Table B1. Open in new tab Catalogue of...

C.No.	Source name	RA (2000)	Dec. (2000)	Sig $_{450}$	$S_{450}^{peak}$	$S_{450}^{peak} / S_{bg}$
1	190054.1−365518	19:00:54.17	–36:55:18.8	5	1.17e−01	1.34e−01	0.47
2	190108.7−365720	19:01:08.78	–36:57:20.4:18	2.92e+00	2.91e−01	14.67
3	190121.6−365422	19:01:21.60	–36:54:22.2	–999	2.73e−01	1.24e−01	1.17
$S_{450}^{tot}$	a $_{450}$	b $_{450}$	PA $_{450}$	Sig $_{850}$	$S_{850}^{peak}$	$S_{850}^{peak} / S_{bg}$
(Jy)	(⁠ $arcsec$ ⁠)	(⁠ $arcsec$ ⁠)	(⁠ $^{\circ}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)	(17)
2.78e+00	3.17e+00	84	32	163	16	8.08e−02	1.35e−02	12.91
2.83e+00	2.82e−01	9	9	41	103	5.62e−01	1.17e−02	18.58
5.08e+00	2.31e+00	49	45	84	9	2.24e−02	1.15e−02	3.32
$S_{850}^{tot}$	a $_{850}$	b $_{850}$	PA $_{850}$	csar	CuTEx	Core type
(Jy)	(⁠ $^{''}$ ⁠)	(⁠ $^{''}$ ⁠)	(⁠ $^{\circ}$ ⁠)
(18)	(19)	(20)	(21)	(22)	(23)	(24)	(25)
1.12e+00	1.88e−01	53	41	53	0	0	2
5.13e−01	1.07e−02	14	14	72	2	2	3
8.16e−02	4.19e−02	44	22	67	0	0	1
SIMBAD	WISE	Spitzer	Comments
(26)	(27)	(28)	(29)
[SHK2011b] 8			no SCUBA-2 temperature/mass
V S CrA	J190108.61−365720.6	S CrA	spatially unresolved at 850 micron
			no SCUBA-2 temperature/mass

C.No.

Source name

RA (2000)

Dec. (2000)

Sig

_{450}

S_{450}^{peak}

S_{450}^{peak} / S_{bg}

(h m s)

(⁠

^{\circ}

^{'}

^{''}

⁠)

(Jy beam

^{- 1}

⁠)

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

190054.1−365518

19:00:54.17

–36:55:18.8

1.17e−01

1.34e−01

0.47

190108.7−365720

19:01:08.78

–36:57:20.4:18

2.92e+00

2.91e−01

14.67

190121.6−365422

19:01:21.60

–36:54:22.2

–999

2.73e−01

1.24e−01

1.17

S_{450}^{tot}

_{450}

_{450}

_{450}

Sig

_{850}

S_{850}^{peak}

S_{850}^{peak} / S_{bg}

(Jy)

(⁠

arcsec

⁠)

(⁠

arcsec

⁠)

(⁠

^{\circ}

⁠)

(Jy beam

^{- 1}

⁠)

(9)

(10)

(11)

(12)

(13)

(14)

(15)

(16)

(17)

2.78e+00

3.17e+00

163

8.08e−02

1.35e−02

12.91

2.83e+00

2.82e−01

103

5.62e−01

1.17e−02

18.58

5.08e+00

2.31e+00

2.24e−02

1.15e−02

3.32

S_{850}^{tot}

_{850}

_{850}

_{850}

csar

CuTEx

Core type

(Jy)

(⁠

^{''}

⁠)

(⁠

^{''}

⁠)

(⁠

^{\circ}

⁠)

(18)

(19)

(20)

(21)

(22)

(23)

(24)

(25)

1.12e+00

1.88e−01

5.13e−01

1.07e−02

8.16e−02

4.19e−02

SIMBAD

WISE

Spitzer

Comments

(26)

(27)

(28)

(29)

[SHK2011b] 8

no SCUBA-2 temperature/mass

V S CrA

J190108.61−365720.6

S CrA

spatially unresolved at 850 micron

no SCUBA-2 temperature/mass

C.No.	Source name	RA (2000)	Dec. (2000)	Sig $_{450}$	$S_{450}^{peak}$	$S_{450}^{peak} / S_{bg}$
1	190054.1−365518	19:00:54.17	–36:55:18.8	5	1.17e−01	1.34e−01	0.47
2	190108.7−365720	19:01:08.78	–36:57:20.4:18	2.92e+00	2.91e−01	14.67
3	190121.6−365422	19:01:21.60	–36:54:22.2	–999	2.73e−01	1.24e−01	1.17
$S_{450}^{tot}$	a $_{450}$	b $_{450}$	PA $_{450}$	Sig $_{850}$	$S_{850}^{peak}$	$S_{850}^{peak} / S_{bg}$
(Jy)	(⁠ $arcsec$ ⁠)	(⁠ $arcsec$ ⁠)	(⁠ $^{\circ}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)	(17)
2.78e+00	3.17e+00	84	32	163	16	8.08e−02	1.35e−02	12.91
2.83e+00	2.82e−01	9	9	41	103	5.62e−01	1.17e−02	18.58
5.08e+00	2.31e+00	49	45	84	9	2.24e−02	1.15e−02	3.32
$S_{850}^{tot}$	a $_{850}$	b $_{850}$	PA $_{850}$	csar	CuTEx	Core type
(Jy)	(⁠ $^{''}$ ⁠)	(⁠ $^{''}$ ⁠)	(⁠ $^{\circ}$ ⁠)
(18)	(19)	(20)	(21)	(22)	(23)	(24)	(25)
1.12e+00	1.88e−01	53	41	53	0	0	2
5.13e−01	1.07e−02	14	14	72	2	2	3
8.16e−02	4.19e−02	44	22	67	0	0	1
SIMBAD	WISE	Spitzer	Comments
(26)	(27)	(28)	(29)
[SHK2011b] 8			no SCUBA-2 temperature/mass
V S CrA	J190108.61−365720.6	S CrA	spatially unresolved at 850 micron
			no SCUBA-2 temperature/mass

Table B1.

Open in new tab

Catalogue of dense cores identified in the JCMT GBLS maps of the Corona Australis molecular cloud (template, full catalogue only provided electronically).

C.No.	Source name	RA (2000)	Dec. (2000)	Sig $_{450}$	$S_{450}^{peak}$		$S_{450}^{peak} / S_{bg}$
		(h m s)	(⁠ $^{\circ}$ $^{'}$ $^{''}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
1	190054.1−365518	19:00:54.17	–36:55:18.8	5	1.17e−01	1.34e−01	0.47
2	190108.7−365720	19:01:08.78	–36:57:20.4:18	2.92e+00	2.91e−01	14.67
3	190121.6−365422	19:01:21.60	–36:54:22.2	–999	2.73e−01	1.24e−01	1.17
$S_{450}^{tot}$		a $_{450}$	b $_{450}$	PA $_{450}$	Sig $_{850}$	$S_{850}^{peak}$		$S_{850}^{peak} / S_{bg}$
(Jy)		(⁠ $arcsec$ ⁠)	(⁠ $arcsec$ ⁠)	(⁠ $^{\circ}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)	(17)
2.78e+00	3.17e+00	84	32	163	16	8.08e−02	1.35e−02	12.91
2.83e+00	2.82e−01	9	9	41	103	5.62e−01	1.17e−02	18.58
5.08e+00	2.31e+00	49	45	84	9	2.24e−02	1.15e−02	3.32
$S_{850}^{tot}$		a $_{850}$	b $_{850}$	PA $_{850}$	csar	CuTEx	Core type
(Jy)		(⁠ $^{''}$ ⁠)	(⁠ $^{''}$ ⁠)	(⁠ $^{\circ}$ ⁠)
(18)	(19)	(20)	(21)	(22)	(23)	(24)	(25)
1.12e+00	1.88e−01	53	41	53	0	0	2
5.13e−01	1.07e−02	14	14	72	2	2	3
8.16e−02	4.19e−02	44	22	67	0	0	1
SIMBAD	WISE	Spitzer	Comments
(26)	(27)	(28)	(29)
[SHK2011b] 8			no SCUBA-2 temperature/mass
V S CrA	J190108.61−365720.6	S CrA	spatially unresolved at 850 micron
			no SCUBA-2 temperature/mass

C.No.	Source name	RA (2000)	Dec. (2000)	Sig $_{450}$	$S_{450}^{peak}$		$S_{450}^{peak} / S_{bg}$
		(h m s)	(⁠ $^{\circ}$ $^{'}$ $^{''}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
1	190054.1−365518	19:00:54.17	–36:55:18.8	5	1.17e−01	1.34e−01	0.47
2	190108.7−365720	19:01:08.78	–36:57:20.4:18	2.92e+00	2.91e−01	14.67
3	190121.6−365422	19:01:21.60	–36:54:22.2	–999	2.73e−01	1.24e−01	1.17
$S_{450}^{tot}$		a $_{450}$	b $_{450}$	PA $_{450}$	Sig $_{850}$	$S_{850}^{peak}$		$S_{850}^{peak} / S_{bg}$
(Jy)		(⁠ $arcsec$ ⁠)	(⁠ $arcsec$ ⁠)	(⁠ $^{\circ}$ ⁠)		(Jy beam $^{- 1}$ ⁠)
(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)	(17)
2.78e+00	3.17e+00	84	32	163	16	8.08e−02	1.35e−02	12.91
2.83e+00	2.82e−01	9	9	41	103	5.62e−01	1.17e−02	18.58
5.08e+00	2.31e+00	49	45	84	9	2.24e−02	1.15e−02	3.32
$S_{850}^{tot}$		a $_{850}$	b $_{850}$	PA $_{850}$	csar	CuTEx	Core type
(Jy)		(⁠ $^{''}$ ⁠)	(⁠ $^{''}$ ⁠)	(⁠ $^{\circ}$ ⁠)
(18)	(19)	(20)	(21)	(22)	(23)	(24)	(25)
1.12e+00	1.88e−01	53	41	53	0	0	2
5.13e−01	1.07e−02	14	14	72	2	2	3
8.16e−02	4.19e−02	44	22	67	0	0	1
SIMBAD	WISE	Spitzer	Comments
(26)	(27)	(28)	(29)
[SHK2011b] 8			no SCUBA-2 temperature/mass
V S CrA	J190108.61−365720.6	S CrA	spatially unresolved at 850 micron
			no SCUBA-2 temperature/mass

Note. Catalog entries are as follows: (1) Core number; (2) Core name $=$ JCMTGLS_J prefix directly followed by a tag created from the J2000 sexagesimal coordinates; (3) and (4): Right ascension and declination of core center; (5) and (14): Detection significance from monochromatic single scales, in the 450 $μ$ m and 850 $μ$ m maps, respectively. (NB: the detection significance has the special value of −999 when the core is not visible in clean single scales.); (6) $\pm$ (7) and (15) $\pm$ (16): Peak flux density and its error in Jy beam $^{- 1}$ as estimated by getsources; (8) and (17): Contrast over the local background, defined as the ratio of the background-subtracted peak intensity to the local background intensity (⁠ $S_{λ}^{p e a k}$ / $S_{b g}$ ⁠); (9) $\pm$ (10) and (18) $\pm$ (19): Integrated flux density and its error in Jy as estimated by getsources; (11–12) and (20–21): Major & minor FWHM diameters of the core (in arcsec), respectively, as estimated by getsources. (NB: the special value of $- 1$ means that no size measurement was possible); (13) and (22): Position angle of the core major axis, measured east of north, in degrees; (23) ‘CSAR’ flag: 2 if the getsources core has a counterpart detected by the CSAR source-finding algorithm (Kirk et al. 2013) within 6 arcsec of its peak position, equal to 1 if source found independently by CSAR within 6 arcsec of getsources source, and 3 if the source is not already identified using the former criteria. However is located using the mask image produced by CSAR, 0 otherwise; (24) ‘CuTEx’ flag: 2 if the getsources core has a counterpart detected by the CuTEx source-finding algorithm (Molinari et al. 2011) within 6 arcsec of its peak position, 1 if no close CuTEx counterpart exists but the peak position of a CuTEx source lies within the FWHM contour of the getsources core in the 850 $μ$ m map, 0 otherwise; (25) Core type: 1 = unbound starless, 2 = prestellar, 3 = dense core with embedded protostar; (26) Closest counterpart found in SIMBAD, if any, up to 1 $^{'}$ from the Herschel peak position; (27) Closest WISE-identified YSO from the WISE all-sky YSO catalogue given by (Marton et al. 2015) within 6 $^{''}$ of the Herschel peak position, if any. When present, the WISE source name contained within the aforementioned catalogue is given; (28) Closest Spitzer-identified YSO from the Spitzer Gould Belt Survey (Peterson et al. 2011) within 6 arcsec of the SCUBA-2 850 $μ$ m peak position, if any. When present, the Spitzer source name contained within the aforementioned catalogue is given; (29) Comments may be no SCUBA-2 temperature/mass, spatially unresolved at 850 micron, reflection nebula?.

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