J/ApJS/243/22 CANDELS/SHARDS multiwavelength cat. in GOODS-N (Barro+, 2019)
The CANDELS/SHARDS multiwavelength catalog in GOODS-N: photometry, photometric
redshifts, stellar masses, emission-line fluxes, and star formation rates.
Barro G., Perez-Gonzalez P.G., Cava A., Brammer G., Pandya V.,
Eliche Moral C., Esquej P., Dominguez-Sanchez H., Pampliega B.A., Guo Y.,
Koekemoer A.M., Trump J.R., Ashby M.L.N., Cardiel N., Castellano M.,
Conselice C.J., Dickinson M.E., Dolch T., Donley J.L., Briones N.E.,
Faber S.M., Fazio G.G., Ferguson H., Finkelstein S., Fontana A.,
Galametz A., Gardner J.P., Gawiser E., Giavalisco M., Grazian A.,
Grogin N.A., Hathi N.P., Hemmati S., Hernan-Caballero A., Kocevski D.,
Koo D.C., Kodra D., Lee K.-S., Lin L., Lucas R.A., Mobasher B.,
McGrath E.J., Nandra K., Nayyeri H., Newman J.A., Pforr J., Peth M.,
Rafelski M., Rodriguez-Munoz L., Salvato M., Stefanon M., van der Wel A.,
Willner S.P., Wiklind T., Wuyts S.
<Astrophys. J. Suppl. Ser., 243, 22-22 (2019)>
=2019ApJS..243...22B 2019ApJS..243...22B (SIMBAD/NED BibCode)
ADC_Keywords: Galaxies; Photometry, ultraviolet; Photometry, infrared;
Redshifts; Spectra, optical; Magnitudes, absolute; Reddening;
Equivalent widths
Keywords: galaxies: high-redshift; galaxies: photometry
Abstract:
We present a WFC3 F160W (H-band) selected catalog in the
CANDELS/GOODS-N field containing photometry from the ultraviolet (UV)
to the far-infrared (IR), photometric redshifts, and stellar
parameters derived from the analysis of the multiwavelength data. The
catalog contains 35445 sources over the 171arcmin2 of the CANDELS
F160W mosaic. The 5σ detection limits (within an aperture of
radius 0.17") of the mosaic range between H=27.8, 28.2, and 28.7 in
the wide, intermediate, and deep regions, which span approximately
50%, 15%, and 35% of the total area. The multiwavelength photometry
includes broadband data from the UV (U band from KPNO and LBC),
optical (HST/ACS F435W, F606W, F775W, F814W, and F850LP), near-to-mid
IR (HST/WFC3 F105W, F125W, F140W, and F160W; Subaru/MOIRCS Ks;
CFHT/Megacam K; and Spitzer/IRAC 3.6, 4.5, 5.8, and 8.0µm), and
far-IR (Spitzer/MIPS 24µm, HERSCHEL/PACS 100 and 160µm, SPIRE
250, 350 and 500µm) observations. In addition, the catalog also
includes optical medium-band data (R∼50) in 25 consecutive bands,
λ=500-950nm, from the SHARDS survey and WFC3 IR spectroscopic
observations with the G102 and G141 grisms (R∼210 and 130). The use of
higher spectral resolution data to estimate photometric redshifts
provides very high, and nearly uniform, precision from z=0-2.5. The
comparison to 1485 good-quality spectroscopic redshifts up to z∼3
yields Δz/(1+zspec)=0.0032 and an outlier fraction of
η=4.3%. In addition to the multiband photometry, we release
value-added catalogs with emission-line fluxes, stellar masses, dust
attenuations, UV- and IR-based star formation rates, and rest-frame
colors.
Description:
The multiwavelength coverage of GOODS-N (see Figure 1) spans the
X-ray, UV, to far-IR and radio data: UV data from the Galaxy Evolution
Explorer (PI: C. Martin), ground-based optical data from the U to z
bands taken by the Kitt Peak 4m telescope and from Suprime-Cam on the
Subaru 8.2m as part of the Hawaii Hubble Deep Field North project
(Capak+ 2004, J/AJ/127/180), 25 medium bands from the GTC Survey for
High-z Absorption Red and Dead Sources (SHARDS;
Perez-Gonzalez+ 2013, J/ApJ/762/46) survey, near-infrared (NIR) J, H,
and Ks imaging from the Subaru Multi-Object Infrared Camera and
Spectrograph (MOIRCS) deep survey (Kajisawa+ 2009ApJ...702.1393K 2009ApJ...702.1393K) and
CFHT/WIRCam K photometry (Hsu+ 2019, J/ApJ/871/233); IRAC maps from
Spitzer GOODS (Dickinson+ 2003sptz.prop..196D), SEDS (Ashby+ 2013,
J/ApJ/769/80), and S-CANDELS (Ashby+ 2015, J/ApJS/218/33); MIPS data
from GOODS-FIDEL (PI: M. Dickinson); and Herschel data from the
GOODS-Herschel (Elbaz+ 2011, J/A+A/533/A119) and the PACS Evolutionary
Probe (PEP; Magnelli+ 2013A&A...553A.132M 2013A&A...553A.132M) surveys. See Section 2.
The HST/ACS F435W, F606W, F775W, and F850LP images used in our catalog
are version v3.0 of the mosaicked images from the GOODS HST/ACS
Treasury Program. They consist of data acquired prior to the HST
Servicing Mission 4, including mainly data of the original GOODS
HST/ACS program in HST Cycle 11 (GO 9425 and 9583) and additional data
acquired in HST/ACS F606W and F814W as part of the CANDELS survey and
during the search for high-redshift Type Ia supernovae carried out
during Cycles 12 and 13 (program ID 9727, P.I. Saul Perlmutter, and
9728, 10339, 10340, P.I. Adam Riess).
The CANDELS survey observed the GOODS-N field in three HST/WFC3 IR
filters F105W, F125W, and F160W over 10 epochs at 6-8 orbit depth in
F125W and F160W. We also include in our catalog the two-orbit-depth
F140W images taken as part of the G141 AGHAST survey GO: 11600 (PI: B.
Weiner; see next section) and GO:12461 COLFAX (PI: Riess).
See Section 2.1.2.
The GOODS-N field was observed in the HST/G141 grism at a
two-orbit-depth as part of the AGHAST program (GO:11600; PI: Weiner).
Furthermore, we present complementary HST/G102 observations (GO:13179;
PI: Barro). See Section 2.1.3.
File Summary:
--------------------------------------------------------------------------------
FileName Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
phot1.dat 435 35445 CANDELS GOODS-N photometric catalog; part 1
(see Table 4)
phot3.dat 682 35445 CANDELS GOODS-N photometric catalog; part 3
(see Table 4)
shards.dat 634 35445 SHARDS photometry for the CANDELS catalog
(see Table 5)
zcat.dat 52 35445 Photometric redshift catalog (see Table 7)
fast.dat 103 35445 Stellar population properties catalog from FAST
(see Table 9)
g102.dat 910 35445 *Emission-line catalog based on the G102 spectra
(see Table 11)
g141.dat 979 35445 *Emission-line catalog based on the G141 spectra
(see Table 11)
sfrgdn.dat 299 35445 The GOODS-N SFR catalog (see Table 17)
sfrgds.dat 299 34930 The GOODS-S SFR catalog (see Appendix D)
sfrcos.dat 299 38671 The COSMOS SFR catalog (see Appendix D)
sfregs.dat 299 41457 The EGS SFR catalog (see Appendix D)
sfruds.dat 299 35932 The UDS SFR catalog (see Appendix D)
--------------------------------------------------------------------------------
Note on g102.dat and g141.dat: Values ≳e37 have been set to NULL values
by CDS.
--------------------------------------------------------------------------------
Description of file:
The directory ori.tar.gz contains all the catalogs in original FITS format
and the associated readme file in PDF format.
See also:
B/hst : HST Archived Exposures Catalog (STScI, 2007)
III/88 : Stellar Spectrophotometric Atlas (Gunn+ 1983)
II/261 : GOODS initial results (Giavalisco+, 2004)
VIII/103 : Herschel Multi-tiered Extragalactic Survey (Oliver+, 2012)
VIII/95 : Herschel Multi-tiered Extragalactic Survey (Oliver+, 2012)
VI/139 : Herschel Observation Log (Herschel Science Centre, 2013)
J/AJ/112/1335 : Hubble Deep Field observations (Williams+ 1996)
J/AJ/120/2206 : NTT, HDF-S and HDF-N photometric redshifts (Fontana+, 2000)
J/A+A/377/442 : Chandra Deep Field South: R-band photometry (Wolf+, 2001)
J/AJ/126/539 : The Chandra Deep Fields North and South (Alexander+, 2003)
J/AJ/127/180 : The Hawaii Hubble Deep Field North (Capak+, 2004)
J/AJ/127/3137 : Hawaii redshifts in the ACS-GOODS region (Cowie+, 2004)
J/AJ/127/3121 : TKRS catalog of GOODS-North Field (Wirth+, 2004)
J/ApJ/622/772 : Redshift survey of submillimeter galaxies (Chapman+, 2005)
J/ApJ/653/1004 : Galaxies at 1.4≲z≲3.0 in GOODS-North Field (Reddy+, 2006)
J/ApJ/689/687 : GOODS-N spectroscopic survey (Barger+, 2008)
J/ApJ/675/234 : Mass functions for 0<z<4 galaxies (Perez-Gonzalez+, 2008)
J/ApJ/682/985 : FIREWORKS photometry of GOODS CDF-S (Wuyts+, 2008)
J/ApJ/703/517 : The Spitzer Local Volume Legacy: IR photometry (Dale+, 2009)
J/ApJ/706/158 : Early-type galaxies in PEARS (Ferreras+, 2009)
J/ApJ/690/1236 : COSMOS photometric redshift catalog (Ilbert+, 2009)
J/ApJ/692/556 : Star forming galaxy templates (Rieke+, 2009)
J/ApJ/709/572 : COSMOS 70um sources (Kartaltepe+, 2010)
J/ApJS/193/30 : UV-to-FIR analysis of sources in the EGS. II. (Barro+, 2011)
J/ApJS/193/14 : DEEP3 Galaxy Redshift Survey: GOODS-N field (Cooper+, 2011)
J/A+A/533/A119 : GOODS-Herschel North and South catalogs (Elbaz+, 2011)
J/PASJ/63/S379 : MOIRCS Deep Survey deep and wide catalogs (Kajisawa+, 2011)
J/A+A/532/A90 : PACS Evolutionary Probe (PEP-DR1) catalogs (Lutz+, 2011)
J/ApJ/735/86 : NEWFIRM MBS: photometric catalogs (Whitaker+, 2011)
J/A+A/545/A141 : UV selected sources in the GOODS-S field (Buat+, 2012)
J/ApJS/203/24 : Structural param. of gal. in CANDELS (van der Wel+, 2012)
J/ApJ/769/80 : Spitzer/IRAC observations of five deep fields (Ashby+, 2013)
J/ApJS/206/10 : CANDELS multiwavelength catalog (Galametz+, 2013)
J/ApJS/207/24 : GOODS-S CANDELS multiwavelength catalog (Guo+, 2013)
J/ApJ/777/18 : Stellar mass functions of galaxies to z=4 (Muzzin+, 2013)
J/ApJ/762/46 : SHARDS: GOODS-N spectrophot. survey (Perez-Gonzalez+, 2013)
J/ApJS/214/24 : 3D-HST+CANDELS catalog (Skelton+, 2014)
J/ApJS/218/33 : Spitzer-CANDELS catalog within 5 deep fields (Ashby+, 2015)
J/ApJ/810/71 : UV mag of cand. galaxies at 3~<z~<8.5 (Finkelstein+, 2015)
J/ApJ/801/97 : GOODS-S & UDS stellar masses from CANDELS (Santini+, 2015)
J/ApJ/812/114 : Grism Lens-Amplified Survey from Space. I. (Treu+, 2015)
J/AJ/150/153 : Team Keck Redshift Survey 2 (TKRS2) (Wirth+, 2015)
J/ApJS/225/27 : 3D-HST Survey: grism spectra master cat. (Momcheva+, 2016)
J/MNRAS/459/1626 : HST Frontier Fields Herschel sources (Rawle+, 2016)
J/ApJ/820/83 : ALMA galaxies in the COSMOS survey field (Scoville+, 2016)
J/ApJ/830/51 : FourStar gal. evolution survey (ZFOURGE) (Straatman+, 2016)
J/ApJS/228/7 : Multi-wavelength data in CANDELS COSMOS (Nayyeri+, 2017)
http://archive.stsci.edu/hlsp/candels : CANDELS home page on MAST
Byte-by-byte Description of file: phot1.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 18 A12 --- --- [CANDELSGDN]
19- 36 A18 --- CANDELS CANDELS GDN name based on coordinates
(JHHMMSS.s+DDMMSS.s) (IAU_Name)
38- 49 F12.8 deg RAdeg [188.9/189.6] Right ascension (J2000) (RA)
51- 61 F11.8 deg DEdeg [62/62.4] Declination (J2000) (DEC)
63 I1 --- Flag [0/2] SExtractor F160W flag used to
designate suspicious sources that fall in
contaminated regions (FLAGS)
65 I1 --- S/G [0/1] SExtractor CLASS_STAR parameter in
the F160W band (CLASS_STAR)
67- 69 I3 --- Xray [1]?=-99 In Alexander+ (2003, J/AJ/126/539)
X-ray catalog
(<[ABB2003] CDFN NNN> in Simbad)
71- 80 F10.5 uJy FU-KPNO [0.001/1992]?=- KPNO/Mosaic U-band flux
density (KPNOUFLUX) (1)
82- 91 F10.5 uJy FU-LBC [0.00039/4914]?=- LBT/LBC U'-band flux
density (LBCUFLUX) (1)
93- 102 F10.5 uJy F435W [0.0003/6466]?=- HST/ACS F435W flux
density (ACSF435WFLUX) (1)
104- 113 F10.5 uJy F606W [0.0003/3549]?=- HST/ACS F606W flux
density (ACSF606WFLUX) (1)
115- 124 F10.5 uJy F775W [0.00049/6460]?=- HST/ACS F775W flux
density (ACSF775WFLUX) (1)
126- 135 F10.5 uJy F814W [0.0002/6595]?=- HST/ACS F814W flux
density (ACSF814WFLUX) (1)
137- 147 F11.5 uJy F850LP [0.0006/17959]?=- HST/ACS F850LP flux
density (ACSF850LPFLUX) (1)
149- 158 F10.5 uJy F105W [0.00039/8604]?=- HST/WFC3 F105W flux
density (WFC3F105WFLUX) (1)
160- 169 F10.5 uJy F125W [0.00049/8052]?=- HST/WFC3 F125W flux
density (WFC3F125WFLUX) (1)
171- 180 F10.5 uJy F140W [0.0009/9187]?=- HST/WFC3 F140W flux
density (WFC3F140WFLUX) (1)
182- 192 F11.5 uJy F160W [0.007/48735]?=- HST/WFC3 F160W flux
density (WFC3F160WFLUX) (1)
194- 205 F12.5 uJy FK-MOIRCS [0.0019/132325]?=- Subaru/MOIRCS Ks-band
flux density (MOIRCSKFLUX) (1)
207- 217 F11.5 uJy FK-CFHT [0.007/11357]?=- CFHT/Megacam K-band flux
density (CFHTKsFLUX) (1)
219- 229 F11.5 uJy F3.6um [0.005/16513]?=- Spitzer/IRAC 3.6um flux
density (IRACCH1SCANDELS_FLUX) (1)
231- 241 F11.5 uJy F4.5um [0.0048/10540]?=- Spitzer/IRAC 4.5um flux
density (IRACCH2SCANDELS_FLUX) (1)
243- 253 F11.5 uJy F5.8um [0.047/11578]?=- Spitzer/IRAC 5.8um flux
density (IRACCH3FLUX) (1)
255- 264 F10.5 uJy F8.0um [0.048/6133]?=- Spitzer/IRAC 8.0um flux
density (IRACCH4FLUX) (1)
266- 274 F9.5 uJy e_FU-KPNO [0.01/1]?=- UFluxKPNO uncertainty
(KPNOUFLUXERR)
276- 284 F9.5 uJy e_FU-LBC [0.003/1]?=- UFluxLBC uncertainty
(LBCUFLUXERR)
286- 294 F9.5 uJy e_F435W [0.001/6.3]?=- F435W uncertainty
(ACSF435WFLUXERR)
296- 304 F9.5 uJy e_F606W [0.001/8]?=- F606W uncertainty
(ACSF606WFLUXERR)
306- 314 F9.5 uJy e_F775W [0.001/15]?=- F775W uncertainty
(ACSF775WFLUXERR)
316- 324 F9.5 uJy e_F814W [0.001/35]?=- F814W uncertainty
(ACSF814WFLUXERR)
326- 334 F9.5 uJy e_F850LP [0.002/17]?=- F850LP uncertainty
(ACSF850LPFLUXERR)
336- 344 F9.5 uJy e_F105W [0.002/4]?=- F105W uncertainty
(WFC3F105WFLUXERR)
346- 354 F9.5 uJy e_F125W [0.001/2]?=- F125W uncertainty
(WFC3F125WFLUXERR)
356- 364 F9.5 uJy e_F140W [0.002/3]?=- F140W uncertainty
(WFC3F140WFLUXERR)
366- 374 F9.5 uJy e_F160W [0.003/24]?=- F160W uncertainty
(WFC3F160WFLUXERR)
376- 385 F10.5 uJy e_FK-MOIRCS [0/2709]?=- KFluxMOIRCS uncertainty
(MOIRCSKFLUXERR)
387- 395 F9.5 uJy e_FK-CFHT [0.05/8]?=- KsFluxCFHT uncertainty
(CFHTKsFLUXERR)
397- 405 F9.5 uJy e_F3.6um [0.04/7]?=- 3.6Flux uncertainty
(IRACCH1SCANDELS_FLUXERR)
407- 415 F9.5 uJy e_F4.5um [0.03/3]?=- 4.5Flux uncertainty
(IRACCH2SCANDELS_FLUXERR)
417- 425 F9.5 uJy e_F5.8um [0.4/30]?=- 5.8Flux uncertainty
(IRACCH3FLUXERR)
427- 435 F9.5 uJy e_F8.0um [0.4/42]?=- 8.0Flux uncertainty
(IRACCH4FLUXERR)
--------------------------------------------------------------------------------
Note (1): GOODS-N optical-to-NIR imaging central wavelengths are given in
Table 2 as:
-----------------------------------------------------------------------------
Band lamcen Alam Zero Point FWHM ZP-Corr 5σ depth
(µm) (mag) (AB) (arcsec) (Flux) (mag)
-----------------------------------------------------------------------------
U 0.35929 0.052 31.369 1.26 0.88 26.7
U' 0.36332 0.052 26.321 1.10 1.07 28.2
F435W 0.43179 0.044 25.689 0.10 1.03 27.1
SHARDS 0.50-0.94 --- --- --- --- ---
F606W 0.59194 0.030 26.511 0.10 0.97 27.7
F775W 0.76933 0.020 25.671 0.11 0.98 27.2
F814W 0.76933 0.020 25.671 0.11 0.97 28.1
F850LP 0.90364 0.015 24.871 0.11 1.02 26.9
F105W 1.24710 0.009 26.230 0.18 1.03 26.4
F125W 1.24710 0.009 26.230 0.18 1.01 27.5
F140W 1.39240 0.007 26.452 0.18 1.04 26.9
F160W 1.53960 0.006 25.946 0.19 1.03 27.3
K 2.13470 0.004 26.000 0.60 0.92 24.4
Ks 2.15770 0.004 26.000 0.60 0.96 24.7
IRAC1 3.55690 0.000 21.581 1.7 0.93 24.5
IRAC2 4.50200 0.000 21.581 1.7 0.90 24.6
IRAC3 5.74500 0.000 20.603 1.9 0.87 22.8
IRAC4 7.91580 0.000 21.781 2.0 0.80 22.7
-----------------------------------------------------------------------------
SHARDS: 25 medium bands. See Table 6 in Appendix A &
Perez-Gonzalez+ 2013, J/ApJ/762/46 for more details.
--------------------------------------------------------------------------------
Byte-by-byte Description of file: phot3.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 14 F8.2 pix XImg [989/19101] Object position along x (X_IMAGE)
16- 23 F8.2 pix YImg [1413/19226] Object position along y
(Y_IMAGE)
25- 29 I5 pix XPkImg [988/19101] X coordinate of the brightest
pixel (XPEAK_IMAGE)
31- 35 I5 pix YPkImg [1414/19226] Y coordinate of the brightest
pixel (YPEAK_IMAGE)
37- 41 I5 pix XminImg [988/19099] Minimum x coordinate among
detected pixels (XMIN_IMAGE)
43- 47 I5 pix YminImg [1412/19218] Minimum y coordinate among
detected pixels (YMIN_IMAGE)
49- 53 I5 pix XmaxImg [994/19103] Maximum x coordinate among
detected pixels (XMAX_IMAGE)
55- 59 I5 pix YmaxImg [1416/19233] Maximum y coordinate among
detected pixels (YMAX_IMAGE)
61- 68 F8.3 pix2 X2Img [0.13/2930] Variance along x (X2_IMAGE)
70- 77 F8.3 pix2 Y2Img [0.14/3112] Variance along y (Y2_IMAGE)
79- 87 F9.3 pix2 XYImg [-2742/1019] Covariance between x and y
(XY_IMAGE)
89- 95 F7.5 pix-2 CXXImg [0.00035/8.2] Cxx object ellipse parameter
(CXX_IMAGE)
97- 103 F7.5 pix-2 CYYImg [0.00048/9.3] Cyy object ellipse parameter
(CYY_IMAGE)
105- 112 F8.5 pix-2 CXYImg [-4.8/7.4] Cxy object ellipse parameter
(CXY_IMAGE)
114- 119 F6.3 pix AImg [0.6/76] F160W profile rms along major axis
(A_IMAGE)
121- 126 F6.3 pix BImg [0.3/46] F160W profile rms along minor axis
(B_IMAGE)
128- 133 F6.4 pix e_AImg [0.0009/1.5] AImg uncertainty (ERRA_IMAGE)
135- 140 F6.4 pix e_BImg [0.0009/0.6] BImg uncertainty (ERRB_IMAGE)
142- 148 F7.3 deg PAImg [-90/90] F160W position angle (THETA_IMAGE)
150- 156 F7.3 deg e_PAImg [-90/90] PAImg uncertainty (ERRTHETA_IMAGE)
158- 163 I6 pix2 IsoAImg [5/152234] SExtractor F160W isophotal area
(filtered) above detection threshold
(ISOAREAF_IMAGE)
165- 173 F9.3 pix2 AreaF435W [0/49919] SExtractor isophotal area
(filtered) above detection threshold in HST
F435W (ISOAREAIMAGEF435W)
175- 183 F9.3 pix2 AreaF606W [0/71904] SExtractor isophotal area
(filtered) above detection threshold in HST
F606W (ISOAREAIMAGEF606W)
185- 193 F9.3 pix2 AreaF775W [0/72460] SExtractor isophotal area
(filtered) above detection threshold in HST
F775W (ISOAREAIMAGEF775W)
195- 203 F9.3 pix2 AreaF814W [0/72544] SExtractor isophotal area
(filtered) above detection threshold in HST
F814W (ISOAREAIMAGEF814W)
205- 213 F9.3 pix2 AreaF850LP [0/91033] SExtractor isophotal area
(filtered) above detection threshold in HST
F850LP (ISOAREAIMAGEF850LP)
215- 223 F9.3 pix2 AreaF098M [0/68598] SExtractor isophotal area
(filtered) above detection threshold in HST
F098M (ISOAREAIMAGEF098M)
225- 233 F9.3 pix2 AreaF105W [0/50581] SExtractor isophotal area
(filtered) above detection threshold in HST
F105W (ISOAREAIMAGEF105W)
235- 243 F9.3 pix2 AreaF125W [0/28611] SExtractor isophotal area
(filtered) above detection threshold in HST
F125W (ISOAREAIMAGEF125W)
245- 253 F9.3 pix2 AreaF160W [0/73541] SExtractor isophotal area
(filtered) above detection threshold in HST
F160W (ISOAREAIMAGEF160W)
255- 262 F8.5 --- BkgF435W [-0.002/0.002] Background at centroid
position in HST F435W (BACKGROUND_F435W)
264- 271 F8.5 --- BkgF606W [-0.0012/0.006] Background at centroid
position in HST F606W (BACKGROUND_F606W)
273- 280 F8.5 --- BkgF775W [-0.002/0.005] Background at centroid
position in HST F775W (BACKGROUND_F775W)
282- 289 F8.5 --- BkgF814W [-0.003/0.009] Background at centroid
position in HST F814W (BACKGROUND_F814W)
291- 298 F8.5 --- BkgF850LP [-0.0014/0.004] Background at centroid
position in HST F850LP (BACKGROUND_F850LP)
300- 307 F8.5 --- BkgF098M [-0.5/0.5] Background at centroid position
in HST F098M (BACKGROUND_F098M)
309- 316 F8.5 --- BkgF105W [-0.003/0.006] Background at centroid
position in HST F105W (BACKGROUND_F105W)
318- 325 F8.5 --- BkgF125W [-0.03/0.009] Background at centroid
position in HST F125W (BACKGROUND_F125W)
327- 334 F8.5 --- BkgF160W [-0.003/0.008] Background at centroid
position in HST F160W (BACKGROUND_F160W)
336- 345 F10.3 arcsec FR1F435W [-19760/33247] RADIUS_1 with the 0.2
fraction of light in HST F435W
(FLUXRADIUS1_F435W)
347- 355 F9.3 arcsec FR1F606W [-1944/15364] RADIUS_1 with the 0.2
fraction of light in HST F606W
(FLUXRADIUS1_F606W)
357- 365 F9.3 arcsec FR1F775W [-7488/4511] RADIUS_1 with the 0.2 fraction
of light in HST F775W (FLUXRADIUS1_F775W)
367- 375 F9.3 arcsec FR1F814W [-2368/8262] RADIUS_1 with the 0.2 fraction
of light in HST F814W (FLUXRADIUS1_F814W)
377- 385 F9.3 arcsec FR1F850LP [-2584/3645] RADIUS_1 with the 0.2 fraction
of light in HST F850LP
(FLUXRADIUS1_F850LP)
387- 395 F9.3 arcsec FR1F098M [-1536/39849] RADIUS_1 with the 0.2
fraction of light in HST F098M
(FLUXRADIUS1_F098M)
397- 405 F9.3 arcsec FR1F105W [-2007/1188] RADIUS_1 with the 0.2 fraction
of light in HST F105W (FLUXRADIUS1_F105W)
407- 415 F9.3 arcsec FR1F125W [-1915/713] RADIUS_1 with the 0.2 fraction
of light in HST F125W (FLUXRADIUS1_F125W)
417- 423 F7.3 arcsec FR1F160W [-36/43] RADIUS_1 with the 0.2 fraction of
light in HST F160W (FLUXRADIUS1_F160W)
425- 434 F10.3 arcsec FR2F435W [-49400/83116] RADIUS_2 with the 0.5
fraction of light in HST F435W
(FLUXRADIUS2_F435W)
436- 444 F9.3 arcsec FR2F606W [-4859/38410] RADIUS_2 with the 0.5
fraction of light in HST F606W
(FLUXRADIUS2_F606W)
446- 455 F10.3 arcsec FR2F775W [-18720/11278] RADIUS_2 with the 0.5
fraction of light in HST F775W
(FLUXRADIUS2_F775W)
457- 465 F9.3 arcsec FR2F814W [-5920/20655] RADIUS_2 with the 0.5
fraction of light in HST F814W
(FLUXRADIUS2_F814W)
467- 475 F9.3 arcsec FR2F850LP [-6458/9113] RADIUS_2 with the 0.5 fraction
of light in HST F850LP
(FLUXRADIUS2_F850LP)
477- 485 F9.3 arcsec FR2F098M [-3838/99621] RADIUS_2 with the 0.5
fraction of light in HST F098M
(FLUXRADIUS2_F098M)
487- 495 F9.3 arcsec FR2F105W [-5018/2969] RADIUS_2 with the 0.5 fraction
of light in HST F105W (FLUXRADIUS2_F105W)
497- 505 F9.3 arcsec FR2F125W [-2282/1782] RADIUS_2 with the 0.5 fraction
of light in HST F125W (FLUXRADIUS2_F125W)
507- 513 F7.3 arcsec FR2F160W [-90/91] RADIUS_2 with the 0.5 fraction of
light in HST F160W (FLUXRADIUS2_F160W)
515- 524 F10.3 arcsec FR3F435W [-79040/132985] RADIUS_3 with the 0.8
fraction of light in HST F435W
(FLUXRADIUS3_F435W)
526- 535 F10.3 arcsec FR3F606W [-68930/61456] RADIUS_3 with the 0.8
fraction of light in HST F660W
(FLUXRADIUS3_F606W)
537- 546 F10.3 arcsec FR3F775W [-29952/18044] RADIUS_3 with the 0.8
fraction of light in HST F775W
(FLUXRADIUS3_F775W)
548- 556 F9.3 arcsec FR3F814W [-9471/33047] RADIUS_3 with the 0.8
fraction of light in HST F814W
(FLUXRADIUS3_F814W)
558- 567 F10.3 arcsec FR3F850LP [-10333/14580] RADIUS_3 with the 0.8
fraction of light in HST F850LP
(FLUXRADIUS3_F850LP)
569- 578 F10.3 arcsec FR3F098M [-6141/159393] RADIUS_3 with the 0.8
fraction of light in HST F098M
(FLUXRADIUS3_F098M)
580- 588 F9.3 arcsec FR3F105W [-8028/4750] RADIUS_3 with the 0.8 fraction
of light in HST F105W (FLUXRADIUS3_F105W)
590- 598 F9.3 arcsec FR3F125W [-3142/2851] RADIUS_3 with the 0.8 fraction
of light in HST F125W (FLUXRADIUS3_F125W)
600- 607 F8.3 arcsec FR3F160W [-659/218] RADIUS_3 with the 0.8 fraction
of light in HST F160W (FLUXRADIUS3_F160W)
609- 614 F6.2 pix FWHMF435W [-28/250] FWHM of the image of an object,
in units of pixel (1pix=0.06") in HST F435W
(FWHMIMAGEF435W)
616- 621 F6.2 pix FWHMF606W [-5/250] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F606W
(FWHMIMAGEF606W)
623- 628 F6.2 pix FWHMF775W [-5/250] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F775W
(FWHMIMAGEF775W)
630- 635 F6.2 pix FWHMF814W [-5/250] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F814W
(FWHMIMAGEF814W)
637- 642 F6.2 pix FWHMF850LP [-5/249] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F850LP
(FWHMIMAGEF850LP)
644- 649 F6.2 pix FWHMF098M [-5/250] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F098M
(FWHMIMAGEF098M)
651- 656 F6.2 pix FWHMF105W [-3/250] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F105W
(FWHMIMAGEF105W)
658- 663 F6.2 pix FWHMF125W [-4/245] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F125W
(FWHMIMAGEF125W)
665- 670 F6.2 pix FWHMF160W [-5/147] FWHM of the image of an object, in
units of pixel (1pix=0.06") in HST F160W
(FWHMIMAGEF160W)
672- 676 F5.2 pix KRad [0/10.6] F160W band Kron radius from
SExtractor (in unit of A_IMAGE or B_IMAGE)
(KRON_RADIUS)
678- 682 F5.2 pix PRad [0/11] F160W band Petrosian radius from
SExtractor (in unit of A_IMAGE or B_IMAGE)
(PETRO_RADIUS)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: shards.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 12 F6.2 nm lamF500 [494/503.2] Central effective wavelength in
F500W17 filter (Effwavf500w17) (1)
14 A1 --- l_F500 Upper limit flag on F500
16- 23 F8.4 uJy F500 [0.005/747]?=0 Flux density in F500W17
(Flux_f500w17)
25- 30 F6.4 uJy e_F500 [0.01/0.3]?=0 F500 uncertainty
(Fluxerrf500w17)
32- 37 F6.2 nm lamF517 [510.4/520] Central effective wavelength in
F517W17 filter (Effwavf517w17) (1)
39 A1 --- l_F517 Upper limit flag on F517
41- 48 F8.4 uJy F517 [0.007/655]?=0 Flux density in F517W17
(Flux_f517w17)
50- 55 F6.4 uJy e_F517 [0.01/0.4]?=0 F517 uncertainty
(Fluxerrf517w17)
57- 62 F6.2 nm lamF534 [528/538.3] Central effective wavelength in
F534W17 filter (Effwavf534w17) (1)
64 A1 --- l_F534 Upper limit flag on F534
66- 73 F8.4 uJy F534 [0.003/413]?=0 Flux density in F534W17
(Flux_f534w17)
75- 80 F6.4 uJy e_F534 [0.007/0.2]?=0 F534 uncertainty
(Fluxerrf534w17)
82- 87 F6.2 nm lamF551 [541/554.8] Central effective wavelength in
F551W17 filter (Effwavf551w17) (1)
89 A1 --- l_F551 Upper limit flag on F551
91- 98 F8.4 uJy F551 [0.005/754]?=0 Flux density in F551W17
(Flux_f551w17)
100- 105 F6.4 uJy e_F551 [0.008/0.7]?=0 F551 uncertainty
(Fluxerrf551w17)
107- 112 F6.2 nm lamF568 [557.5/572] Central effective wavelength in
F568W17 filter (Effwavf568w17) (1)
114 A1 --- l_F568 Upper limit flag on F568
116- 123 F8.4 uJy F568 [0.004/382]?=0 Flux density in F568W17
(Flux_f568w17)
125- 130 F6.4 uJy e_F568 [0.01/0.8]?=0 F568 uncertainty
(Fluxerrf568w17)
132- 137 F6.2 nm lamF585 [574.3/588.6] Central effective wavelength in
F585W17 filter (Effwavf585w17) (1)
139 A1 --- l_F585 Upper limit flag on F585
141- 148 F8.4 uJy F585 [0.005/434]?=0 Flux density in F585W17
(Flux_f585w17)
150- 155 F6.4 uJy e_F585 [0.007/0.4]?=0 F585 uncertainty
(Fluxerrf585w17)
157- 162 F6.2 nm lamF602 [590.8/606] Central effective wavelength in
F602W17 filter (Effwavf602w17)
164 A1 --- l_F602 Upper limit flag on F602
166- 173 F8.4 uJy F602 [0.01/382]?=0 Flux density in F602W17
(Flux_f602w17)
175- 180 F6.4 uJy e_F602 [0.006/0.2]?=0 F602 uncertainty
(Fluxerrf602w17)
182- 187 F6.2 nm lamF619 [607.6/623] Central effective wavelength in
F619W17 filter (Effwavf619w17) (1)
189 A1 --- l_F619 Upper limit flag on F619
191- 198 F8.4 uJy F619 [0.002/595]?=0 Flux density in F619W17
(Flux_f619w17)
200- 205 F6.4 uJy e_F619 [0.009/0.2]?=0 F619 uncertainty
(Fluxerrf619w17)
207- 212 F6.2 nm lamF636 [625.3/641.3] Central effective wavelength in
F636W17 filter (Effwavf636w17) (1)
214 A1 --- l_F636 Upper limit flag on F636
216- 223 F8.4 uJy F636 [0.01/370]?=0 Flux density in F636W17
(Flux_f636w17)
225- 230 F6.4 uJy e_F636 [0.01/0.3]?=0 F636 uncertainty
(Fluxerrf636w17)
232- 237 F6.2 nm lamF653 [639.8/656] Central effective wavelength in
F653W17 filter (Effwavf653w17) (1)
239 A1 --- l_F653 Upper limit flag on F653
241- 248 F8.4 uJy F653 [0.006/388]?=0 Flux density in F653W17
(Flux_f653w17)
250- 255 F6.4 uJy e_F653 [0.008/0.4]?=0 F653 uncertainty
(Fluxerrf653w17)
257- 262 F6.2 nm lamF670 [655/672] Central effective wavelength in
F670W17 filter (Effwavf670w17) (1)
264 A1 --- l_F670 Upper limit flag on F670
266- 273 F8.4 uJy F670 [0.005/556]?=0 Flux density in F670W17
(Flux_f670w17)
275- 280 F6.4 uJy e_F670 [0.005/0.3]?=0 F670 uncertainty
(Fluxerrf670w17)
282- 287 F6.2 nm lamF687 [673.2/691] Central effective wavelength in
F687W17 filter (Effwavf687w17) (1)
289 A1 --- l_F687 Upper limit flag on F687
291- 298 F8.4 uJy F687 [0.01/386]?=0 Flux density in F687W17
(Flux_f687w17)
300- 305 F6.4 uJy e_F687 [0.007/0.2]?=0 F687 uncertainty
(Fluxerrf687w17)
307- 312 F6.2 nm lamF704 [690.3/707.6] Central effective wavelength in
F704W17 filter (Effwavf704w17) (1)
314 A1 --- l_F704 Upper limit flag on F704
316- 323 F8.4 mJy F704 [0.01/483]?=0 Flux density in F704W17
(Flux_f704w17)
325- 330 F6.4 mJy e_F704 [0.01/0.5]?=0 F704 uncertainty
(Fluxerrf704w17)
332- 337 F6.2 nm lamF721 [705.4/723.2] Central effective wavelength in
F721W17 filter (Effwavf721w17) (1)
339 A1 --- l_F721 Upper limit flag on F721
341- 348 F8.4 uJy F721 [0.01/483]?=0 Flux density in F721W17
(Flux_f721w17)
350- 355 F6.4 uJy e_F721 [0.02/0.3]?=0 F721 uncertainty
(Fluxerrf721w17)
357- 362 F6.2 nm lamF738 [724.6/741.4] Central effective wavelength in
F738W17 filter (Effwavf738w17) (1)
364 A1 --- l_F738 Upper limit flag on F738
366- 373 F8.4 uJy F738 [0.0007/503]?=0 Flux density in F738W17
(Flux_f738w17)
375- 380 F6.4 uJy e_F738 [0.01/0.3]?=0 F738 uncertainty
(Fluxerrf738w17)
382- 387 F6.2 nm lamF755 [740.5/757.7] Central effective wavelength in
F755W17 filter (Effwavf755w17) (1)
389 A1 --- l_F755 Upper limit flag on F755
391- 398 F8.4 uJy F755 [0.003/593]?=0 Flux density in F755W17
(Flux_f755w17)
400- 405 F6.4 uJy e_F755 [0.01/0.4]?=0 F755 uncertainty
(Fluxerrf755w17)
407- 412 F6.2 nm lamF772 [756.8/774.6] Central effective wavelength in
F772W17 filter (Effwavf772w17) (1)
414 A1 --- l_F772 Upper limit flag on F772
416- 423 F8.4 uJy F772 [0.004/470]?=0 Flux density in F772W17
(Flux_f772w17)
425- 430 F6.4 uJy e_F772 [0.01/0.3]?=0 F772 uncertainty
(Fluxerrf772w17)
432- 437 F6.2 nm lamF789 [772.2/791.2] Central effective wavelength in
F789W17 filter (Effwavf789w17)
439 A1 --- l_F789 Upper limit flag on F789
441- 448 F8.4 uJy F789 [0.02/716]?=0 Flux density in F789W17
(Flux_f789w17)
450- 455 F6.4 uJy e_F789 [0.01/1]?=0 F789 uncertainty (Fluxerrf789w17)
457- 462 F6.2 nm lamF806 [789.9/809.3] Central effective wavelength in
F806W17 filter (Effwavf806w17) (1)
464 A1 --- l_F806 Upper limit flag on F806
466- 474 F9.4 uJy F806 [0.02/1392]?=0 Flux density in F806W17
(Flux_f806w17)
476- 481 F6.4 uJy e_F806 [0.01/0.7]?=0 F806 uncertainty
(Fluxerrf806w17)
483- 488 F6.2 nm lamF823 [809.5/829.1] Central effective wavelength in
F823W17 filter (Effwavf823w17)
490 A1 --- l_F823 Upper limit flag on F823
492- 500 F9.4 uJy F823 [0.002/1285]?=0 Flux density in F823W17
(Flux_f823w17)
502- 507 F6.4 uJy e_F823 [0.01/0.5]?=0 F823 uncertainty
(Fluxerrf823w17)
509- 514 F6.2 nm lamF840 [823/843.3] Central effective wavelength in
F840W17 filter (Effwavf840w17) (1)
516 A1 --- l_F840 Upper limit flag on F840
518- 526 F9.4 uJy F840 [0.01/1238]?=0 Flux density in F840W17
(Flux_f840w17)
528- 533 F6.4 uJy e_F840 [0.01/0.5]?=0 F840 uncertainty
(Fluxerrf840w17)
535- 540 F6.2 nm lamF857 [840.7/859.7] Central effective wavelength in
F857W17 filter (Effwavf857w17) (1)
542 A1 --- l_F857 Upper limit flag on F857
544- 551 F8.4 uJy F857 [0.01/513]?=0 Flux density in F857W17
(Flux_f857w17)
553- 558 F6.4 uJy e_F857 [0.007/0.8]?=0 F857 uncertainty
(Fluxerrf857w17)
560- 565 F6.2 nm lamF883 [865.3/885.1] Central effective wavelength in
F883W35 filter (Effwavf883w35) (1)
567 A1 --- l_F883 Upper limit flag on F883
569- 576 F8.4 uJy F883 [0.0005/697]?=0 Flux density in F883W35
(Flux_f883w35)
578- 583 F6.4 uJy e_F883 [0.004/3]?=0 F883 uncertainty
(Fluxerrf883w35)
585- 590 F6.2 nm lamF913 [889.6/913.6] Central effective wavelength in
F913W25 filter (Effwavf913w25) (1)
592 A1 --- l_F913 Upper limit flag on F913
594- 601 F8.4 uJy F913 [0.01/676]?=0 Flux density in F913W25
(Flux_f913w25)
603- 608 F6.4 uJy e_F913 [0.006/0.2]?=0 F913 uncertainty
(Fluxerrf913w25)
610- 615 F6.2 nm lamF941 [920.6/943.7] Central effective wavelength in
F941W33 filter (Effwavf941w33) (1)
617 A1 --- l_F941 Upper limit flag on F941
619- 627 F9.4 uJy F941 [0.006/1900]?=0 Flux density in F941W33
(Flux_f941w33)
629- 634 F6.4 uJy e_F941 [0.02/6.3]?=0 F941 uncertainty
(Fluxerrf941w33)
--------------------------------------------------------------------------------
Note (1): The central effective wavelength is a function of the position of
the object in the SHARDS mosaic (see Section 2.2.2).
--------------------------------------------------------------------------------
Byte-by-byte Description of file: zcat.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 13 F7.4 --- zspec [0/99] Spectroscopic redshift
15 I1 --- q_zspec [0/5] Flag on zspec (1=most reliable)
(zspecflag) (1)
17- 27 A11 --- r_zspec Original reference for the spectroscopic
redshift (zref) (2)
29- 35 F7.4 --- ztier [0/10] Best photometric redshift from the
three-tiered estimate
37- 42 F6.4 --- e_ztier [0/4.6] ztier uncertainty computed from the 68%
confidence region of the PDFz (ztier_err)
44 I1 --- f_ztier [1/3] Classification flag of ztier (ztier_class)
(3)
46- 52 F7.4 --- zbest [0/10] Best redshift estimate from zspec, if
available and with q_zspec<3, or ztier
--------------------------------------------------------------------------------
Note (1): Spectroscopic redshift quality flag:
0 = not available (31654 occurrences),
1 = most reliable (3238 occurrences),
2 = reliable (265 occurrences),
3 = unreliable (168 occurrences)
4 = ? (83 occurrences)
5 = ? (37 occurrences)
Note (2): References as follows:
BD29079 = ? (1 occurrence)
Barger08 = Barger et al. 2008, J/ApJ/689/687 (1810 occurrences)
C33 = ? (1 occurrence)
C40 = ? (1 occurrence)
C54 = ? (1 occurrence)
Chapman05 = Chapman et al. 2005, J/ApJ/622/772 (9 occurrences)
Cooper11 = Cooper et al. 2011, J/ApJS/193/14 (233 occurrences)
Cowie04 = Cowie et al. 2004, J/AJ/127/3137 (9 occurrences)
Daddi09 = Daddi et al. 2009? (2 occurrences)
DeimosUNPUB = DEIMOS unpublished (261 occurrences)
Ferreras08 = Ferreras et al. 2008? (119 occurrences)
Kriek15 = Kriek et al. 2015ApJS..218...15K 2015ApJS..218...15K (119 occurrences)
Najino09 = Najino et al. 2009? (14 occurrences)
Pirkzal13 = Pirkzal et al. 2013? (177 occurrences)
Pope08 = Pope et al. 2008ApJ...689..127P 2008ApJ...689..127P (2 occurrences)
Reddy06 = Reddy et al. 2006, J/ApJ/653/1004 (170 occurrences)
Wirth04 = Wirth et al. 2004, J/AJ/127/3121 (832 occurrences)
Wirth15 = Wirth et al. 2015, J/AJ/150/153 (32 occurrences)
Note (3): Classification of ztier as follows:
1 = Broadband only (6733 occurrences),
2 = Broadband and SHARDS (22325 occurrences),
3 = Broadband, SHARDS, and WFC3 grism (6387 occurrences)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: fast.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 13 F7.4 --- zbest [0.0001/10] zbest from Table 7 (z)
15- 18 F4.1 [yr] logtau [8.5/10.1] log of tau (ltau)
20- 23 F4.2 --- Metal [0.02] Metallicity (fixed to 0.020)
25- 28 F4.1 [yr] logAge [7.6/10.1] log of Age (lage)
30- 33 F4.2 mag Av [0/4] Dust reddening
35- 40 F6.2 [Msun] logMass [-1.5/13.4] log of Mass (lmass)
42- 47 F6.2 [Msun/yr] logSFR [-19.4/4.8] log of SFR (lsfr)
49- 54 F6.2 [yr-1] logsSFR [-25.5/-7.5] log of specific SFR (lssfr)
56- 59 F4.1 --- Age/tau [-2.5/1.6] log of Age to τ (la2t)
61- 72 F12.4 --- Chi2 [0.008/9.4e+6] Minimum χ2
74- 83 F10.6 mag UMag [-54/2.1]?=- Absolute magnitude in Johnson U
(M_U)
85- 93 F9.5 mag VMag [-56.4/0.6]?=- Absolute magnitude in Johnson V
(M_V)
95-103 F9.5 mag JMag [-57.6/-1.6]?=- Absolute magnitude in 2MASS J
(M_J)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: g102.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 23 A17 --- GrismID Grism number ("-99" if no grism data)
(grism_id)
25- 30 F6.2 mag Hmag [14.28/24]?=- H-band AB magnitude (h_mag)
32- 40 F9.5 --- ztier [0/3.1]?=- Grism redshift used in the
emission-line fit, identical to ztier in
the redshift catalog (zmaxgrism)
42- 52 F11.3 --- s0 [-101193/37756] s0 value
54- 63 E10.5 --- e_s0 [0.001/6.3e+11]?=- s0 uncertainty (s0_err)
65- 74 F10.3 --- s1 [-24154/226742] s1 value
76- 85 E10.5 --- e_s1 [0.004/2e+9]?=- s1 uncertainty (s1_err)
87- 89 I3 10-20W/m2 FLya ?=- Always NULL (Lya_FLUX)
91- 93 I3 10-20W/m2 e_FLya ?=- Always NULL (LyaFLUXERR)
95- 97 I3 --- ScLya ?=- Always NULL (Lya_SCALE)
99- 101 I3 0.1nm EWLya ?=- Always NULL (Lya_EQW)
103- 105 I3 0.1nm e_EWLya ?=- Always NULL (LyaEQWERR)
107- 109 I3 10-20W/m2 FCIV ?=- Always NULL (CIV_FLUX)
111- 113 I3 10-20W/m2 e_FCIV ?=- Always NULL (CIVFLUXERR)
115- 117 I3 --- ScCIV ?=- Always NULL (CIV_SCALE)
119- 121 I3 0.1nm EWCIV ?=- Always NULL (CIV_EQW)
123- 125 I3 0.1nm e_EWCIV ?=- Always NULL (CIVEQWERR)
127- 133 F7.2 10-20W/m2 FMgII [-3.7/4898]?=- MgII 2799.1Å
emission-line flux in units of
10-17ergs/s/cm2 (MgII_FLUX)
135- 141 F7.2 10-20W/m2 e_FMgII [0.3/362]?=- FMgII uncertainty
(MgIIFLUXERR)
143- 151 E9.3 --- ScMgII [0.05/3.8e+21]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (MgII_SCALE)
153- 162 E10.3 0.1nm EWMgII [-3.9e+8/1.1e+26]?=-99 MgII 2799.1Å
equivalent width in Å (MgII_EQW)
164- 173 E10.3 0.1nm e_EWMgII [0.04/8.5e+37]?=- EWMgII uncertainty
(MgIIEQWERR)
175- 181 F7.2 10-20W/m2 FOII [-6/7797]?=-[OII] 3729.9Å emission-line
flux in units of 10-17ergs/s/cm2
(OII_FLUX)
183- 188 F6.2 10-20W/m2 e_FOII [0.4/485]?=- FOII uncertainty (OIIFLUXERR)
190- 197 F8.3 --- ScOII [0.04/1066]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OII_SCALE)
199- 206 F8.2 0.1nm EWOII [-2249/10179]?=-[OII] 3729.9Å
equivalent width in Å (OII_EQW)
208- 216 E9.3 0.1nm e_EWOII [0.2/7.8e+10]?=- EWOII uncertainty
(OIIEQWERR)
218- 224 F7.2 10-20W/m2 FHd [-28/1532]?=- Hδ 4102.9Å
emission-line flux in units of
10-17ergs/s/cm2 (Hd_FLUX)
226- 231 F6.2 10-20W/m2 e_FHd [0.3/373]?=- FHd uncertainty (HdFLUXERR)
233- 241 E9.3 --- ScHd [0.01/9e+9]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hd_SCALE)
243- 251 E9.3 0.1nm EWHd [-2820/2.1e+14]?=-99 Hδ 4102.9Å
equivalent width in Å (Hd_EQW)
253- 261 E9.3 0.1nm e_EWHd [2/2.1e+26]?=- EWHd uncertainty
(HdEQWERR)
263- 269 F7.2 10-20W/m2 FHg [-14/2761]?=- Hγ 4341.7Å
emission-line flux in units of
10-17ergs/s/cm2 (Hg_FLUX)
271- 276 F6.2 10-20W/m2 e_FHg [0.3/792]?=- FHg uncertainty (HgFLUXERR)
278- 287 E10.3 --- ScHg [0.007/1.4e+8]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hg_SCALE)
289- 298 E10.3 0.1nm EWHg [-2550/9e+12]?=-99 Hγ 4341.7Å
equivalent width in Å (Hg_EQW)
300- 309 E10.3 0.1nm e_EWHg [2/2.4e+30]?=- EWHg uncertainty (HgEQWERR)
311- 317 F7.2 10-20W/m2 FOIIIx [-49/2117]?=-[OIII] 4364.4Å
emission-line flux in units of
10-17ergs/s/cm2 (OIIIx_FLUX)
319- 325 F7.2 10-20W/m2 e_FOIIIx [0.2/1055]?=- FOIIIx uncertainty
(OIIIxFLUXERR)
327- 336 E10.3 --- ScOIIIx [0.002/9.6e+7]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OIIIx_SCALE)
338- 347 E10.3 0.1nm EWOIIIx [-4890/2.1e+29]?=-99 [OIII]4364.4Å
equivalent width in Å (OIIIx_EQW)
349- 358 E10.3 0.1nm e_EWOIIIx [1/2.5e+15]?=- EWOIIIx uncertainty
(OIIIxEQWERR)
360- 366 F7.2 10-20W/m2 FHeII [-46/1152]?=- HeII 4687.5Å
emission-line flux in units of
10-17ergs/s/cm2 (HeII_FLUX)
368- 373 F6.2 10-20W/m2 e_FHeII [0.6/468]?=- FHeII uncertainty
(HeIIFLUXERR)
375- 383 E9.3 --- ScHeII [0.006/503000]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeII_SCALE)
385- 394 E10.3 0.1nm EWHeII [-9720/2e+9]?=-99 HeII 4687.5Å
equivalent width in Å (HeII_EQW)
396- 404 E9.3 0.1nm e_EWHeII [0.8/9.8e+11]?=- EWHeII uncertainty
(HeIIEQWERR)
406- 411 F6.2 10-20W/m2 FHb [-39/710]?=- Hβ 4862.7Å
emission-line flux in units of
10-17ergs/s/cm2 (Hb_FLUX)
413- 418 F6.2 10-20W/m2 e_FHb [0.5/233]?=- FHb uncertainty (HbFLUXERR)
420- 428 E9.3 --- ScHb [0.007/9.7e+30]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hb_SCALE)
430- 438 E9.3 0.1nm EWHb [-10700/2.2e+25]?=-99 Hβ 4862.7Å
equivalent width in Å (Hb_EQW)
440- 449 E10.3 0.1nm e_EWHb [0.5/4.8e+9]?=- EWHb uncertainty
(HbEQWERR)
451- 457 F7.2 10-20W/m2 FOIII [-20/3497]?=-[OIII]
λλ5008.2,4960.3Å
emission-line flux in units of
10-17ergs/s/cm2 (OIII_FLUX)
459- 464 F6.2 10-20W/m2 e_FOIII [0.7/60]?=- FOIII uncertainty
(OIIIFLUXERR)
466- 474 E9.3 --- ScOIII [0.006/1.1e+36]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OIII_SCALE)
476- 484 E9.3 0.1nm EWOIII [-4500/7.2e+13]?=-99
[OIII]λλ5008.2,4960.3Å
equivalent width in Å (OIII_EQW)
486- 495 E10.3 0.1nm e_EWOIII [1/1.2e+10]?=- EWOIII uncertainty
(OIIIEQWERR)
497- 503 F7.2 10-20W/m2 FHa [-3.6/1206]?=- Hα 6564.6Å
emission-line flux in units of
10-17ergs/s/cm2 (Ha_FLUX)
505- 510 F6.2 10-20W/m2 e_FHa [0/117]?=- FHa uncertainty (HaFLUXERR)
512- 520 E9.3 --- ScHa [0.01/1.1e+37]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Ha_SCALE)
522- 530 E9.3 0.1nm EWHa [-266/8e+9]?=-99 Hα 6564.6Å
equivalent width in Å (Ha_EQW)
532- 541 E10.3 0.1nm e_EWHa [0/2e+32]?=- EWHa uncertainty
(HaEQWERR)
543- 548 F6.2 10-20W/m2 FSII [-8.2/252]?=-[SII]
λλ6718.3,6732.7
emission-line flux in units of
10-17ergs/s/cm2 (SII_FLUX)
550- 555 F6.2 10-20W/m2 e_FSII [0/287]?=- FSII uncertainty (SIIFLUXERR)
557- 565 E9.3 --- ScSII [0.02/373000]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (SII_SCALE)
567- 575 E9.3 0.1nm EWSII [-29300/4e+7]?=-99
[SII]λλ6718.3,6732.7
equivalent width in Å (SII_EQW)
577- 586 E10.3 0.1nm e_EWSII [0/2.3e+32]?=- EWSII uncertainty
(SIIEQWERR)
588- 594 F7.2 10-20W/m2 FSIII [-1/1448]?=-
SIIIλλ9068.6,9530.6
emission-line flux in units of
10-17ergs/s/cm2 (SIII_FLUX)
596- 604 E9.3 10-20W/m2 e_FSIII [0/1.2e+11]?=- FSIII uncertainty
(SIIIFLUXERR)
606- 615 E10.3 --- ScSIII [0.008/7.6e+27]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (SIII_SCALE)
617- 626 E10.3 0.1nm EWSIII [-83/1.6e+7]?=-
SIIIλλ9068.6,9530.6
equivalent width in Å (SIII_EQW)
628- 636 E9.3 0.1nm e_EWSIII [0/6e+27]?=- EWSIII uncertainty
(SIIIEQWERR)
638- 643 F6.2 10-20W/m2 FHeI [-19/859]?=- HeI 5877.2Å emission-line
flux in units of 10-17ergs/s/cm2
(HeI_FLUX)
645- 650 F6.2 10-20W/m2 e_FHeI [0.5/104]?=- FHeI uncertainty (HeIFLUXERR)
652- 661 E10.3 --- ScHeI [0.04/10700]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeI_SCALE)
663- 671 E9.3 0.1nm EWHeI [-1710/3.3e+6]?=-99 HeI 5877.2Å
equivalent width in Å (HeI_EQW)
673- 681 E9.3 0.1nm e_EWHeI [0.16/8.8e+12]?=- EWHeI uncertainty
(HeIEQWERR)
683- 689 F7.2 10-20W/m2 FHeIb [-12.2/1721]?=- HeI 3889.5Å
emission-line flux in units of
10-17ergs/s/cm2 (HeIb_FLUX)
691- 696 F6.2 10-20W/m2 e_FHeIb [0.2/271]?=- FHeIb uncertainty
(HeIbFLUXERR)
698- 706 E9.3 --- ScHeIb [0.015/8.3e+6]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeIb_SCALE)
708- 716 E9.3 0.1nm EWHeIb [-859/7.5e+8]?=-99 HeI 3889.5Å equivalent
width in Å (HeIb_EQW)
718- 726 E9.3 0.1nm e_EWHeIb [1.6/4e+32]?=- EWHeIb uncertainty
(HeIbEQWERR)
728- 733 F6.2 10-20W/m2 FNeIII [-23/567]?=-[NeIII] 3869Å emission-line
flux in units of 10-17ergs/s/cm2
(NeIII_FLUX)
735- 740 F6.2 10-20W/m2 e_FNeIII [0.2/468]?=- FNeIII uncertainty
(NeIIIFLUXERR)
742- 750 E9.3 --- ScNeIII [0.015/7e+6]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeIII_SCALE)
752- 760 E9.3 0.1nm EWNeIII [-1420/2.5e+8]?=-99 [NeIII] 3869Å
equivalent width in Å (NeIII_EQW)
762- 770 E9.3 0.1nm e_EWNeIII [2/4.8e+26]?=- EWNeIII uncertainty
(NeIIIEQWERR)
772- 779 F8.2 10-20W/m2 FNeV [-20/14343]?=- NeV 3346.8Å
emission-line flux in units of
10-17ergs/s/cm2 (NeV_FLUX)
781- 787 F7.2 10-20W/m2 e_FNeV [0.4/1349]?=- FNeV uncertainty
(NeVFLUXERR)
789- 797 E9.3 --- ScNeV [0.07/1.1e+32]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeV_SCALE)
799- 807 E9.3 0.1nm EWNeV [-3.2e+10/3.5e+23]?=-99 NeV 3346.8Å
equivalent width in Å (NeV_EQW)
809- 818 E10.3 0.1nm e_EWNeV [0.08/1.6e+35]?=- EWNeV uncertainty
(NeVEQWERR)
820- 826 F7.2 10-20W/m2 FNeVI [-17/7018]?=- NeVI 3426.85Å
emission-line flux in units of
10-17ergs/s/cm2 (NeVI_FLUX)
828- 833 F6.2 10-20W/m2 e_FNeVI [0.4/510]?=- FNeVI uncertainty
(NeVIFLUXERR)
835- 843 E9.3 --- ScNeVI [0.08/2.5e+25]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeVI_SCALE)
845- 853 E9.3 0.1nm EWNeVI [-374000/9.6e+20]?=-99 NeVI 3426.85Å
equivalent width in Å (NeVI_EQW)
855- 864 E10.3 0.1nm e_EWNeVI [0.1/5.2e+17]?=- EWNeVI uncertainty
(NeVIEQWERR)
866- 871 F6.2 10-20W/m2 FOI [-4/227]?=-[OI] 6302Å emission-line
flux in units of 10-17ergs/s/cm2
(OI_FLUX)
873- 878 F6.2 10-20W/m2 e_FOI [0.4/57]?=- FOI uncertainty (OIFLUXERR)
880- 889 E10.3 --- ScOI [0.009/2.6e+6]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OI_SCALE)
891- 899 E9.3 0.1nm EWOI [-996/3.6e+37]?=-99 [OI] 6302Å equivalent
width in Å (OI_EQW)
901- 910 E10.3 0.1nm e_EWOI [0.1/3.4e+34]?=- EWOI uncertainty
(OIEQWERR)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: g141.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 5 I5 --- ID [1/35451] Identifier
7- 28 A22 --- GrismID Grism number ("-99" if no grism data)
(grism_id)
30- 35 F6.2 mag Hmag [14/25]?=- H-band AB magnitude (h_mag)
37- 45 F9.5 --- ztier [0.3/3.6]?=- Grism redshift used in the
emission-line fit, identical to ztier in
the redshift catalog (zmaxgrism)
47- 55 E9.3 --- s0 [-395000/8.9e+7]?=- s0 value
57- 65 E9.3 --- e_s0 [0/6.7e+15]?=- s0 uncertainty (s0_err)
67- 77 F11.3 --- s1 [-249727/592044]?=- s1 value
79- 87 E9.3 --- e_s1 [0.003/1.5e+14]?=- s1 uncertainty (s1_err)
89- 91 I3 10-20W/m2 FLya ?=- Always NULL (Lya_FLUX)
93- 95 I3 10-20W/m2 e_FLya ?=- Always NULL (LyaFLUXERR)
97- 99 I3 --- ScLya ?=- Always NULL (Lya_SCALE)
101- 103 I3 0.1nm EWLya ?=- Always NULL (Lya_EQW)
105- 107 I3 0.1nm e_EWLya ?=- Always NULL (LyaEQWERR)
109- 111 I3 10-20W/m2 FCIV ?=- Always NULL (CIV_FLUX)
113- 115 I3 10-20W/m2 e_FCIV ?=- Always NULL (CIVFLUXERR)
117- 119 I3 --- ScCIV ?=- Always NULL (CIV_SCALE)
121- 123 I3 0.1nm EWCIV ?=- Always NULL (CIV_EQW)
125- 127 I3 0.1nm e_EWCIV ?=- Always NULL (CIVEQWERR)
129- 136 F8.2 10-20W/m2 FMgII [-17.7/24816]?=- MgII 2799.1Å
emission-line flux in units of
10-17ergs/s/cm2 (MgII_FLUX)
138- 145 F8.2 10-20W/m2 e_FMgII [0.4/46361]?=- FMgII uncertainty
(MgIIFLUXERR)
147- 155 E9.3 --- ScMgII [0.04/4.5e+7]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (MgII_SCALE)
157- 165 F9.2 0.1nm EWMgII [-17934/387215]?=- MgII 2799.1Å
equivalent width in Å (MgII_EQW)
167- 175 E9.3 0.1nm e_EWMgII [13/1.5e+15]?=- EWMgII uncertainty
(MgIIEQWERR)
177- 185 E9.3 10-20W/m2 FOII [-2.8e+8/5630]?=-[OII] 3729.9Å
emission-line flux in units of
10-17ergs/s/cm2 (OII_FLUX)
187- 195 E9.3 10-20W/m2 e_FOII [0.3/1.7e+16]?=- FOII uncertainty
(OIIFLUXERR)
197- 205 E9.3 --- ScOII [0.016/2e+9]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OII_SCALE)
207- 215 E9.3 0.1nm EWOII [-4.1e+12/3.2e+11]?=-[OII] 3729.9Å
equivalent width in Å (OII_EQW)
217- 225 E9.3 0.1nm e_EWOII [0.3/3.1e+25]?=- EWOII uncertainty
(OIIEQWERR)
227- 235 E9.3 10-20W/m2 FHd [-2300/7.6e+8]?=- Hδ 4102.9Å
emission-line flux in units of
10-17ergs/s/cm2 (Hd_FLUX)
237- 245 E9.3 10-20W/m2 e_FHd [0.3/5.9e+16]?=- FHd uncertainty
(HdFLUXERR)
247- 255 E9.3 --- ScHd [0.015/3.5e+15]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hd_SCALE)
257- 265 E9.3 0.1nm EWHd [-4.2e+23/1.4e+14]?=- Hδ 4102.9Å
equivalent width in Å (Hd_EQW)
267- 275 E9.3 0.1nm e_EWHd [0.4/1.6e+26]?=- EWHd uncertainty
(HdEQWERR)
277- 285 E9.3 10-20W/m2 FHg [-537/8.5e+8]?=- Hγ 4341.7Å
emission-line flux in units of
10-17ergs/s/cm2 (Hg_FLUX)
287- 295 E9.3 10-20W/m2 e_FHg [0.3/6.4e+16]?=- FHg uncertainty
(HgFLUXERR)
297- 305 E9.3 --- ScHg [0.01/9.8e+29]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hg_SCALE)
307- 316 E10.3 0.1nm EWHg [-8.8e+13/1.8e+12]?=- Hγ 4341.7Å
equivalent width in Å (Hg_EQW)
318- 327 E10.3 0.1nm e_EWHg [0.3/8.9e+14]?=- EWHg uncertainty
(HgEQWERR)
329- 337 E9.3 10-20W/m2 FOIIIx [-987/5.5e+8]?=-[OIII] 4364.4Å
emission-line flux in units of
10-17ergs/s/cm2 (OIIIx_FLUX)
339- 347 E9.3 10-20W/m2 e_FOIIIx [0.2/4.2e+16]?=- FOIIIx uncertainty
(OIIIxFLUXERR)
349- 357 E9.3 --- ScOIIIx [0.009/2.3e+31]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OIIIx_SCALE)
359- 367 E9.3 0.1nm EWOIIIx [-4.6e+7/4.8e+15]?=-[OIII] 4364.4Å
equivalent width in Å (OIIIx_EQW)
369- 378 E10.3 0.1nm e_EWOIIIx [0.19/1.2e+26]?=- EWOIIIx uncertainty
(OIIIxEQWERR)
380- 388 E9.3 10-20W/m2 FHeII [-3.5e+8/8680]?=- HeII 4687.5Å
emission-line flux in units of
10-17ergs/s/cm2 (HeII_FLUX)
390- 398 E9.3 10-20W/m2 e_FHeII [0.3/2.1e+16]?=- FHeII uncertainty
(HeIIFLUXERR)
400- 408 E9.3 --- ScHeII [0.003/5.9e+10]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeII_SCALE)
410- 418 E9.3 0.1nm EWHeII [-4.8e+54/2.9e+13]?=- HeII 4687.5Å
equivalent width in Å (HeII_EQW)
420- 429 E10.3 0.1nm e_EWHeII [0.1/1.4e+29]?=- EWHeII uncertainty
(HeIIEQWERR)
431- 438 F8.2 10-20W/m2 FHb [-3318/21853]?=- Hβ 4862.7Å
emission-line flux in units of
10-17ergs/s/cm2 (Hb_FLUX)
440- 448 E9.3 10-20W/m2 e_FHb [0.2/3e+15]?=- FHb uncertainty
(HbFLUXERR)
450- 458 E9.3 --- ScHb [0.002/10e+14]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Hb_SCALE)
460- 468 E9.3 0.1nm EWHb [-13500/5.6e+13]?=- Hβ 4862.7Å
equivalent width in Å (Hb_EQW)
470- 479 E10.3 0.1nm e_EWHb [0.3/2.6e+26]?=- EWHb uncertainty
(HbEQWERR)
481- 488 F8.2 10-20W/m2 FOIII [-4115/10892]?=-[OIII]
λλ5008.2,4960.3Å
emission-line flux in units of
10-17ergs/s/cm2 (OIII_FLUX)
490- 498 E9.3 10-20W/m2 e_FOIII [0.3/1.9e+14]?=- FOIII uncertainty
(OIIIFLUXERR)
500- 508 E9.3 --- ScOIII [0.001/1.3e+29]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OIII_SCALE)
510- 518 E9.3 0.1nm EWOIII [-1.6e+13/2e+17]?=-[OIII]
λλ5008.2,4960.3Å
equivalent width in Å (OIII_EQW)
520- 529 E10.3 0.1nm e_EWOIII [0.1/1.5e+14]?=- EWOIII uncertainty
(OIIIEQWERR)
531- 537 F7.2 10-20W/m2 FHa [-19/1789]?=- Hα 6564.6Å
emission-line flux in units of
10-17ergs/s/cm2 (Ha_FLUX)
539- 545 F7.2 10-20W/m2 e_FHa [0.3/1029]?=- FHa uncertainty (HaFLUXERR)
547- 556 E10.3 --- ScHa [0.03/5.1e+16]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (Ha_SCALE)
558- 567 E10.3 0.1nm EWHa [-28200/5e+16]?=- Hα 6564.6Å
equivalent width in Å (Ha_EQW)
569- 578 E10.3 0.1nm e_EWHa [0.7/9.8e+29]?=- EWHa uncertainty
(HaEQWERR)
580- 586 F7.2 10-20W/m2 FSII [-39.3/1533]?=-[SII]
λλ6718.3,6732.7
emission-line flux in units of
10-17ergs/s/cm2 (SII_FLUX)
588- 596 E9.3 10-20W/m2 e_FSII [0.3/4.6e+13]?=- FSII uncertainty
(SIIFLUXERR)
598- 607 E10.3 --- ScSII [0.03/1.1e+23]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (SII_SCALE)
609- 618 E10.3 0.1nm EWSII [-1.2e+7/9.4e+35]?=-[SII]
λλ6718.3,6732.7 equivalent
width in Å (SII_EQW)
620- 629 E10.3 0.1nm e_EWSII [0.1/1.6e+29]?=- EWSII uncertainty
(SIIEQWERR)
631- 637 F7.2 10-20W/m2 FSIII [-66/1282]?=-
SIIIλλ9068.6,9530.6
emission-line flux in units of
10-17ergs/s/cm2 (SIII_FLUX)
639- 645 F7.2 10-20W/m2 e_FSIII [0.3/1461]?=- FSIII uncertainty
(SIIIFLUXERR)
647- 656 E10.3 --- ScSIII [0.01/1.6e+18]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (SIII_SCALE)
658- 667 E10.3 0.1nm EWSIII [-184000/1.7e+37]?=-
SIIIλλ9068.6,9530.6
equivalent width in Å (SIII_EQW)
669- 678 E10.3 0.1nm e_EWSIII [0.01/5.2e+30]?=- EWSIII uncertainty
(SIIIEQWERR)
680- 687 F8.2 10-20W/m2 FHeI [-4387/7505]?=- HeI 5877.2Å
emission-line flux in units of
10-17ergs/s/cm2 (HeI_FLUX)
689- 697 E9.3 10-20W/m2 e_FHeI [0.3/5.1e+12]?=- FHeI uncertainty
(HeIFLUXERR)
699- 708 E10.3 --- ScHeI [0.01/2.7e+10]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeI_SCALE)
710- 719 E10.3 0.1nm EWHeI [-1.3e+6/3.5e+29]?=- HeI 5877.2Å
equivalent width in Å (HeI_EQW)
721- 730 E10.3 0.1nm e_EWHeI [0.1/1.4e+29]?=- EWHeI uncertainty
(HeIEQWERR)
732- 740 E9.3 10-20W/m2 FHeIb [-9.3e+8/13100]?=- HeI 3889.5Å
emission-line flux in units of
10-17ergs/s/cm2 (HeIb_FLUX)
742- 750 E9.3 10-20W/m2 e_FHeIb [0.3/7.1e+16]?=- FHeIb uncertainty
(HeIbFLUXERR)
752- 760 E9.3 --- ScHeIb [0.02/1.8e+9]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (HeIb_SCALE)
762- 770 E9.3 0.1nm EWHeIb [-24200/7.4e+12]?=- HeI 3889.5Å
equivalent width in Å (HeIb_EQW)
772- 780 E9.3 0.1nm e_EWHeIb [0.04/3.2e+29]?=- EWHeIb uncertainty
(HeIbEQWERR)
782- 790 E9.3 10-20W/m2 FNeIII [-639/8e+7]?=-[NeIII] 3869Å
emission-line flux in units of
10-17ergs/s/cm2 (NeIII_FLUX)
792- 800 E9.3 10-20W/m2 e_FNeIII [0.3/7.8e+15]?=- FNeIII uncertainty
(NeIIIFLUXERR)
802- 810 E9.3 --- ScNeIII [0.01/1.8e+9]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeIII_SCALE)
812- 820 E9.3 0.1nm EWNeIII [-58000/1.6e+14]?=-[NeIII] 3869Å
equivalent width in Å (NeIII_EQW)
822- 830 E9.3 0.1nm e_EWNeIII [0.1/2.1e+15]?=- EWNeIII uncertainty
(NeIIIEQWERR)
832- 840 E9.3 10-20W/m2 FNeV [-7.1e+8/51100]?=- NeV 3346.8Å
emission-line flux in units of
10-17ergs/s/cm2 (NeV_FLUX)
842- 850 E9.3 10-20W/m2 e_FNeV [0.3/6e+16]?=- FNeV uncertainty
(NeVFLUXERR)
852- 861 E10.3 --- ScNeV [0.003/4.9e+8]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeV_SCALE)
863- 872 E10.3 0.1nm EWNeV [-5260/8.9e+8]?=- NeV 3346.8Å
equivalent width in Å (NeV_EQW)
874- 883 E10.3 0.1nm e_EWNeV [1/5.1e+24]?=- EWNeV uncertainty
(NeVEQWERR)
885- 893 E9.3 10-20W/m2 FNeVI [-21.4/3e+8]?=- NeVI 3426.85Å
emission-line flux in units of
10-17ergs/s/cm2 (NeVI_FLUX)
895- 903 E9.3 10-20W/m2 e_FNeVI [0.4/2.3e+16]?=- FNeVI uncertainty
(NeVIFLUXERR)
905- 914 E10.3 --- ScNeVI [0.005/2.2e+6]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (NeVI_SCALE)
916- 924 E9.3 0.1nm EWNeVI [-4440/1.1e+9]?=- NeVI 3426.85Å
equivalent width in Å (NeVI_EQW)
926- 934 E9.3 0.1nm e_EWNeVI [1.6/9.1e+32]?=- EWNeVI uncertainty
(NeVIEQWERR)
936- 942 F7.2 10-20W/m2 FOI [-10/3256]?=-[OI] 6302Å emission-line
flux in units of 10-17ergs/s/cm2
(OI_FLUX)
944- 949 F6.2 10-20W/m2 e_FOI [0.3/387]?=- FOI uncertainty (OIFLUXERR)
951- 959 E9.3 --- ScOI [0.02/6.5e+14]?=- Multiplicative scaling
factor to correct the flux of the emission
line to the photometry (OI_SCALE)
961- 969 E9.3 0.1nm EWOI [-2e+10/3.5e+12]?=-[OI] 6302Å
equivalent width in Å (OI_EQW)
971- 979 E9.3 0.1nm e_EWOI [1/4.3e+26]?=- EWOI uncertainty
(OIEQWERR)
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Byte-by-byte Description of file: sfr*.dat
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Bytes Format Units Label Explanations
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1- 5 I5 --- ID [1/41457] Identifier
7- 13 F7.4 --- zbest [0/10.01]?=- Photometric redshift used in
the IR SED fitting, corresponds to zbest
in the redshift catalog
15- 22 F8.3 uJy F24um [14/9639]?=0 Spitzer/MIPS 24um flux
(Flux_MIPS24) (1)
24- 31 F8.1 uJy F70um [980/153570]?=0 Spitzer/MIPS 70um flux
(Flux_MIPS70)
33- 39 F7.1 uJy F160um [26790/31244]?=0 Spitzer/MIPS 160um flux
(only for COSMOS) (Flux_MIPS160)
41- 49 F9.2 uJy F100umP [203/207880]?=0 Herschel/PACS 100um flux
(FluxPACS100)
51- 58 F8.1 uJy F160umP [687/224810]?=0 Herschel/PACS 160um flux
(FluxPACS160)
60- 67 F8.1 uJy F250um [2309/130160]?=0 Herschel/SPIRE 250um flux
(FluxSPIRE250)
69- 75 F7.1 uJy F350um [1631/68809]?=0 Herschel/SPIRE 350um flux
(FluxSPIRE350)
77- 83 F7.1 uJy F500um [1327/53735]?=0 Herschel/SPIRE 500um flux
(FluxSPIRE500)
85- 92 F8.4 uJy e_F24um [4/280]?=0 F24um uncertainty
(FluxErrMIPS24)
94- 100 F7.2 uJy e_F70um [305/4915]?=0 F70um uncertainty
(FluxErrMIPS70)
102- 108 F7.2 uJy e_F160um [1848/1969]?=0 F160um uncertainty
(only for COSMOS) (FluxErrMIPS160)
110- 117 F8.2 uJy e_F100umP [142/16007]?=0 F100um uncertainty
(FluxErrPACS_100)
119- 126 F8.2 uJy e_F160umP [204/17311]?=0 F160um uncertainty
(FluxErrPACS_160)
128- 134 F7.2 uJy e_F250um [580/7680]?=0 F250um uncertainty
(FluxErrSPIRE_250)
136- 142 F7.2 uJy e_F350um [492/5712]?=0 F350um uncertainty
(FluxErrSPIRE_350)
144- 150 F7.2 uJy e_F500um [374/4807]?=0 F500um uncertainty
(FluxErrSPIRE_500)
152- 163 E12.6 Msun/yr SFRtot [-1.1e+17/2.6e+43]?=0 Best estimate of
the total SFR (SFRladdertotal) (2)
165 I1 --- LType [1/3] Type of SFR indicators used in
SFRtot (SFRladdertype) (3)
167- 178 E12.6 Msun/yr UVcor [-1.1e+17/2.6e+43]?=0 UV-based star
formation rate corrected for extinction
(SFRUVcorr) (4)
180- 191 E12.6 Msun/yr e_UVcor [2.1e-8/3.7e+43]?=0 UVcor uncertainty
(SFRUVcorr_Error)
193- 204 F12.6 Msun/yr SFR-IR [-2020/15562] IR-based star formation
rate (5)
206- 217 E12.6 Msun/yr SFR-UV160 [-6.9e+16/8.7e+17]?=0 UV-based star
formation rate not corrected for
extinction determined from the UV
luminosity at 160nm (SFRUVobs_160)
219- 230 E12.6 Msun/yr SFR-UV280 [-1.5e+17/1.8e+18]?=0 UV-based star
formation rate not corrected for
extinction determined from the UV
luminosity at 280nm (SFRUVobs_280)
232- 239 F8.4 --- beta [-2.5/81.7]?=- UV slope, βUV
241- 246 F6.3 mag Auv160 [0.08/97]?=0 UV attenuation derived from
the IRX-βUV calibration for
SFR-UV160 (AUV160)
248- 253 F6.3 mag Auv280 [0.06/71]?=0 UV attenuation derived from
the IRX-βUV calibration for
SFR-UV280 (AUV280)
255- 260 F6.3 mag Av [0.03/40]?=0 Optical attenuation in the
V-band (A_V) (6)
262- 273 E12.6 Msun/yr SFR-UVc160 [-6.9e+16/5.2e+43]?=0 UV-based star
formation rate corrected for extinction
using the IRX-βUV relations
determined from the UV luminosity at
160nm (SFRUVcorr_160)
275- 286 E12.6 Msun/yr SFR-UVc280 [-1.5e+17/3.6e+33]?=0 UV-based star
formation rate corrected for extinction
using the IRX-βUV relations
determined from the UV luminosity at
280nm (SFRUVcorr_280)
288- 299 F12.6 Msun/yr SFR-IRw11 [-2019/23460] IR-based star formation
rate derived from the MIPS 24um flux
following Calzetti+ (2000ApJ...533..682C 2000ApJ...533..682C)
(SFRIRW11)
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Note (1): Galaxies without IR detections have upper limits in F24um with
Flux=20-70[uJy] (see Table 13) and Flux_Err=0.
Upper limits in F24um are used to estimate upper limits in SFR-IR,
indicated with negative values.
Note (2): Use as default SFR. Best estimate of the total SFR:
either SFRIR+SFRUVobs for IR detected sources or SFRUVcorr
for the rest.
Note (3): Type of SFR indicators (SFR-lader_type) used in SFRtot as follows:
1 = SFRIRfit+SFRUVobs
2 = SFRIW11+SFRUVobs
3 = SFRUVcorr
Note (4): UV-based star formation rate corrected for extinction using the
IRX-βUV relations. This value is a weighted average of
SFRUVcorr(160) and SFRUVcorr(280).
Note (5): IR-based star formation rate. This value is equal to:
SFRIR=SFRIRfit when SFR-ladder_type=1.
SFRIR=SFRIRW11 when SFR-ladder_type=2.
SFRIR=-SFRIRW11 when SFR-ladder_type=3 (based on upper limits in F24um).
Note (6): Optical attenuation in the V-band derived from AUV by assuming a
Calzetti+ (2000ApJ...533..682C 2000ApJ...533..682C) attenuation law.
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History:
Downloaded at:
http://archive.stsci.edu/hlsp/candels/
(End) Emmanuelle Perret [CDS] 15-Mar-2023