The 1 column in color are computed by VizieR, and are not part of the original data.

J/ApJS/193/13/catalog Post annotation

Spitzer/IRAC sources in the EGS I. SEDs (Barro+, 2011) ReadMe+ftp The IRAC-3.6+4.5 micron sample: multi-band photometry (table 5) and photometric properties (table 6) - Positions are from table 6 (76936 rows)

Full	SED	[BPG2011]	Ndet	Q	St	zsp	q_	FUVmag mag	NUVmag mag	u'mag mag	Bmag mag	S-Rmag mag	Imag mag	3.6mag mag	4.5mag mag	5.8mag mag	8.0mag mag	24mag mag	70mag mag	RAJ2000 deg	DEJ2000 deg
1	SED	000001	4	5	0					21.616	16.377	15.868		17.455	18.434	18.164	18.352			215.77448	+53.56651
2	SED	000002	4	5	0					23.122	23.002	21.205	24.324	17.306	18.111	17.894	18.653			215.82287	+53.57062
3	SED	000003	21	3	0			20.889	20.254	19.006	18.066	16.619	16.005	15.870	16.236	16.452	14.752	16.186	12.754	215.05203	+53.12492
4	SED	000004	6	5	2			24.737	23.880	22.816	21.406	20.093	19.355	17.526	17.962	18.042	18.142			214.44713	+52.69578
5	SED	000214	8	0	0						23.747	22.868	22.601	22.485	22.948	23.904	23.626			216.02946	+53.58726
6	SED	000217_1	5	0	0						24.688	24.712	24.705	23.157	23.767					216.03234	+53.58462
7	SED	000218	7	0	0						24.982	24.754	23.757	22.875	23.147	24.657		19.951		216.01130	+53.60245
8	SED	000229	8	0	5						22.809	20.620	19.512	19.624	20.065	20.246	20.819		14.883	216.01801	+53.59575
9	SED	000230	5	0	0						26.802	24.809	23.714	19.966	20.257	20.184	20.704	18.523		216.01586	+53.59719
10	SED	000232	7	0	0						24.322	23.595	23.347	23.441	24.393					216.03329	+53.58240
11	SED	000236	7	0	0						24.796	23.171	22.188	20.218	20.546	20.400	20.802	18.894		216.01614	+53.59629
12	SED	000237	7	0	0						23.739	22.136	21.424	20.579	20.902	21.089	21.694			216.00974	+53.60169
13	SED	000241	7	0	1						24.867	24.631	23.879	23.293	24.131		27.143			216.02879	+53.58583
14	SED	000244	8	0	0						22.294	20.488	19.811	18.607	18.911	19.000	19.108	17.714	14.883	216.01800	+53.59455
15	SED	000249	7	0	0						25.549	24.766	23.974	21.866	22.382	22.843	22.563			216.01439	+53.59668
16	SED	000252	8	0	0						24.373	22.722	22.068	20.207	20.461	20.401	20.431	18.577		216.01772	+53.59330
17	SED	000253	8	0	5						21.646	20.059	19.628	20.458	20.997	21.605	22.580			216.02751	+53.58489
18	SED	000258	7	0	0						23.815	23.442	22.924	21.863	22.008	22.158	22.204			216.02784	+53.58380
19	SED	000259	7	0	0						25.290	24.404	23.827	22.428	22.845	24.894				216.00793	+53.60064
20	SED	000263	4	0	0									22.590	22.399	22.735	23.538			216.00563	+53.60234
21	SED	000264	7	0	0						24.539	24.035	23.237	21.801	21.926	22.668	22.250			216.01689	+53.59253
22	SED	000270_1	6	0	0						25.139	24.921	25.304	23.317	22.629	22.398	23.192	19.997	16.938	216.03251	+53.57899
23	SED	000270_2	6	0	0						26.009	26.096	25.804	23.376	24.114		22.421	19.997	16.938	216.03122	+53.57935
24	SED	000273	5	0	0						26.343	26.053	25.614	23.348	23.406					216.02272	+53.58686
25	SED	000274	6	0	2						28.557	24.270	23.236	23.350	23.513		22.404			216.01688	+53.59163
26	SED	000277	8	0	0					23.666	23.178	21.970	21.554	21.295	21.658	21.826	21.424			216.00245	+53.60308
27	SED	000282	7	0	0						24.714	24.799	24.002	23.339	23.758					216.02448	+53.58442
28	SED	000283	7	0	0						24.841	24.124	23.281	21.909	22.336	21.923	21.934			216.01365	+53.59355
29	SED	000294	8	0	0					24.615	24.321	23.844	23.025	21.632	21.984	21.962	22.189		16.961	215.98499	+53.61589
30	SED	000298	6	0	0						25.646	25.063	24.937	22.258	22.464		23.109			216.02466	+53.58240
31	SED	000299	8	0	0					24.489	24.192	23.432	22.580	21.863	22.291	22.641	23.819			215.98935	+53.61194
32	SED	000301	7	0	0					24.674	25.394	24.978	24.768	21.446	21.181	20.993	21.406	18.632	16.961	215.98542	+53.61481
33	SED	000302	8	0	5						22.218	20.302	19.666	20.073	20.535	20.843	21.543			216.01456	+53.58935
34	SED	000304	8	0	0					21.944	21.322	19.973	19.484	19.279	19.330	19.621	18.476	17.444	14.896	215.99999	+53.60209
35	SED	000306	7	0	0						24.092	23.856	22.928	21.979	22.181	22.703				216.00315	+53.59941
36	SED	000308	8	0	5					22.720	21.657	20.723	20.472	21.765	22.422		22.767			215.99027	+53.60946
37	SED	000311	7	0	1					-32.768	25.273	22.595	21.622	20.640	21.118	21.354	21.795			215.98744	+53.61110
38	SED	000314	7	0	0					25.473	24.962	24.904	23.857	23.514	23.884	23.139	22.779			216.00083	+53.60012
39	SED	000319	5	0	0					27.626	26.479	26.376	24.837	23.634		24.107		21.626		215.97410	+53.62199
40	SED	000322	8	0	1					23.843	23.534	22.643	22.349	22.354	22.721	22.462	24.613	19.916		215.97893	+53.61777
41	SED	000326_1	6	0	0						25.117	24.558	23.934	23.216	23.458	23.088				216.00579	+53.59457
42	SED	000326_2	6	0	0						24.617	24.252	24.135	23.130	23.097	24.236				216.00514	+53.59429
43	SED	000327	7	0	0						25.022	24.170	23.640	23.128	23.977	24.336				216.01826	+53.58432
44	SED	000329	8	0	0						23.733	21.825	21.301	21.164	21.498	21.911	21.730			216.01951	+53.58283
45	SED	000331	6	0	0					24.859	27.076	24.717	23.566	20.334	20.445	20.939	21.535			215.99129	+53.60606
46	SED	000333_1	6	0	0						24.704	24.284	24.213	23.151	23.350	23.786				216.00466	+53.59444
47	SED	000333_2	6	0	0						24.617	24.252	24.135	23.344	23.300	24.698				216.00514	+53.59429
48	SED	000333_3	6	0	0						25.117	24.558	23.934	23.175	23.458	23.087				216.00579	+53.59457
49	SED	000334	9	0	0					23.436	23.614	23.221	22.369	21.485	21.861	21.390	22.388			216.00766	+53.59209
50	SED	000339	7	0	0						23.648	23.587	23.617	22.598	22.932	23.544	22.008			216.00322	+53.59504

Result truncated to 50 rows

J/ApJS/193/13/table1 Post annotation

Spitzer/IRAC sources in the EGS I. SEDs (Barro+, 2011) ReadMe+ftp Properties of the data set in the EGS (34 rows)

Full	Band	f_	lambda	x_	f_	mLim	FWHM arcsec	Area deg2	Dens 10+3deg-2	Source
1	Hard X-Ray (2-10keV)	a	0.31	nm		3.8E-16erg/cm2/s	0.5-6	0.6700	1.102	Chandra/ACIS; Laird et al. (2009, Cat. J/ApJS/180/102)
2	Soft X-Ray (0.5-2keV)	a	1.24	nm		5.3E-17erg/cm2/s	0.5-4	0.6700	1.540	Chandra/ACIS; Laird et al. (2009, Cat. J/ApJS/180/102)
3	FUV		153.90	nm		25.6	5.5	1.1300	10.500	GALEX GTO
4	NUV		231.60	nm		25.6	5.5	1.1300	24.700	GALEX GTO
5	u'		362.50	nm		26.1	1.0	0.7700	148.200	MMT/Megacam
6	u*		381.10	nm		25.7	0.9	1.0000	152.500	CFHTLS/MegaCam
7	B		439.00	nm		25.7	1.2	1.3100	101.700	CFHT-12k
8	g		481.40	nm		26.7	1.3	0.7700	203.800	MMT/MegaCam
9	g'		486.30	nm		26.5	0.9	1.0000	163.400	CFHTLS/MegaCam
10	V606		591.30	nm		26.9	0.2	0.1970	440.700	HST/ACS
11	r'		625.80	nm		26.3	0.8	1.0000	363.900	CFHTLS/MegaCam
12	R		651.80	nm		26.1	0.7	1.0000	220.000	Subaru/SuprimeCam
13	R		660.10	nm		25.3	1.0	1.3100	144.300	CFHT-12k
14	i'		769.00	nm		25.9	0.8	1.0000	341.100	CFHTLS/MegaCam
15	i		781.50	nm		25.3	1.0	0.7700	275.800	MMT/MegaCam
16	I		813.20	nm		24.9	1.1	1.3100	117.000	CFHT-12k
17	i814		807.30	nm		26.1	0.2	0.1970	452.100	HST/ACS
18	z'		887.10	nm		24.7	0.8	1.0000	179.000	CFHTLS/Megacam
19	z		907.00	nm		25.3	1.2	0.7700	214.000	MMT/Megacam
20	J110		1.10	mum		23.5	0.7	0.0128	252.000	HST/NICMOS
21	J		1.21	mum		22.9	1.0	0.1950	67.000	CAHA-Omega2k
22	H160		1.59	mum		24.2	0.8	0.0128	252.000	HST/NICMOS
23	J	a	1.24	mum		21.9	1	0.3000	30.000	Palomar-WIRC; Bundy et al. (2006ApJ...651..120B)
24	Ks		2.11	mum		20.7	1.5	0.2000	18.600	CAHA-Omega"
25	Ks		2.15	mum		23.7	0.6	0.0900	124.000	Subaru MOIRCS
26	K	a	2.16	mum		22.9	1	0.7000	34.000	Palomar-WIRC; Bundy et al. (2006ApJ...651..120B)
27	IRAC 3.6		3.60	mum		23.9	2.1	0.4800	315.000	Spitzer GTO
28	IRAC 4.5		4.50	mum		23.9	2.1	0.4800	274.400	Spitzer GTO
29	IRAC 5.8		5.80	mum		22.3	2.2	0.4800	129.700	Spitzer GTO
30	IRAC 8.0		8.00	mum		22.3	2.2	0.4800	115.200	Spitzer GTO
31	MIPS 24		23.70	mum		19.5 (60muJy)	5	0.7900	30.000	Spitzer GTO
32	MIPS 70		71.40	mum		15 (3.5mJy)	19	0.6900	6.000	Spitzer GTO
33	Radio 20cm	a	20.00	cm		100muJy/beam	4.2	0.7300	1.538	VLA; Ivison et al. (2007ApJ...660L..77I)
34	R, redshift	a			b	24.1		1.3100	10.343	DEEP2