The 2 columns in color are computed by VizieR, and are not part of the original data.

J/ApJ/702/1507/table1 Post annotation

Mid-IR photometry in IC 1396A (Morales-Calderon+, 2009) ReadMe+ftp New candidates photometry from the co-added deep mosaics (15 rows)

Full	LC	ID	f_	V	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Jmag mag	l_	Hmag mag	l_	Ksmag mag	l_	[3.6] mag	[4.5] mag	[5.8] mag	[8.0] mag	[24] mag	Class	2M
1	LC	60		V	21 36 47.18	+57 29 52.6	14.184	c	14.073		12.630		10.419	9.874	9.419	8.846		II	2M
2	LC	61		V	21 36 47.63	+57 29 54.1	13.568	c	12.342		11.655		10.426	9.964	9.545	8.972		II	2M
3	LC	62		V	21 37 14.51	+57 28 40.9	14.511		13.559		12.954		11.839	11.349	11.128	10.609	7.012	II	2M
4	LC	63		V	21 37 17.42	+57 29 27.5	14.122		13.135		12.583		11.859	11.436	11.104	10.249	7.165	II	2M
5	LC	64	d		21 37 17.37	+57 29 20.8	14.091	c	13.557		13.130	c	12.901	12.669	12.344	11.528		II	2M
6	LC	65			21 36 42.49	+57 25 23.3	14.806		14.089		13.758		13.194	12.956	12.553	11.928	8.959	II	2M
7	LC	66		V	21 37 05.87	+57 32 12.5	15.130		14.284		14.139		13.372	13.086	12.800	11.953		II	2M
8	LC	67			21 35 58.52	+57 29 15.1	16.582		15.373		14.632		13.537	13.088	12.534	11.556		II	2M
9	LC	68			21 36 56.26	+57 29 52.3	18.527	c	16.098	c	15.200		13.577	12.981	12.150	11.126		II	2M
10	LC	69		V	21 36 38.03	+57 26 57.9	15.604		14.893		14.523		13.580	13.158	12.796	11.979	8.179	II	2M
11	LC	70		V	21 36 12.60	+57 31 26.3	16.504		16.161	c	15.136		14.006	13.481	13.340	12.429		II	2M
12	LC	71			21 36 40.34	+57 25 45.7	16.271		15.203		14.867		14.059	13.618	13.203	12.366	9.051	II	2M
13	LC	72			21 36 18.97	+57 29 05.1					14.197		13.157	12.290	11.297			I	2M
14	LC	73			21 37 11.78	+57 30 34.9	16.175		15.520	c	14.928		14.289	13.823	13.372	12.462	6.305	II	2M
15	LC	74		V	21 36 36.35	+57 32 09.3					15.505		14.679	13.237	11.606			I	2M

J/ApJ/702/1507/table2 Post annotation

Mid-IR photometry in IC 1396A (Morales-Calderon+, 2009) ReadMe+ftp Long-term variability: main results from mapping data (69 rows)

Full	LC	ID	f_	V	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Class	f_	[3.6] mag	V1	T1 d	[4.5] mag	V2	T2 d	Var	SA06	Simbad
1	LC	1		V	21 35 57.93	+57 29 09.9	I	e	13.378	V		12.752	V		V	SA06	Simbad
2	LC	2		V	21 35 59.05	+57 30 23.3	II		12.516	V		12.200	V		V	SA06	Simbad
3	LC	3			21 36 06.06	+57 26 34.1	I	e	13.010	N		12.567	N		N	SA06	Simbad
4	LC	4		V	21 36 07.98	+57 26 37.1	I		10.805	V		9.026	V		V	SA06	Simbad
5	LC	5			21 36 03.89	+57 27 12.1	II		11.710	N		11.652	N		N	SA06	Simbad
6	LC	6		V	21 36 07.46	+57 26 43.6	I		12.836	V	4.9	11.027	V	5.1	V	SA06	Simbad
7	LC	7		V	21 36 18.36	+57 28 31.6	I		12.744	V		10.701	V		V	SA06	Simbad
8	LC	8		V	21 36 19.42	+57 28 38.5	I		12.792	V		11.050	V		V	SA06	Simbad
9	LC	9	f		21 36 14.20	+57 27 37.9	III	e	8.972	N		8.893	N		N	SA06	Simbad
10	LC	10	f		21 36 14.20	+57 27 57.7	II		13.531	N		13.610	N		N	SA06	Simbad
11	LC	11		V	21 36 16.64	+57 28 40.4	I		12.502	V		11.751	V		V	SA06	Simbad
12	LC	12			21 36 16.99	+57 26 39.9	II		12.852	N		12.501	N		N	SA06	Simbad
13	LC	13		V	21 36 23.68	+57 32 45.2	II		12.589	V	9.1	12.374	V	9.1	V	SA06	Simbad
14	LC	14		V	21 36 25.07	+57 27 50.2	II		12.545	V		12.041	V		V	SA06	Simbad
15	LC	15	f	V	21 36 33.00	+57 28 49.3	II		13.765	V		13.355	V		V	SA06	Simbad
16	LC	16		V	21 36 35.31	+57 29 31.1	II		11.356	V		10.993	V		V	SA06	Simbad
17	LC	17		V	21 36 36.91	+57 31 32.6	II		11.102	V		10.625	V		V	SA06	Simbad
18	LC	18		V	21 36 38.41	+57 29 17.4	II		11.353	V		10.975	V		V	SA06	Simbad
19	LC	19			21 36 39.15	+57 29 53.3	II		8.581	V		7.859	V		N	SA06	Simbad
20	LC	20			21 36 41.46	+57 30 27.8	II		12.773	N		12.383	N		N	SA06	Simbad
21	LC	21		V	21 36 41.65	+57 32 17.5	I	e	12.653	V		12.165	V		V	SA06	Simbad
22	LC	22		V	21 36 43.98	+57 29 28.7	II		11.301	V	8.2	10.761	V	9.0	V	SA06	Simbad
23	LC	23	f		21 36 44.00	+57 28 46.8	II		12.416	N		12.420	N		N	SA06	Simbad
24	LC	24		V	21 36 45.96	+57 29 33.9	I		9.644	V	6.0	9.114	V	6.0	V	SA06	Simbad
25	LC	25			21 36 46.60	+57 29 38.4	I		10.217	N		8.776	N		N	SA06	Simbad
26	LC	28	f	V	21 36 47.88	+57 31 30.6	I		12.137	V	5.4	11.862	V		V	SA06	Simbad
27	LC	29		V	21 36 49.41	+57 31 22.0	II		9.446	V	7.8	9.031	V		V	SA06	Simbad
28	LC	30			21 36 50.72	+57 31 10.6	III	e	8.688	V		8.439	V		N	SA06	Simbad
29	LC	31			21 36 52.81	+57 29 43.8	II		12.572	N		12.269	N		N	SA06	Simbad
30	LC	32	f		21 36 54.50	+57 30 05.1	III	e	10.108	N		9.889	N		N	SA06	Simbad
31	LC	33	f		21 36 54.75	+57 31 45.0	II		13.354	N					N	SA06	Simbad
32	LC	34		V	21 36 54.89	+57 30 00.3	I		11.932	V		11.251	V		V	SA06	Simbad
33	LC	35		V	21 36 55.20	+57 30 30.1	II		9.811	V		9.309	V		V	SA06	Simbad
34	LC	36			21 36 55.43	+57 31 39.1	III	e	11.222	N		11.187	N		N	SA06	Simbad
35	LC	37		V	21 36 56.98	+57 29 22.7	II		11.569	V	9.1	11.049	V	9.1	V	SA06	Simbad
36	LC	38		V	21 36 57.67	+57 27 33.1	II		9.447	V		8.987	V		V	SA06	Simbad
37	LC	39		V	21 36 57.83	+57 30 56.1	I		12.186	V	7.8	11.139	V	9.0	V	SA06	Simbad
38	LC	40		V	21 36 57.93	+57 29 10.7	II	e	10.316	V	6.0	9.916	V	7.6	V	SA06	Simbad
39	LC	41		V	21 36 58.90	+57 30 29.2	I		12.865	V		12.211	V		V	SA06	Simbad
40	LC	43		V	21 36 59.47	+57 31 34.9	II		11.739	V	10.5	11.251	V		V	SA06	Simbad
41	LC	44	f		21 37 01.05	+57 30 39.7	I		13.257	N		13.110	N		N	SA06	Simbad
42	LC	45		V	21 37 01.91	+57 28 22.2	II		10.856	V	6.0	10.535	V	6.0	V	SA06	Simbad
43	LC	46			21 37 02.00	+57 31 55.3	II		12.061	N		11.911	N		N	SA06	Simbad
44	LC	47		V	21 37 02.32	+57 31 15.2	I		10.790	V	9.0	9.807	V	9.0	V	SA06	Simbad
45	LC	49		V	21 37 06.49	+57 32 31.6	II		10.900	V		10.459	V		V	SA06	Simbad
46	LC	50		V	21 37 07.18	+57 31 27.8	I		13.585	V		12.718	V		V	SA06	Simbad
47	LC	51	f		21 37 07.71	+57 32 11.0	II		12.923	V		12.666	V		N	SA06	Simbad
48	LC	53		V	21 37 09.36	+57 29 48.3	II		10.973	V		10.515	V		V	SA06	Simbad
49	LC	54		V	21 37 09.44	+57 30 36.7	II		12.125	V		11.817	V		V	SA06	Simbad
50	LC	55			21 37 10.13	+57 31 26.6	II		13.252	N		12.918	N		N	SA06	Simbad

Result truncated to 50 rows

J/ApJ/702/1507/table3 Post annotation

Mid-IR photometry in IC 1396A (Morales-Calderon+, 2009) ReadMe+ftp Time series in the four IRAC bands for the variable YSOs of our sample (1148 rows)

Full	ID	MJD d	[3.6] mag	e_ mag	[4.5] mag	e_ mag	[5.8] mag	e_ mag	[8.0] mag	e_ mag
1	1	54488.6878678	13.233	0.018	12.596	0.013	11.833	0.023	10.448	0.042
2	1	54489.2077075	13.149	0.014	12.545	0.012	11.741	0.028	10.365	0.037
3	1	54489.5421136	13.178	0.019	12.529	0.011	11.730	0.020	10.415	0.038
4	1	54490.0224986	13.229	0.019	12.583	0.012	11.842	0.026	10.405	0.037
5	1	54490.3616676	13.212	0.020	12.572	0.012	11.760	0.019	10.360	0.035
6	1	54490.7798051	13.256	0.021	12.585	0.011	11.800	0.024	10.340	0.035
7	1	54491.2620497	13.293	0.021	12.682	0.014	11.867	0.024	10.501	0.036
8	1	54491.6974542	13.384	0.023	12.774	0.014	12.000	0.030	10.531	0.040
9	1	54492.3575716	13.428	0.027	12.836	0.014	12.065	0.030	10.604	0.036
10	1	54492.8026341	13.424	0.028	12.783	0.013	12.037	0.030	10.633	0.039
11	1	54493.3789647	13.450	0.025	12.804	0.014	12.046	0.030	10.599	0.042
12	1	54493.8306657	13.454	0.024	12.851	0.017	12.049	0.028	10.638	0.039
13	1	54494.3001138	13.456	0.033	12.835	0.019	12.031	0.026	10.712	0.047
14	1	54494.5148933	13.440	0.028	12.834	0.014	12.054	0.033	10.699	0.047
15	1	54495.2553820	13.389	0.028	12.759	0.015	11.998	0.022	10.671	0.048
16	1	54495.6098337	13.396	0.027	12.806	0.018	12.113	0.034	10.675	0.048
17	1	54496.3670567	13.461	0.028	12.777	0.015	12.100	0.035	10.718	0.047
18	1	54496.7846201	13.433	0.023	12.819	0.015	12.022	0.031	10.694	0.050
19	1	54497.2476394	13.370	0.020	12.778	0.014	11.925	0.028	10.569	0.035
20	1	54497.7943167	13.446	0.027	12.809	0.017	11.960	0.030	10.587	0.044
21	1	54498.3568141	13.482	0.029	12.881	0.017	12.047	0.030	10.657	0.037
22	1	54498.7142785	13.469	0.029	12.844	0.016	12.072	0.026	10.665	0.045
23	1	54499.3533423	13.417	0.021	12.797	0.014	12.022	0.030	10.652	0.043
24	1	54499.7685751	13.448	0.024	12.825	0.016	11.979	0.032	10.658	0.048
25	1	54500.3687612	13.467	0.024	12.803	0.014	12.081	0.033	10.637	0.040
26	1	54500.9402442	13.482	0.024	12.844	0.016	12.033	0.036	10.592	0.038
27	1	54501.3412719	13.429	0.020	12.784	0.014	11.991	0.028	10.597	0.041
28	1	54502.2873008	13.306	0.017	12.727	0.012	11.990	0.033	10.696	0.046
29	2	54488.6878678	12.513	0.005	12.235	0.005	11.899	0.016	11.200	0.026
30	2	54489.2077075	12.501	0.005	12.173	0.005	11.934	0.017	11.224	0.023
31	2	54489.5421136	12.511	0.005	12.185	0.005	11.912	0.018	11.241	0.025
32	2	54490.0224986	12.520	0.005	12.208	0.005	11.890	0.013	11.184	0.026
33	2	54490.3616676	12.516	0.005	12.200	0.006	11.904	0.017	11.218	0.027
34	2	54490.7798051	12.534	0.005	12.209	0.005	11.998	0.017	11.200	0.024
35	2	54491.2620497	12.552	0.005	12.217	0.005	11.955	0.016	11.195	0.020
36	2	54491.6974542	12.556	0.005	12.253	0.006	11.955	0.016	11.211	0.028
37	2	54492.3575716	12.554	0.006	12.245	0.006	11.951	0.017	11.222	0.025
38	2	54492.8026341	12.566	0.005	12.247	0.006	11.950	0.015	11.189	0.024
39	2	54493.3789647	12.532	0.005	12.206	0.006	11.928	0.016	11.187	0.022
40	2	54493.8306657	12.518	0.005	12.205	0.006	11.921	0.016	11.189	0.025
41	2	54494.3001138	12.537	0.005	12.206	0.006	11.955	0.018	11.257	0.027
42	2	54494.5148933	12.534	0.004	12.210	0.006	11.912	0.015	11.209	0.025
43	2	54495.2553820	12.492	0.005	12.179	0.005	11.945	0.019	11.212	0.024
44	2	54495.6098337	12.525	0.005	12.232	0.008	11.921	0.015	11.222	0.028
45	2	54496.3670567	12.380	0.005	12.178	0.006	11.919	0.016	11.197	0.026
46	2	54496.7846201	12.496	0.005	12.170	0.005	11.897	0.016	11.214	0.029
47	2	54497.2476394	12.487	0.006	12.179	0.007	11.872	0.016	11.148	0.021
48	2	54497.7943167	12.508	0.005	12.183	0.006	11.867	0.015	11.203	0.026
49	2	54498.3568141	12.502	0.006	12.166	0.007	11.934	0.017	11.170	0.024
50	2	54498.7142785	12.498	0.005	12.184	0.008	11.876	0.016	11.139	0.022

Result truncated to 50 rows

J/ApJ/702/1507/table6 Post annotation

Mid-IR photometry in IC 1396A (Morales-Calderon+, 2009) ReadMe+ftp Photometry for the variable objects found in the field (46 rows)

Full	Seq	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Jmag mag	f_	Hmag mag	Ksmag mag	f_	[3.6] mag	[4.5] mag	[5.8] mag	[8.0] mag	2M	Simbad
1	347	21 35 51.08	+57 28 12.4	15.381		14.881	14.611		14.272	14.322	13.268	11.331	2M	Simbad
2	751	21 36 15.20	+57 25 27.8	15.442		14.659	14.418		13.787	13.556	13.585	12.365	2M	Simbad
3	823	21 36 07.44	+57 26 43.4						12.869	11.032	9.635	8.576	2M	Simbad
4	1230	21 35 58.07	+57 28 50.4	15.596		15.059	14.836		13.899	14.067	13.809		2M	Simbad
5	1256	21 35 53.10	+57 29 37.1	15.208		14.709	14.499		14.424	14.407	15.228	14.529	2M	Simbad
6	1469	21 35 55.39	+57 29 42.8	15.654		15.059	14.857		14.688	14.673	14.603		2M	Simbad
7	1685	21 35 55.64	+57 30 03.3	15.314		14.767	14.453		14.136	14.151	14.034		2M	Simbad
8	2519	21 36 01.65	+57 30 50.0	15.598		14.957	14.701		14.146	14.020	14.082	13.755	2M	Simbad
9	2712	21 36 10.97	+57 29 50.7	15.649		14.601	14.256		14.110	14.067	14.204	13.246	2M	Simbad
10	2812	21 36 40.34	+57 25 45.6	16.292		15.439	14.862		14.102	13.688	13.187	12.506	2M	Simbad
11	3115	21 36 13.35	+57 30 16.2	15.697		15.111	14.854		14.716	14.635	14.753		2M	Simbad
12	3154	21 36 17.04	+57 29 48.2	15.674		14.630	14.198		13.789	13.741	14.619		2M	Simbad
13	3367	21 36 33.20	+57 27 51.9	14.985		14.413	14.208		14.001	13.874	14.172		2M	Simbad
14	3402	21 36 16.14	+57 30 26.9	14.598		14.209	14.006		13.909	13.797	13.635	12.549	2M	Simbad
15	3444	21 36 17.94	+57 30 16.3	15.531	c	15.350	15.048		14.474	14.419			2M	Simbad
16	3526	21 36 45.86	+57 26 22.9	15.174		14.494	14.339		14.264	14.326	14.171	13.071	2M	Simbad
17	3795	21 36 33.02	+57 28 49.4	16.154		14.919	14.127		13.738	13.344	12.895	12.874	2M	Simbad
18	4459	21 36 36.94	+57 29 28.6	15.715		15.014	14.599		14.267	14.173	12.556		2M	Simbad
19	4535	21 36 37.58	+57 29 31.7	15.468		14.983	14.816		14.444	14.431	12.978	11.433	2M	Simbad
20	4780	21 36 54.72	+57 27 26.7						16.999	16.836			2M	Simbad
21	5053	21 36 12.99	+57 34 05.4	15.167		14.053	13.752		13.474	13.498	13.355	13.580	2M	Simbad
22	5120	21 36 38.61	+57 30 27.0	17.113		15.528	14.937		14.873	14.708			2M	Simbad
23	5272	21 36 40.49	+57 30 25.8	15.990		14.524	13.664	c	13.320	13.225	12.120	10.638	2M	Simbad
24	5290	21 36 28.43	+57 32 13.5	14.431		13.482	13.144		12.901	12.824	13.889		2M	Simbad
25	5546	21 36 47.62	+57 29 54.0	13.497		12.356	11.593		10.477	10.017	9.672	9.082	2M	Simbad
26	5580	21 36 25.98	+57 33 10.2	14.883		14.265	14.011		13.702	13.638	14.196		2M	Simbad
27	5610	21 36 49.03	+57 29 49.2	16.904		15.510	14.648		14.157	14.126	15.489		2M	Simbad
28	5647	21 36 44.11	+57 30 38.3	16.214		15.237	14.754		14.431	14.431	14.023		2M	Simbad
29	5676	21 36 44.71	+57 30 37.4	16.445		15.464	14.851		14.388	14.501		11.127	2M	Simbad
30	5680	21 36 16.09	+57 34 48.6	11.970		11.185	10.931		10.791	10.746	10.770	10.684	2M	Simbad
31	5998	21 36 45.86	+57 31 03.5						14.223	14.578		10.166	2M	Simbad
32	6200	21 36 53.17	+57 30 18.7	17.607	c	16.315	15.177		14.426	14.118	14.500		2M	Simbad
33	6450	21 36 36.50	+57 33 14.3	16.876		16.196	15.781		14.815	14.933			2M	Simbad
34	6710	21 36 34.86	+57 33 57.1	15.135		14.478	14.251		14.171	14.175	14.063		2M	Simbad
35	6975	21 36 25.61	+57 35 46.2						14.152	14.068	14.586		2M	Simbad
36	7003	21 36 52.64	+57 31 50.4	15.005		13.703	13.156		12.673	12.623	11.816	10.260	2M	Simbad
37	7159	21 36 54.58	+57 31 50.2	17.258		15.771	15.035		14.067	13.879	13.740	12.970	2M	Simbad
38	7377	21 37 10.55	+57 29 52.9	15.107		14.300	14.134		13.850	13.842	13.849	14.044	2M	Simbad
39	7491	21 36 51.54	+57 32 53.4	16.231		15.285	14.846		13.917	13.936	13.172	11.122	2M	Simbad
40	7493	21 36 48.84	+57 33 17.4	17.542		16.693	16.584		14.666	14.931			2M	Simbad
41	7532	21 36 54.66	+57 32 29.4	17.350	c	16.177	15.270		13.858	13.850	11.820	9.940	2M	Simbad
42	7949	21 37 00.27	+57 32 23.8						14.256	14.874	11.454	9.457	2M	Simbad
43	8151	21 36 45.97	+57 34 55.1	15.102		14.434	14.254		13.811	13.949	14.221		2M	Simbad
44	8183	21 36 59.85	+57 32 56.2	15.636		15.230	15.003		14.843	14.686	14.550		2M	Simbad
45	8507	21 37 06.49	+57 32 32.1	13.330		12.335	11.904		10.862	10.539	10.201	9.527	2M	Simbad
46	8689	21 37 09.39	+57 32 25.4	15.820		15.205	15.016		13.793	13.394	13.299		2M	Simbad