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Table 3

SED information for CrA members.

ID, RA Dec (J2000), AV (mag) λ (μm) Flux (Jy) Uncertainty (Jy) References/Comments
CrA-432, 19:00:59.74 –36:47:10.9, AV = 2.7f 0.66 7e-5 1e-5 LM05
0.80 5e-4 1e-4 LM05
1.22 3.3e-3 1e-4 2MASS
1.63 4.7e-3 2e-4 2MASS
2.19 4.7e-3 2e-4 2MASS
3.6 4.5e-3 2e-4 SA08
4.5 3.8e-3 3e-4 SA08
5.8 3.5e-3 2e-4 SA08
8.0 3.3e-3 3e-4 SA08
23.9 3.1e-3 4e-4 SA08
100  < 0.019 – TW
S CrA, 19:01:08.62 –36:57:20.3, AV = 4.0f 1.22 0.828 0.019 2MASS
1.63 1.54 0.04 2MASS
2.19 2.29 0.05 2MASS
3.6 2.66 0.01 CSA11
4.5 3.16 0.01 CSA11
5.8 3.81 0.02 CSA11
8.0 4.17 0.02 CSA11
9 4.41 0.08 AKARI
18 7.19 0.10 AKARI
65 13.8 4.3 IRAS 
70 12.4 1.2 TW
100 17.7 2.6 TW
160 13.6 2.7 TW
450 3 0.3 N05
850 0.7 0.2 N05
870 0.77 0.02 SA11
1200 0.29 0.03 Ch03
CrA-4110, 19:01:16.29 –36:56:28.2, AV = 0.41SA08 0.66 4e-4 1e-4 LM05
0.80 2.2e-3 1e-4 LM05
1.22 0.0103 2e-4 2MASS
1.63 0.0121 2e-4 2MASS
2.19 0.0111 2e-4 2MASS
3.6 9.1e-3 2e-4 SA08
4.5 8.2e-3 2e-4 SA08
5.8 5.7e-3 4e-4 SA08
8.0 5.3e-3 2e-4 SA08
23.9 7-9e-3 7e-4 SA08
100  < 0.025 – TW
CrA-466, 19:01:18.93 -36:58:28.2, AV = 8.1SA08 0.66 1e-46 1e-4 LM05
0.80 1e-3 1e-4 LM05
1.22 0.0115 3e-4 2MASS
1.63 0.0324 9e-4 2MASS
2.19 0.0419 1e-3 2MASS
3.6 0.0402 4e-4 SA08
4.5 0.0374 4e-4 SA08
5.8 0.0356 1.1e-3 SA08
8.0 0.0331 5e-4 SA08
23.9 0.0522 1e-4 SA08
70.0 0.146 0.027 TW
100 0.32 0.05 TW
G-87, 19:01:32.32 –36:58:03.0, AV = 16SA11 1.22 1.80e-3 7e-5 2MASS
1.63 9.1e-3 3e-4 2MASS
2.19 0.0170 4e-4 2MASS
3.6 0.020 1e-3 SA08
4.5 0.020 1e-3 SA08
5.8 0.0164 8e-4 SA08
8.0 0.0137 7e-4 SA08
23.9 0.022 2e-3 SA08
100  < 0.082 – TW
G-85, 19:01:33.85 –36:57:44.8, AV = 19SA11 1.22 2e-361 9e-5 2MASS
1.63 0.0175 4e-4 2MASS
2.19 0.0411 8e-4 2MASS
3.6 0.0687 3e-4 SA08
4.5 0.0760 3e-4 SA08
5.8 0.0661 3e-4 SA08
8.0 0.0691 3e-4 SA08
23.9 0.162 2e-3 SA08
70 0.41 0.04 TW
100 0.42 0.06 TW
160  < 0.69 – TW
G-122, 19:01:40.9 –36:57:15 3.6 2e-30 2e-4 SA08
4.5 2.1e-3 2e-4 SA08
5.8 6.8e-3 8e-4 SA08
8.0 0.0147 4e-4 SA08
23.9 0.123 6-3 SA08
70 0.550 0.023 TW
100 0.61 0.09 TW
160 2.2 0.4 TW
IRS 2, 19:01:41.56 –36:58:31.2 1.22 5e-30 1e-4 2MASS
1.63 0.129 4e-3 2MASS
2.19 0.949 0.023 2MASS
8.0 7.712:s 0.018 CSA11
70 32.8 3.3 TW
100 82 12 TW
160 61 12 TW
450 12 4 N05
850 2.0 0.2 N05
870 1.44 0.01 SA11
1200 1.32 0.20 Ch03
HBC 677, 19:01:41.62 –36:59:52.7, AV = 4.5f 0.44 3e-4 1e-4 SIMBAD
0.55 1.1e-3 1e-4 SIMBAD
1.22 0.102 3e-3 2MASS
1.63 0.247 6e-3 2MASS
2.19 0.37 0.01 2MASS
3.6 0.302 2e-3 CSA11
4.5 0.292 2e-3 CSA11
5.8 0.279 2e-3 CSA11
8.0 0.291 1e-3 CSA11
100 0.089 0.014 TW
IRS 5a+bu, 19:01:48.06 –36:57:22.0 1.63 3e-35 4e-4 2MASS
2.19 0.060 3e-3 2MASS
3.6 0.2925 4e-4 CSA11
4.5 0.5464 6e-4 CSA11
8.0 1.706 5e-3 CSA11
70 17.3 1.7 TW
100 19.4 2.8 TW
160 23 5 TW, IRS  5ab+FP-25u
FP-25, 19:01:48.46 –36:57:14.9 2.19 6e-3 1e-3 2MASS
3.6 8.1e-3 1e-4 CSA11
4.5 0.0209 1e-4 CSA11
5.8 0.0360 2e-4 CSA11
8.0 0.0529 2e-4 CSA11
100 15 3 TW
160 23 5 TW, IRS 5ab+FP-25u
450 12 4 N05
850 1.8 0.2 N05
1300 0.095 0.007 P11
IRS 6, 19:01:50.48 –36:56:38.4 1.22 4e-4 1e-4 2MASS
1.63  < 0.014 – 2MASS
2.19  < 0.048 – 2MASS
3.6 0.1139 3e-4 CSA11
4.5 0.1513 5e-4 CSA11
8.0 0.1962 6e-4 CSA11
23.9 0.348 0.035 P11
70 5.30 0.5 TW
100 9.2 1.3 TW
160 11 2 TW
V 710, 19:01:50.68 –36:58:09.6 1.22 6.5e-4 6e-5 2MASS
1.63 0.036 1e-3 2MASS
2.19 0.570 0.026 2MASS
4.5 6.178 0.018 CSA11
70 108 11 TW
100 97 14 TW
160 70 14 TW
450 9 3 N05
850 1.5 0.2 N05
CrA-465, 19:01.53.74 –37:00:33.9, AV = 0.08SA08 0.66 7e-5 1e-5 LM05
0.80 5e-4 1e-4 LM05
1.22 3.7e-3 1e-4 2MASS
1.63 4.5e.3 2e-4 2MASS
2.19 4.0e-3 2e-4 2MASS
3.6 3.4e-3 3e-4 SA08
4.5 2.9e-3 2e-4 SA08
8.0 2.5e-3 3e-4 SA08
23.9 0.010 1e-3 SA08
100  < 0.027 – TW
SMM 1A s, 19:01:54.9 –36:58:19 100 13 2 TW
160 30 7 TW
450 6.9 1.7 G07
850 1.2 0.2 G07
IRS 7w, 19:01:55.32 –36:57:21.9 1.22 0.015 5e-3 2MASS
1.63 5e-3 2e-3 2MASS
2.19 0.031 0.01 2MASS
3.6 0.0988 3e-4 CSA11
4.5 0.2662 7e-4 CSA11
70 234 36 TW
100 476 69 TWu
160 880 170 TWu
450 45 15 N05
850 5.6 0.6 N05
SMM 1 A, 19:01:55.5 –36:57:41 100 148 22 TW
450 151 30 G07
850 14.5 2.2 G07
SMM 2, 19:01:58.54 –36:57:08.5 1.22 2.3e-4 2e-5 2MASS
1.63 6.3e-4 8e-5 2MASS
2.19 2.01e-3 7e-5 2MASS
3.6 0.0225 1e-33 P11
4.5 0.0721 3e-38 P11
5.8 0.136 8e-3 P11
8.0 0.195 0.011 P11
23.9 0.807 0.078 P11
100 12 2 TW
160 25 5 TW
450 10 3 N05
850 1.5 0.2 N05
450 5.8 1.5 G07
850 1.2 0.2 G07
1300 0.135 0.027 P11
T CrA,19:01:58.78 –36:57:49.9, AV = 2.45AVA04 0.36 9e-3 5e-3 B92
0.44 0.037 0.018 B92
0.55 0.069 1e-3 B92
1.22 0.421 0.014 2MASS
1.63 0.846 0.033 2MASS
2.19 1.460 0.035 2MASS
4.5 2.124 9e-3 CSA11
5.8 2.365 0.011 CSA11
100 12 2 TW
160 13 3 TW
B185839.6-3658, 19:02:01.94 –36:54:00.1, AV = 13FP07 1.63 1.6e-4 2.5 W97
2.19 3.3e-4 2e-5 W97
3.6 2.9e-4 3e-5 P11
4.5 2.6e-4 2e-5 P11
5.8 2e-4 1e-4 P11
8.0 1.0e-3 1e-4 P11
23.9 3.3e-3 4e-4 P11
100 0.12 0.03 TW
G-14, 19:02:12.01 –37:03:09.3, AV = 1.9SA08 1.22 6.8e-3 2e-4 2MASS
1.63 9.5e-3 3e-4 2MASS
2.19 8.8e-3 2e-4 2MASS
3.6 6.7e.3 3e-4 SA08
4.5 5.7e-3 3e-4 SA08
5.8 3.7e-3 3e-4 SA08
8.0 3.6e-3 3e-4 SA08
23.9 4.6e-3 5e-4 SA08
100  < 0.020 – TW
CrA-4109, 19:02:16.67 –36:45:49.3, AV = 0f 0.66 1e-33 1e-4 LM05
0.80 6.6e-3 1e-4 LM05
1.22 0.0247 6e-4 2MASS
1.63 0.0307 7e-4 2MASS
2.19 0.0249 6e-4 2MASS
3.6 0.0147 2e-4 SA08
5.8 6.7e-3 6e-4 SA08
23.9 0.0117 4e-4 SA08
100  < 0.018 – TW
G-1, 19:02:27.08 –36:58:13.2, AV = 3.4SA08 1.22 0.297 8e-3 2MASS
1.63 0.492 0.020 2MASS
2.19 0.440 8e-3 2MASS
3.6 0.311 2e-3 SA08
4.5 0.269 1e-3 SA08
5.8 0.245 2e-3 SA08
8.0 0.246 1e-3 SA08
23.9 0.151 1e-3 SA08
100  < 0.017 – TW
CrA-159, 19:02:33.08 –36:58:21.2, AV = 5.0f 1.22 0.0916 2.9e-3 2MASS
1.63 0.201 5e-3 2MASS
2.19 0.266 5e-3 2MASS
3.6 0.356 0.019 P11
4.5 0.335 0.020 P11
5.8 0.347 0.017 P11
8.0 0.339 0.017 P11
23.9 0.238 0.022 P11
70 0.29 0.03 TW
100 0.111 0.016 TW
160  < 0.24 – TW
CrA-4107, 19:02:54.64 –36:46:19.2, AV = 0f 0.66 7e-4 1e-4 LM05
0.80 3.9e-3 1e-4 LM05
1.22 0.0166 4e-4 2MASS
1.63 0.0195 5e-4 2MASS
2.19 0.0174 4e-4 2MASS
3.6 0.0143 1e-4 SA08
5.8 0.0112 4e-4 SA08
23.9 0.0114 4e-4 SA08
100  < .018 – TW
IRAS 18598, 19:02:58.56 –37:07:35.6, AV = 5f 1.63 5e-4 1e-4 2MASS
2.19 1e-3 1e-4 2MASS
3.6 9.8e-3 4e-5 CSA11
4.5 0.0224 4e-4 CSA11
5.8 0.022 1e-3 CSA11
8.0 0.0138 4e-4 CSA11
23.9 2.474 1e-3 CSA11
18 0.884 0.026 AKARI
70 32.2 3.2 AKARI
870 3.39 0.33 SA11
1200 0.67 0.34 Ch03
100 52 5 TW
160 42 3 TW
450 9 3 N05
850 1.5 0.2 N05
1300 0.103 0.008 P11
VV CrA, 19:03:06.80 –37:12:49.1, AV = 15f,B11 1.22 0.179 5e-3 2MASS, SIMBAD
1.63 0.729 0.030 2MASS, SIMBAD
2.19 2.028 0.040 2MASS, SIMBAD
3.6 4.753 0.017 CSA11
4.5 6.160 0.022 CSA11
5.8 15.21 0.05 CSA11
9 24.1 0.2 AKARI
18 39.7 4.3 AKARI
12 31.9 3 IRAS 
25 69.1 7 IRAS 
60 131.0 13 IRAS 
100 95 10 IRAS 
70 55 6 TW
100 80 12 TW
160 66 13 TW
450 12 4 N05
850 2.0 0.2 N05
870 1.66 0.06 SA11
1200 0.58 0.06 Ch03
CrA-45, 19:03:16.09 –37:14:08.2, AV = 10f 1.22 0.0271 7e-4 2MASS
1.63 0.0775 2e-3 2MASS
2.19 0.1160 3e-3 2MASS
3.6 0.223 0.012 P11
4.5 0.224 0.012 P11
5.8 0.256 0.013 P11
8.0 0.278 0.014 P11
23.9 0.676 0.063 P11
70 1.18 0.12 TW
100 0.92 0.13 TW
160 0.81 0.16 TW

Notes. For each object, name and position (and extinction, where relevant) are listed, followed by the available observations and their references. The references are this work (TW); Wilking et al. (1997; W97); Bibo et al. (1992; B92); López-Martí et al. (2005; LM05); Cutri et al. (2003; 2MASS); Forbrich & Preibisch (2007; FP07); Acke & Van den Ancker (2004); Groppi et al. (2007; G07); Sicilia-Aguilar et al. (2008; SA08); Sicilia-Aguilar et al. (2011a; SA11); Currie & Sicilia-Aguilar (2011; CSA11); Peterson et al. (2011; P11); Kataza et al. (2010; AKARI); Chini et al. (2003; Ch03); Nutter et al. (2005; N05); IRAS database (IRAS); Bast et al. (2011; B11). The extinction of the sources comes either from the literature, or from our SED fitting (labeled with f). Potentially saturated photometry is marked by s. Fluxes with large uncertainties caused by nearby objects or cloud structures that make it difficult to delimit individual objects (IRS 7w/e, IRS 5a/b) are marked with u.

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