Table 6:

Masses and surface densities of the clumps identified in the FCRAO ¹³CO(1-0) emission.

Clump		(c)		(c)	(c)	(c)	(c)
	(1015 cm-2)	( )	(g cm-2)	(102 cm-3)	( )	(g cm-2)	(102 cm-3)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
co1	47.5	34.6	0.10	37.2	164.9	0.49	177.1
co2	37.9	52.4	0.08	21.5	128.9	0.20	52.9
co3	34.5	192.3	0.08	9.8	230.9	0.09	11.7
co4a	4.9	10.8	0.01	2.6	3.2	0.003	0.8
co5b	25.4	117.6	0.06	7.9	20.3	0.01	1.4
co6	27.3	63.8	0.06	11.9	381.0	0.35	71.4
co7	29.1	25.2	0.06	17.5	83.5	0.19	58.0
co8	21.3	16.9	0.05	16.0	89.9	0.25	85.2
co9	13.2	11.3	0.03	9.5	41.1	0.10	34.7
co10 b	22.0	94.9	0.04	5.9	342.7	0.15	21.4
co11 b	20.8	144.3	0.04	4.4	251.6	0.07	7.7
co12 b	21.5	12.4	0.04	15.9	96.0	0.32	123.4
co13	20.7	39.5	0.04	8.4	88.4	0.09	18.9
co14 b	33.6	38.0	0.06	15.9	71.6	0.11	30.0
co15	12.3	19.9	0.02	5.5	27.6	0.03	7.5
co16	11.6	47.7	0.02	2.9	22.4	0.01	1.4
co17b	19.7	32.6	0.04	7.7	59.5	0.06	14.0
co18	15.7	31.5	0.03	5.6	117.2	0.11	20.8
co19 a	5.3	4.7	0.01	3.2	7.6	0.02	5.1

Notes. Column (1): Clump; Cols. (2)-(4): column density, LTE mass and surface density for  K; Col. (5) Density from the LTE mass; Cols. (6)-(7): virial mass and surface density; Col. (8) Density from the virial mass. ^(a) The parameters are derived from a high velocity resolution resample (0.5 km s^-1); ^(b) the values are derived from the BU-FCRAO GRS data, because the clump is at the edge of our map; ^(c) all the clumps are assumed to be at the far kinematic distances, except clump co14 and clump co17.