II/377 Spitzer Data Fusion main catalogue (Vaccari, 2023)
The Spitzer Data Fusion.
Vaccari M.
https://zenodo.org/record/8192777 (2023)
=2023yCat.2377....0V 2023yCat.2377....0V
=2015fers.confE..27V
ADC_Keywords: Infrared sources ; Millimetric/submm sources ; Redshifts ;
Photometry, SDSS ; Photometry, infrared ; Photometry, ultraviolet
Keywords: astrophysics - astrophysics of galaxies
Abstract:
We present the Spitzer Data Fusion, a database incorporating
far-ultraviolet to far-infrared flux measurements as well as
photometric and spectroscopic redshifts for 4.4 million IRAC-selected
sources detected over 8 extragalactic fields covering 65deg2
observed by the Spitzer Space Telescope in all its seven IRAC1234 and
MIPS123 bands during its cryogenic mission.
The catalogs are publicly available at:
https://www.mattiavaccari.net/df
https://zenodo.org/record/6120913
Description:
We cross-correlate Spitzer-selected catalogs in the SWIRE (ES1, XMM,
CDFS, LH, EN1, EN2), BOOTES and XFLS fields with GALEX, SDSS, INT WFC,
2MASS, UKIDSS, VISTA, WISE, SPIRE, NED, SWIRE Phot-z (Rowan-Robinson+
08 & 13, hereafter MRR08 & MRR13 respectively) catalogs as well as
miscellaneous Optical/NIR catalogs available within individual fields.
Spitzer Catalogs
- For SWIRE fields we use the IRAC 4-band catalogs from the SWIRE Final
Data Release by Surace+ (in prep) and the MIPS 24/70/160 micron catalogs
by Vaccari+ (in prep) based on the SWIRE Final Data Release maps
- For BOOTES we use the IRAC 4-band catalog by Vaccari+ (in prep), based on
SDWFS maps by Ashby et al. (2009ApJ...701..428A 2009ApJ...701..428A) (available at SSC),
the MIPS 24 micron catalog by Vaccari+ (in prep) based on a map by
Shupe (priv. comm.) and the MIPS 70/160 micron catalogs by
Seymour & Tugwell (priv comm)
- For XFLS we use the IRAC 4-band catalog by Vaccari+ (in prep) based on
XFLS maps by Lacy et al. (2005MmSAI..76..154L 2005MmSAI..76..154L) (available at SSC),
the MIPS 24 micron catalog by Vaccari+ (in prep.) based on a map by
Shupe (priv. comm.) and the MIPS 70/160 micron catalogs by
Seymour & Tugwell (priv. comm.)
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
master.dat 1101 4390735 Main catalog (source indices and coordinates
from various individual catalogs)
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Byte-by-byte Description of file: master.dat
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Bytes Format Units Label Explanations
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1- 27 A27 --- Name Name, SDF1_hh:mm:ss.ss+dd:mm:ss.s (Name)
29- 35 I7 --- IMaster Master index (Index_Master)
37- 50 A14 --- NMaster Master name (Name_Master)
52- 58 I7 --- ISpitzer Spitzer index (Index_Spitzer)
60- 69 F10.6 deg RAdeg Spitzer right ascension (J2000)
(RA_Spitzer)
71- 80 F10.6 deg DEdeg Spitzer declination (J2000)
(Dec_Spitzer)
82- 87 I6 --- IMIPS24um ?=-9 MIPS 24micron index
(IndexMIPS24_micron)
89- 99 F11.6 deg RA24deg ?=-9.9 MIPS 24um right ascension (J2000)
(RAMIPS24_micron)
101- 110 F10.6 deg DE24deg ?=-9.9 MIPS 24um declination (J2000)
(DecMIPS24_micron)
112- 116 I5 --- IMIPS70um ?=-9 MIPS 70um index
(IndexMIPS70_micron)
118- 128 F11.6 deg RA70deg ?=-9.9 MIPS 70um right ascension (J2000)
(RAMIPS70_micron)
130- 139 F10.6 deg DE70deg ?=-9.9 MIPS 70um declination (J2000)
(DecMIPS70_micron)
141- 144 I4 --- IMIPS160um ?=-9 MIPS 160um index
(IndexMIPS160_micron)
146- 156 F11.6 deg RA160deg ?=-9.9 MIPS 160um right ascension (J2000)
(RAMIPS160_micron)
158- 167 F10.6 deg DE160deg ?=-9.9 MIPS 160um declination (J2000)
(DecMIPS160_micron)
169- 187 I19 --- IUVGALEX ?=-9 UV GALEX index (IndexUVGALEX)
189- 199 F11.6 deg RAUdeg ?=-9.9 UV GALEX right ascension (J2000)
(RAUVGALEX)
201- 210 F10.6 deg DEUdeg ?=-9.9 UV GALEX declination (J2000)
(DecUVGALEX)
212- 230 I19 --- IOptSDSS ?=-9 Optical SDSS index
(IndexOpticalSDSS)
232- 242 F11.6 deg RAOdeg ?=-9.9 Optical SDSS right ascension
(J2000) (RAOpticalSDSS)
244- 253 F10.6 deg DEOdeg ?=-9.9 Optical SDSS declination (J2000)
(DecOpticalSDSS)
255- 267 I13 --- IOptExtra ?=-9 Optical Extra index
(IndexOpticalExtra)
269- 279 F11.6 deg RAOEdeg ?=-9.9 Optical Extra right ascension
(J2000) (RAOpticalExtra)
281- 290 F10.6 deg DEOEdeg ?=-9.9 Optical Extra declination (J2000)
(DecOpticalExtra)
292- 296 I5 --- INIR2MASS ?=-9 NIR 2MASS index (IndexNIR2MASS)
298- 308 F11.6 deg RANdeg ?=-9.9 NIR 2MASS right ascension (J2000)
(RANIR2MASS)
310- 319 F10.6 deg DENdeg ?=-9.9 NIR 2MASS declination (J2000)
(DecNIR2MASS)
321- 332 I12 --- INIRExtra ?=-9 NIR Extra index (IndexNIRExtra)
334- 344 F11.6 deg RANEdeg ?=-9.9 NIR Extra right ascension (J2000)
(RANIRExtra)
346- 355 F10.6 deg DENEdeg ?=-9.9 NIR Extra declination (J2000)
(DecNIRExtra)
357- 363 F7.4 mag FUVmag ?=-9.9 FUV GALEX magnitude (AB)
(FUVABmag_GALEX)
365- 371 F7.4 mag NUVmag ?=-9.9 NUVABmag_GALEX magnitude (AB)
(NUVABmag_GALEX)
373- 379 F7.4 mag e_FUVmag ?=-9.9 FUV GALEX magnitude error (AB)
(FUVABmagErrorGALEX)
381- 387 F7.4 mag e_NUVmag ?=-9.9 NUV GALEX magnitude error (AB)
(NUVABmagErrorGALEX)
389- 395 F7.4 mag umag ?=-9.9 SDSS u magnitude (AB)
(uABmag_SDSS)
397- 403 F7.4 mag gmag ?=-9.9 SDSS g magnitude (AB)
(gABmag_SDSS)
405- 411 F7.4 mag rmag ?=-9.9 SDSS r magnitude (AB)
(rABmag_SDSS)
413- 419 F7.4 mag imag ?=-9.9 SDSS i magnitude (AB)
(iABmag_SDSS)
421- 427 F7.4 mag zmag ?=-9.9 SDSS z magnitude (AB)
(zABmag_SDSS)
429- 435 F7.4 mag e_umag ?=-9.9 SDSS u magnitude error (AB)
(uABmagErrorSDSS)
437- 443 F7.4 mag e_gmag ?=-9.9 SDSS g magnitude error (AB)
(gABmagErrorSDSS)
445- 451 F7.4 mag e_rmag ?=-9.9 SDSS r magnitude error (AB)
(rABmagErrorSDSS)
453- 459 F7.4 mag e_imag ?=-9.9 SDSS y magnitude error (AB)
(iABmagErrorSDSS)
461- 467 F7.4 mag e_zmag ?=-9.9 SDSS z magnitude error (AB)
(zABmagErrorSDSS)
469- 475 F7.4 mag uEmag ?=-9.9 Extra u magnitude (AB)
(uABmag_Extra)
477- 483 F7.4 mag gEmag ?=-9.9 Extra g magnitude (AB)
(gABmag_Extra)
485- 491 F7.4 mag rEmag ?=-9.9 Extra r magnitude (AB)
(rABmag_Extra)
493- 499 F7.4 mag iEmag ?=-9.9 Extra i magnitude (AB)
(iABmag_Extra)
501- 507 F7.4 mag zEmag ?=-9.9 Extra z magnitude (AB)
(zABmag_Extra)
509- 515 F7.4 mag e_uEmag ?=-9.9 Extra u magnitude error (AB)
(uABmagErrorExtra)
517- 523 F7.4 mag e_gEmag ?=-9.9 Extra g magnitude error (AB)
(gABmagErrorExtra)
525- 531 F7.4 mag e_rEmag ?=-9.9 Extra r magnitude error (AB)
(rABmagErrorExtra)
533- 539 F7.4 mag e_iEmag ?=-9.9 Extra i magnitude error (AB)
(iABmagErrorExtra)
541- 547 F7.4 mag e_zEmag ?=-9.9 Extra z magnitude error (AB)
(zABmagErrorExtra)
549- 555 F7.4 mag Jmag ?=-9.9 2MASS J magnitude (Vega)
(JVegamag_2MASS)
557- 563 F7.4 mag Hmag ?=-9.9 2MASS H magnitude (Vega)
(HVegamag_2MASS)
565- 571 F7.4 mag Kmag ?=-9.9 2MASS K magnitude (Vega)
(KVegamag_2MASS)
573- 579 F7.4 mag e_Jmag ?=-9.9 2MASS J magnitude error (Vega)
(JVegamagError2MASS)
581- 587 F7.4 mag e_Hmag ?=-9.9 2MASS H magnitude error (Vega)
(HVegamagError2MASS)
589- 595 F7.4 mag e_Kmag ?=-9.9 2MASS K magnitude error (Vega)
(KVegamagError2MASS)
597- 603 F7.4 mag JEmag ?=-9.9 Extra J magnitude (Vega)
(JVegamag_Extra)
605- 611 F7.4 mag HEmag [-9.9] Extra H magnitude (Vega)
(HVegamag_Extra)
613- 619 F7.4 mag KEmag ?=-9.9 Extra K magnitude (Vega)
(KVegamag_Extra)
621- 627 F7.4 mag e_JEmag ?=-9.9 Extra J magnitude error (Vega)
(JVegamagErrorExtra)
629- 635 F7.4 mag e_HEmag [-9.9] Extra H magnitude error (Vega)
(HVegamagErrorExtra)
637- 643 F7.4 mag e_KEmag ?=-9.9 Extra K magnitude error (Vega)
(KVegamagErrorExtra)
645- 656 E12.6 uJy F3.6um ?=-9.9 IRAC 3.6um flux
(IRAC36micronFlux_muJy)
658- 669 E12.6 uJy F4.5um ?=-9.9 IRAC 4.5um flux
(IRAC45micronFlux_muJy)
671- 682 E12.6 uJy F5.8um ?=-9.9 IRAC 5.8um flux
(IRAC58micronFlux_muJy)
684- 695 E12.6 uJy F8.0um ?=-9.9 IRAC 8.0um flux
(IRAC80micronFlux_muJy)
697- 708 E12.6 uJy e_F3.6um ?=-9.9 IRAC 3.6um flux error
(IRAC36micronFluxErrormuJy)
710- 721 E12.6 uJy e_F4.5um ?=-9.9 IRAC 4.5um flux error
(IRAC45micronFluxErrormuJy)
723- 734 E12.6 uJy e_F5.8um ?=-9.9 IRAC 5.8um flux error
(IRAC58micronFluxErrormuJy)
736- 747 E12.6 uJy e_F8.0um ?=-9.9 IRAC 8.0um flux error
(IRAC80micronFluxErrormuJy)
749- 760 E12.6 --- SNR3.6um ?=-9.9 IRAC 3.6um SNR
(IRAC36micronSNR)
762- 773 E12.6 --- SNR4.5um ?=-9.9 IRAC 4.5um SNR
(IRAC45micronSNR)
775- 786 E12.6 --- SNR5.8um ?=-9.9 IRAC 5.8um SNR
(IRAC58micronSNR)
788- 799 E12.6 --- SNR8.0um ?=-9.9 IRAC 8.0um SNR
(IRAC80micronSNR)
801- 812 E12.6 uJy F24um ?=-9.9 MIPS 24um flux
(MIPS24micronFluxmuJy)
814- 825 E12.6 uJy e_F24um ?=-9.9 MIPS 24um flux error
(MIPS24micronFluxError_muJy)
827- 838 E12.6 --- SNR24um ?=-9.9 MIPS 24um SNR (MIPS24micron_SNR)
840- 848 F9.6 arcsec Dist1 ?=-9.9 MIPS 24um vs IRAC distance
(MIPS24micronvsIRACdistarcsec)
850- 858 F9.6 --- R24um ?=-9.9 MIPS 24um reliability
(MIPS24micron_Reliability)
860- 871 E12.6 mJy F70um ?=-9.9 MIPS 70um flux
(MIPS70micronFluxmJy)
873- 884 E12.6 mJy e_F70um ?=-9.9 MIPS 70um flux error
(MIPS70micronFluxError_mJy)
886- 894 F9.4 --- SNR70um ?=-9.9 MIPS 70um SNR (MIPS70micron_SNR)
896- 904 F9.6 arcsec Dist2 ?=-9.9 MIPS 70um vs MIPS 24micron distance
(MIPS70micronvsMIPS24microndistarcsec)
906- 914 F9.6 --- R70um ?=-9.9 MIPS 70um reliability
(MIPS70micron_Reliability)
916- 927 E12.6 mJy F160um ?=-9.9 MIPS 160um flux
(MIPS160micronFluxmJy)
929- 940 E12.6 mJy e_F160um ?=-9.9 MIPS 160um flux error
(MIPS160micronFluxError_mJy)
942- 953 E12.6 --- SNR160um ?=-9.9 MIPS 160um SNR
(MIPS160micron_SNR)
955- 964 F10.6 arcsec Dist3 ?=-9.9 MIPS 160um vs MIPS 24um distance
(MIPS160micronvsMIPS24microndistarcsec)
966- 974 F9.6 --- R160um ?=-9.9 MIPS 160um reliability
(MIPS160micron_Reliability)
976- 984 F9.6 --- z ?=-9.9 Redshift (Redshift)
986- 994 F9.6 --- e_z ?=-9.9 Redshift error (Redshift_Error)
996- 997 I2 --- f_z ?=-9 Redshift flag (Redshift_Flag)
999-1007 F9.6 --- zph1 ?=-9.9 SDSS photometric redshift
(SDSSPhotometricRedshift)
1009-1017 F9.6 --- zph2 ?=-9.9 MRR13 photometric redshift free AV
(MRR13PhotometricRedshiftFreeA_V)
1019-1027 F9.6 --- zph3 ?=-9.9 MRR13 photometric redshift AV0
(MRR13PhotometricRedshiftAV_0)
1029-1037 F9.6 --- zsp1 ?=-9.9 SDSS spectroscopic redshift
(SDSSSpectroscopicRedshift)
1039-1047 F9.6 --- zsp2 ?=-9.9 NED spectroscopic redshift
(NEDSpectroscopicRedshift)
1049-1060 F12.6 --- e_zph1 []?=-9.9 SDSS photometric redshift error
(SDSSPhotometricRedshift_Error)
1062-1065 F4.1 --- e_zph2 [-9.9] MRR13 photometric redshift error
free A
(MRR13PhotometricRedshiftErrorFreeAV)
1067-1070 F4.1 --- e_zph3 [-9.9] MRR13 photometric redshift error
AV0
(MRR13PhotometricRedshiftErrorAV0)
1072-1080 F9.6 --- e_zsp1 []?=-9.9 SDSS spectroscopic redshift error
(SDSSSpectroscopicRedshift_Error)
1082-1085 F4.1 --- e_zsp2 [-9.9] NED spectroscopic redshift error
(NEDSpectroscopicRedshift_Error)
1087-1088 I2 --- F-SST [3/6]?=-9 SDSS source type flag
(SDSSSourceType_Flag) (1)
1090-1093 I4 --- F-SSW [0/646]?=-9 SDSS spectroscopic warning
flag (SDSSSpecWarning_Flag) (2)
1095-1096 I2 --- F-SSC [1/3]?=-9 SDSS spectroscopic class flag
(SDSSSpecClass_Flag) (3)
1098-1099 I2 --- F-SCR [0/1]?=-9 SDSS catalog reliability flag
(SDSSCatalogReliability_Flag) (4)
1101 I1 --- F-SpCR [0/2]?=-9 Spitzer catalog reliability flag
(SpitzerCatalogReliability_Flag) (5)
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Note (1): SDSS source type flag as follows:
3 = Extended
6 = Point-Like (XMM/LH/EN1/EN2/BOOTES/XFLS Fields)
Note (2): SDSS spectroscopic warning flag:
0 = fully reliable
other = potentially unreliable (XMM/LH/EN1/EN2/BOOTES/XFLS Fields)
Note (3): SDSS spectroscopic class flag as follows:
1 = Star
2 = Galaxy
3 = QSO (XMM/LH/EN1/EN2/BOOTES/XFLS Fields)
Note (4): SDSS catalog reliability flag as follows:
0 = faint and moderately reliable
1 = bright and fully reliable (XMM/LH/EN1/EN2/BOOTES/XFLS Fields)
Note (5): Spitzer catalog reliability flag as follows:
0 = duplicates, tile intersection and edge of fields,
potentially unreliable
1 = full coverage and moderately reliable
2 = full coverage and highly reliable
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History:
Copied at https://zenodo.org/record/8192777
References:
Vaccari et al., 2010A&A...518L..20V 2010A&A...518L..20V,
The HerMES SPIRE submillimeter local luminosity function
Vaccari et al., 2015fers.confE..27V,
The Spitzer Data Fusion: Contents, Construction and Applications to
Galaxy Evolution Studies (https://arxiv.org/abs/1604.02353)
(End) Patricia Vannier [CDS] 12-Sep-2023