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Table D.1

DEB targets observed between December 2015 and March 2018 (P 96 through P 100).

Name(a) RA(J2000) Dec(J2000) Dist.(b) V log(L*)(c) Teff(c) Age(d) Rdisc(c) Ref.(e)
[hh:mm:ss] [dd:mm:ss] [pc] [mag] [L] [K] [Myr] [au]
HD 203 00:06:50.02 −23:06:26.7 39.9 6.2 0.63 6800 12 ± 2 47 ± 3 1
HD 377 00:08:25.69 06:37:00.5 38.5 7.6 0.07 5820 90 ± 65 136 ± 11(f) (86) 2, 50
HD 2262 00:26:12.20 −43:40:47.4 22.3 3.9 1.01 7750 200 ± 100 45 ± 5 4
HD 3003 00:32:43.79 −63:01:53.0 45.8 5.1 1.28 9260 30 ± 15 24 ± 2 1
HD 3670 00:38:56.70 −52:32:03.4 77.4 8.2 0.40 6390 30 ± 15 160 ± 8 4
HIP 6276 01:20:32.20 −11:28:02.5 35.3 8.4 −0.28 5320 70 ± 25 28 ± 4 5
HD 9672 01:34:37.78 −15:40:34.9 57.0 5.6 1.18 8750 40 ± 10 208 ± 19(f) (420) 6, 51
HD 10008 01:37:35.37 −06:45:36.7 24.0 7.7 −0.33 5280 3000 ± 2400 56 ± 6 7
HD 10472 01:40:24.07 −60:59:56.6 71.0 7.6 0.56 6710 30 ± 15 180 ± 13(f) 1
HD 12039 01:57:48.91 −21:54:04.9 41.4 8.1 −0.05 5660 30 ± 15 20 ± 1 3
HD 13246 02:07:26.02 −59:40:45.8 45.5 7.5 0.24 6130 30 ± 15 12 ± 1 3
HD 15115 02:26:16.25 06:17:33.2 48.9 6.8 0.56 6720 12 ± 2 212 ± 13(f) (315-550) 8, 52
HD 16743 02:39:07.56 −52:56:05.3 57.8 6.8 0.71 6900 200 ± 100 233 ± 16(f) (370) 4, 53
HD 17925 02:52:31.89 −12:46:09.3 10.4 6.1 −0.40 5180 90 ± 10 20 ± 2 3
HD 19668 03:09:42.23 −09:34:45.6 38.7 8.5 −0.24 5420 100 ± 50 16 ± 2 9
HD 21997 03:31:53.65 −25:36:50.9 69.5 6.4 1.03 8380 30 ± 15 180 ± 18 (150) 4, 54
HD 22049 03:32:56.42 −09:27:29.9 3.20 3.7 −0.47 5073 1000 ± 500 32 ± 2 (67) 10, 11, 51
HD 25457 04:02:36.66 −00:16:05.9 18.8 5.4 0.31 6270 75 ± 25 56 ± 4 2
HD 27290 04:16:01.59 −51:29:11.9 20.4 4.2 0.82 7140 300 ± 250 218 ± 18 (190) 12, 55
HD 30422 04:46:25.75 −28:05:14.8 57.4 6.2 0.93 7700 13 ± 7 128 ± 9 (123) 4, 56
HD 30495 04:47:36.21 −16:56:05.5 13.2 5.5 −0.02 5850 45 ± 10 84 ± 5 13
HD 32297 05:02:27.44 07:27:39.7 132.3 8.1 0.92 7790 20 ± 10 107 ± 8(f) (110) 12, 57
HD 35850 05:27:04.75 −11:54:03.0 26.9 6.3 0.27 6040 12 ± 15 68 ± 4 3
HD 37484 05:37:39.63 −28:37:34.7 59.0 7.3 0.54 6680 30 ± 10 53 ± 3 14
SAO 150676 05:40:20.74 −19:40:10.8 73.0 9.0 0.06 5620 63 ± 10 3 ± 1 15
HD 38206 05:43:21.67 −18:33:26.9 71.3 5.7 1.49 10380 30 ± 15 194 ± 22(f) (170) 12, 56
HD 38678 05:46:57.34 −14:49:19.0 21.9 3.5 1.22 8790 12 ± 2 24 ± 2 (3) 4, 62
HD 43989 06:19:08.05 −03:26:20.0 51.9 8.0 0.19 5940 30 ± 15 8 ± 2 5
HD 46190 06:27:48.62 −62:8:59.7 84.3 6.6 1.13 8400 5 ± 5 13 ± 7 4
HD 48370 06:43:01.02 −02:53:19.3 36.0 7.9 −0.11 5580 30 ± 10 168 ± 7 (89) 16, 28
HD 53143 06:59:59.85 −61:20:12.6 18.4 6.8 −0.23 5410 300 ± 100 60 ± 4 (55-110) 12, 59
HD 59967 07:30:42.51 −37:20:21.7 21.8 6.6 −0.05 5790 353 ± 68 68 ± 8 17
HD 61005 07:35:47.50 −32:12:14.7 36.4 8.2 −0.20 5400 30 ± 15 67 ± 2 (60) 3, 60
HD 69830 08:18:23.78 −12:37:47.2 12.6 6.0 −0.22 5420 4000 ± 1000 2.6 ± 0.1 (2.4) 18, 61
HD 70573 08:22:49.90 01:51:33.6 59.2 8.7 0.00 5750 70 ± 15 ...(g) 3
HD 71043 08:22:55.16 −52:07:25.4 73.1 5.9 1.38 9260 30 ± 15 16 ± 2 4
HD 71155 08:25:39.63 −03:54:23.1 37.4 3.9 1.60 9890 170 ± 70 65 ± 14 (88) 19, 62
HD 72660 08:34:01.62 −02:09:05.6 98.8 5.8 1.67 9500 200 ± 100 ...(g) 4
HD 76151 08:54:17.95 −05:26:04.1 16.8 6.0 −0.01 5830 1047 ± 301 28 ± 2 20
HD 92536 10:39:22.83 −64:06:42.4 157.3 6.3 1.95 10800 46 ± 6.5 13 ± 3 21
HD 98058 11:16:39.70 −03:39:05.8 57.3 4.5 1.62 7500 700 ± 200 ...(g) 22
HD 102458 11:47:24.58 −49:53:02.9 113.0 9.1 0.43 5670 8 ± 5 18 ± 2 3
HD 103703 11:56:26.56 −58:49:16.8 107.1 8.5 0.57 6410 17 ± 10 13 ± 1 4
MML 8 12:12:35.77 −55:20:27.3 112.9 10.5 −0.04 4710 5 ± 3 16 ± 1 3
HD 107146 12:19:06.61 16:32:55.2 27.4 7.0 0.00 5830 160 ± 0 134 ± 4(f) (97-130) 15, 63
HD 107649 12:22:24.86 −51:01:34.4 108.0 8.8 0.45 6290 17 ± 10 24 ± 2 4
HD 109085 12:32:04.23 −16:11:45.6 18.0 4.3 0.69 6940 950 ± 350 230 ± 15(f) (145) 23, 51
HD 110411 12:41:53.06 10:14:08.3 38.1 4.9 1.18 8780 200 ± 100 112 ± 10 (111) 12, 64
HD 111520 12:50:19.72 −49:51:49.0 108.6 8.9 0.43 6140 17 ± 10 71 ± 4 (70) 4, 65
HD 111631 12:50:43.58 −00:46:01.8 10.6 8.5 −1.00 3993 680 ± 300 400 ± 40 19
MML 28 13:01:50.70 −53:04:58.1 117.5 11.1 −0.29 4620 8 ± 3 25 ± 2 3
HD 113556 13:05:32.61 −58:32:08.0 101.2 8.1 0.65 6840 17 ± 10 167 ± 16(f) 4
HD 114082 13:09:16.19 −60:18:30.1 95.4 8.2 0.58 6580 17 ± 10 48 ± 2 (27.7) 4, 66
HD 115820 13:20:26.81 −49:13:25.2 115.5 8.0 0.85 7470 17 ± 10 39 ± 3 4
HD 115892 13:20:35.82 −36:42:44.2 17.8 2.7 1.36 9160 45 ± 20 26 ± 3 4
MML 36 13:37:57.30 −41:34:42.0 99.5 10.1 0.00 4960 30 ± 10 16 ± 1 3
HD 125541 14:21:11.54 −41:42:24.9 159.8 8.9 0.76 7160 16 ± 0 29 ± 2 4
HD 126062 14:24:37.00 −47:10:39.9 132.0 7.4 1.23 9100 16 ± 0 325 ± 27(f) 4
HD 131511 14:53:23.77 19:09:10.1 11.4 6.0 −0.29 5090 1000 ± 300 120 ± 13 (74) 24, 67
HD 131835 14:56:54.47 −35:41:43.7 133.3 7.9 0.98 7690 16 ± 2 150 ± 12(f) (75-210) 25, 68
HD 134888 15:13:27.96 −33:08:50.2 112.0 8.7 0.50 6320 16 ± 8 88 ± 4 4
GJ 581 15:19:27.54 −07:43:19.3 6.30 10.6 −1.92 3238 1000 ± 500 16 ± 2 (25) 26, 69
HD 156623 17:20:50.62 −45:25:14.5 111.4 7.3 1.11 8610 16 ± 2 75 ± 10(f) (150) 25, 70
HD 172555 18:45:26.86 −64:52:15.2 28.3 4.8 0.89 7620 23 ± 3 21 ± 2 27
HD 177171 19:06:19.96 −52:20:27.3 58.8 5.2 1.40 6010 30 ± 15 ...(f) 4
HD 181296 19:22:51.18 −54:25:25.4 47.3 5.0 1.43 9440 23 ± 3 43 ± 4 (24) 27, 61
HD 181327 19:22:58.92 −54:32:16.3 48.1 7.0 0.46 6450 23 ± 3 82 ± 4 (86.3) 27, 71
HD 191089 20:09:05.22 −26:13:26.5 50.1 7.2 0.44 6460 12 ± 2 59 ± 3 (73) 1, 72
HD 193571 20:22:27.50 −42:02:58.4 68.3 5.6 1.44 9740 170 ± 70 119 ± 15 4
HD 196544 20:37:49.12 11:22:39.6 59.4 5.4 1.36 9130 225 ± 40 66 ± 7 9
HD 197481 20:45:09.34 −31:20:24.1 9.72 8.6 −1.02 3600 15 ± 10 44 ± 2 (70) 3, 51
HD 202628 21:18:27.27 −43:20:04.8 23.8 6.8 −0.01 5780 604 ± 445 160 ± 24 (162-254) 28, 73
HD 206860 21:44:31.19 14:46:20.0 18.1 6.0 0.06 5970 85 ± 65 40 ± 2 29
NLTT 54872 22:48:04.47 −24:22:07.5 7.67 12.6 −2.33 3011 440 ± 40 48 ± 8 30
HD 218340 23:08:12.24 −63:37:40.8 56.0 8.4 0.06 5810 45 ± 10 200 ± 16 4
HD 218511 23:09:41.44 −67:43:56.3 14.8 8.3 −0.80 4370 1260 ± 600 34 ± 2 19
HD 220825 23:26:55.96 01:15:20.2 48.9 4.9 1.34 9400 70 ± 25 28 ± 4 5
HD 223340 23:48:50.50 −28:07:15.7 44.2 9.3 −0.35 5250 220 ± 100 42 ± 2 19

Notes. (a) Where available, we use the HD number as main source ID. (b)All distances in this table are inferred from Gaia DR2 parallaxes (Gaia Collaboration 2016, 2018) with the method described by Bailer-Jones et al. (2018) and retrieved through VizieR (Ochsenbein et al. 2000). Uncertainties are typically <0.6% and exceed in no case 2.6%. (c) Stellar L*, Teff, and Rdisc are derived from SED fitting (see Sect. 3.2). Additional Rdisc values in brackets refer to directly observed and spatially resolved disc radii compiled from the literature (references 50 through 73). (d) Age notes. (e) References 1 through 30 refer to age, references 50 through 73 refer to observed disc radius. (f) SED fit indicates second hot inner dust belt. (g)Disc excess is notsignificant.

References. (1) Zuckerman & Song (2004); (2) Apai et al. (2008); (3) Weise et al. (2010); (4) Chen et al. (2014); (5) Zuckerman et al. (2011); (6) Zuckerman & Song (2012); (7) Casagrande et al. (2011); (8) Moór et al. (2011); (9) Desidera et al. (2015); (10) Mamajek & Hillenbrand (2008); (11) Bonfanti et al. (2015); (12) Rhee et al. (2007); (13) Maldonado et al. (2010); (14) Meshkat et al. (2015); (15) Carpenter et al. (2009); (16) Moór et al. (2016); (17) Plavchan et al. (2009); (18) Olofsson et al. (2012); (19) Vican (2012); (20) Lachaume et al. (1999); (21) Dobbie et al. (2010); (22) Eiroa et al. (2016); (23) Lafrenière et al. (2007); (24) Mamajek & Hillenbrand (2008); (25) Pecaut & Mamajek (2016); (26) Bryden et al. (2009); (27) Mamajek & Bell (2014); (28) Tucci Maia et al. (2016); (29) Montes et al. (2001); (30) Mamajek et al. (2013); (50) Choquet et al. (2016); (51) Holland et al. (2017); (52) Kalas et al. (2007); (53) Moór et al. (2015b); (54) Moór et al. (2013); (55) Broekhoven-Fiene et al. (2013); (56) Morales et al. (2016); (57) Boccaletti et al. (2012); (58) Moór et al. (2016); (59) Kalas et al. (2006); (60) Olofsson et al. (2016); (61) Smith et al. (2009); (62) Moerchen et al. (2010); (63) Corder et al. (2009); (64) Booth et al. (2013); (65) Draper et al. (2016); (66) Wahhaj et al. (2016); (67) Marshall et al. (2014); (68) Hung et al. (2015); (69) Lestrade et al. (2012); (70) Lieman-Sifry et al. (2016); (71) Schneider et al. (2006); (72) Churcher et al. (2011); (73) Krist et al. (2012).

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