (from SED)
$132	luminosity_class	String			EXODAT Luminosity class - (I II III IV V) (from SED)
$133	color_temperature	Integer		K	EXODAT Color temperature estimation
$134	ppmxl_id	String			Record identifier in the catalog PPMXL
$135	usnob1_id	String			Record identifier in the catalog USNO-B1
$136	twomass_id	String			Record identifier in the catalog TWOMASS
$137	usnoa2_id	String			Record identifier in the catalog USNO-A2
$138	cmc14_id	String			Record identifier in the catalog CMC-14
$139	tycho2_id	Integer			Record identifier in the catalog TYCHO-2
$140	ucac2_id	Integer			Record identifier in the catalog UCAC-2
$141	UCAC4	String			UCAC4 recommended identifier (ZZZ-NNNNNN)
$142	pmRA	Double		mas/yr	UCAC4 Proper motion in RA ·cos(Dec)
$143	e_pmRA	Float		mas/yr	Mean error on pmRA
$144	pmDE	Double		mas/yr	UCAC4 Proper motion in Dec
$145	e_pmDE	Float		mas/yr	Mean error on pmDE
$146	UCAC4_combinedflag	Boolean			UCAC4 combined flag (as in Anders et al. 2014)
$147	mass_scale	Float		M _⊙	Stellar mass from seismic scaling relations
$148	logg_scale	Float		[dex]	log g from seismic scaling relations
$149	radius_scale	Float		R _⊙	Stellar radius from seismic scaling relations
$150	age_mode	Float		Gyr	PARAM Age (mode of the posterior PDF; Rodrigues et al. 2014)
$151	age_mode_68L	Float		Gyr	PARAM Age Lower 68% Confidence Limit
$152	age_mode_68U	Float		Gyr	PARAM Age Upper 68% Confidence Limit
$153	age_mode_95L	Float		Gyr	PARAM Age Lower 95% Confidence Limit
$154	age_mode_95U	Float		Gyr	PARAM Age Upper 95% Confidence Limit
$155	sigage_isochrones	Double		Gyr	Systematic age uncertainty estimated from different isochrones
$156	sigage_eta	Double		Gyr	Systematic age uncertainty related to mass loss
$157	sigage_tot	Double		Gyr	Total age uncertainty
					(quadratic sum of statistical and systematic age uncertainties)
$158	mass_mode	Float		M _⊙	PARAM Mass (mode of the posterior PDF; Rodrigues et al. 2014)
$159	mass_mode_68L	Float		M _⊙	PARAM Mass Lower 68% Confidence Limit
$160	mass_mode_68U	Float		M _⊙	PARAM Mass Upper 68% Confidence Limit
$161	mass_mode_95L	Float		M _⊙	PARAM Mass Lower 95% Confidence Limit
$162	mass_mode_95U	Float		M _⊙	PARAM Mass Upper 95% Confidence Limit
$163	radius_mode	Float		R _⊙	PARAM Radius (mode of the posterior PDF; Rodrigues et al. 2014)
$164	radius_mode_68L	Float		R _⊙	PARAM Radius Lower 68% Confidence Limit
$165	radius_mode_68U	Float		R _⊙	PARAM Radius Upper 68% Confidence Limit
$166	radius_mode_95L	Float		R _⊙	PARAM Radius Lower 95% Confidence Limit
$167	radius_mode_95U	Float		R _⊙	PARAM Radius Upper 95% Confidence Limit
$168	logg_mode	Float		[dex]	PARAM log g (mode of the posterior PDF; Rodrigues et al. 2014)
$169	logg_mode_68L	Float		[dex]	PARAM log g Lower 68% Confidence Limit
$170	logg_mode_68U	Float		[dex]	PARAM log g Upper 68% Confidence Limit
$171	logg_mode_95L	Float		[dex]	PARAM log g Lower 95% Confidence Limit
$172	logg_mode_95U	Float		[dex]	PARAM log g Upper 95% Confidence Limit
$173	dist_mode	Float		pc	PARAM Distance (mode of the posterior PDF; Rodrigues et al. 2014)
$174	dist_mode_68L	Float		pc	PARAM Distance Lower 68% Confidence Limit
$175	dist_mode_68U	Float		pc	PARAM Distance Upper 68% Confidence Limit
$176	dist_mode_95L	Float		pc	PARAM Distance Lower 95% Confidence Limit
$177	dist_mode_95U	Float		pc	PARAM Distance Upper 95% Confidence Limit
$178	Av_mode	Float		mag	PARAM V-band extinction (mode of the posterior PDF; Rodrigues et al. 2014)
$179	Av_mode_68L	Float		mag	PARAM V-band extinction Lower 68% Confidence Limit
$180	Av_mode_68U	Float		mag	PARAM V-band extinction Upper 68% Confidence Limit
$181	Av_mode_95L	Float		mag	PARAM V-band extinction Lower 95% Confidence Limit
$182	Av_mode_95U	Float		mag	PARAM V-band extinction Upper 95% Confidence Limit
$183	nfil	Short			Number of photometric filters used by PARAM
$184	fils	String			Which photometric filters have been used by PARAM
$185	Xg	Float		kpc	X coordinate in Galactocentric Cartesian coordinates
$186	Xg_sig	Float		kpc	X coordinate uncertainty
$187	Yg	Float		kpc	Y coordinate in Galactocentric Cartesian coordinates
$188	Yg_sig	Float		kpc	Y coordinate uncertainty
$189	Zg	Float		kpc	Z coordinate in Galactocentric Cartesian coordinates
$190	Zg_sig	Float		kpc	Z coordinate uncertainty
$191	Rg	Float		kpc	R coordinate in Galactocentric Cylindrical coordinates
$192	Rg_sig	Float		kpc	R coordinate uncertainty
$193	vT	Float		km s^-1	Transverse velocity
$194	vT_sig	Float		km s^-1	Transverse velocity uncertainty
$195	vXg	Float		km s^-1	X-axis space velocity
$196	vXg_sig	Float		km s^-1	X-axis space velocity uncertainty
$197	vYg	Float		km s^-1	Y-axis space velocity
$198	vYg_sig	Float		km s^-1	Y-axis space velocity uncertainty
$199	vZg	Float		km s^-1	Z-axis space velocity
$200	vZg_sig	Float		km s^-1	Z-axis space velocity uncertainty
$201	vRg	Float		km s^-1	Galactocentric radial velocity
$202	vRg_sig	Float		km s^-1	Galactocentric radial velocity uncertainty
$203	vPhig	Float		km s^-1	Azimuthal velocity
$204	vPhig_sig	Float		km s^-1	Azimuthal velocity uncertainty
$205	Rguide	Float		kpc	Guiding-centre radius
$206	Rguide_sig	Float		kpc	Uncertainty on guiding-centre radius

Notes..

⁽²⁰⁾

https://www.sdss.org/dr12/algorithms/bitmasks/#APOGEE_TARGET2

⁽²¹⁾

https://www.sdss.org/dr12/algorithms/bitmasks/#APOGEE_STARFLAG

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