Table 4: Confirmed Diffuse Interstellar Bands measured towards BD+63 $^{\circ }$ 1964, HD 183143 and BD+40 $^{\circ }$ 4220. The firstCol. ( $\lambda$ ) gives the central absolute wavelength (in air) after correcting for the cloud velocity shift. EW denotes the diffuse band equivalent width measured in the spectra of the reddened targets (tellurically corrected where necessary, as indicated in Fig. 6 through to Fig. 39). Errors for these values are denoted Err_EW. FWHM denotes the full width at half maximum of the DIBs. Errors for these values are denoted Err_FWHM. The final Col. ( Ref.) cites the source of the first identification of the DIB in other targets. New DIBs are denoted by "New''. Due to BD+63 $^{\circ }$ 1964's E_(B-V) of 1.01 normalisation to unit reddening is not necessary. DIBs which could not be measured due to stellar line contamination are marked with an asterisk (*). A horizontal line denotes the absence of a DIB in the spectrum. Reference codes are: Hg22 - Heger (1922), Me34 - Merrill (1934), BB37 - Beals & Blanchet (1937), Wi58 - Wilson (1958), He66 - Herbig (1966), He67 - Herbig (1967), He75 - Herbig (1975), Sa78 - Sanner et al. (1978), HS81 - Hayden-Schmitt et al. (1991), F83 - Ferlet et al. (1983), FD84 - Ferlet & Dennefeld (1984), Ho84 - Hobbs (1984), Ch85 - Chlewicki (1985), Chl87 - Chlewicki (1987), He88 - Herbig (1988), HL91 - Herbig & Leka (1991), JD93 - Jenniskens & Désert (1993), JD94 - Jenniskens & Désert (1994), K95 - Krelowski et al. (1995), J96 - Jenniskens et al. (1996)
$\lambda$ EW Err_EW EW Err_EW EW Err_EW FWHM Err_FWHM Ref.

(Å) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (Å) (Å)

BD+63 $^{\circ }$ 1964 HD 183143 BD+40 $^{\circ }$ 4220

4175.46 314 81 450 95 --- --- 17.2 5.22 JD94

4427.96 2760 120 2470 100 2236 250 17.5 1.24 BB37

4501.65 214 10 160 22 127 60 3.55 0.16 He66

4593.93 891 45 545 150 780 110 27.6 2.21 JD94

4666.65 125 7 54 10 --- --- 6.61 0.38 JD94

4726.35 117 7 107 6 204 43 1.70 0.08 He75

4728.35 50 4 41 5 74 23 1.54 0.12 He75

4762.57 143 5 140 5 76 7 2.89 0.16 He75

4764.66 546 55 450 109 1020 250 29.0 3.56 He75

4780.10 55 4 53 3 59 5 1.74 0.22 He75

4825.94 347 27 377 65 --- --- 20.4 2.17 JD94

4882.56 466 20 950 60 1900 350 14.9 0.76 Wi58

4951.05 8 2 6 2 5 2 0.67 0.11 New

4963.03 218 12 239 110 540 200 21.3 2.70 JD94

4963.89 31 3 24 2 54 4 0.71 0.08 JD94

4984.78 19 2 8 3 14 3 0.67 0.16 JD94

5038.59 344 33 421 105 541 150 26.9 2.50 JD94

5061.56 9 2 10 2 10 5 0.64 0.15 New

5110.81 30 6 45 10 35 16 2.45 0.51 JD94

5170.69 18 3 * * 10 50 0.87 0.18 New

5176.00 9 2 11 2 13 4 0.76 0.20 New

5236.34 49 3 51 23 34 7 1.95 0.10 New

5247.91 6 3 6 2 22 8 0.39 0.20 New

5349.16 10 3 8 2 15 3 1.16 0.47 New

5359.58 41 9 52 11 55 10 3.92 0.77 He67

5363.78 76 7 124 10 130 20 2.54 0.24 JD94

5370.36 29 4 11 3 15 5 3.25 0.61 New

5404.52 33 2 41 2 30 4 1.06 0.08 He75

5418.39 109 9 89 12 --- --- 8.85 0.39 He75

5419.05 20 2 12 3 25 5 1.07 0.11 New

5449.76 290 12 345 34 242 40 9.53 0.50 He75

5450.95 696 22 444 150 619 100 31.2 1.46 JD94

5487.54 82 8 67 4 111 20 2.51 0.32 He75

5487.90 166 12 117 15 190 50 6.67 0.54 JD94

**Table 4:** Confirmed Diffuse Interstellar Bands measured towards BD+63 $^{\circ }$ 1964, HD 183143 and BD+40 $^{\circ }$ 4220. The firstCol. ( $\lambda$ ) gives the central absolute wavelength (in air) after correcting for the cloud velocity shift. EW denotes the diffuse band equivalent width measured in the spectra of the reddened targets (tellurically corrected where necessary, as indicated in Fig. 6 through to Fig. 39). Errors for these values are denoted *Err*_EW. *FWHM* denotes the full width at half maximum of the DIBs. Errors for these values are denoted *Err*_FWHM. The final Col. ( *Ref.*) cites the source of the first identification of the DIB in other targets. New DIBs are denoted by "New''. Due to BD+63 $^{\circ }$ 1964's E_(B-V) of 1.01 normalisation to unit reddening is not necessary. DIBs which could not be measured due to stellar line contamination are marked with an asterisk (*). A horizontal line denotes the absence of a DIB in the spectrum. Reference codes are: Hg22 - Heger (1922), Me34 - Merrill (1934), BB37 - Beals & Blanchet (1937), Wi58 - Wilson (1958), He66 - Herbig (1966), He67 - Herbig (1967), He75 - Herbig (1975), Sa78 - Sanner et al. (1978), HS81 - Hayden-Schmitt et al. (1991), F83 - Ferlet et al. (1983), FD84 - Ferlet & Dennefeld (1984), Ho84 - Hobbs (1984), Ch85 - Chlewicki (1985), Chl87 - Chlewicki (1987), He88 - Herbig (1988), HL91 - Herbig & Leka (1991), JD93 - Jenniskens & Désert (1993), JD94 - Jenniskens & Désert (1994), K95 - Krelowski et al. (1995), J96 - Jenniskens et al. (1996)
$\lambda$	EW	Err_EW	EW	Err_EW	EW	Err_EW	FWHM	Err_FWHM	Ref.
(Å)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(Å)	(Å)
	BD+63 $^{\circ }$ 1964	HD 183143	BD+40 $^{\circ }$ 4220
4175.46	314	81	450	95	---	---	17.2	5.22	JD94
4427.96	2760	120	2470	100	2236	250	17.5	1.24	BB37
4501.65	214	10	160	22	127	60	3.55	0.16	He66
4593.93	891	45	545	150	780	110	27.6	2.21	JD94
4666.65	125	7	54	10	---	---	6.61	0.38	JD94
4726.35	117	7	107	6	204	43	1.70	0.08	He75
4728.35	50	4	41	5	74	23	1.54	0.12	He75
4762.57	143	5	140	5	76	7	2.89	0.16	He75
4764.66	546	55	450	109	1020	250	29.0	3.56	He75
4780.10	55	4	53	3	59	5	1.74	0.22	He75
4825.94	347	27	377	65	---	---	20.4	2.17	JD94
4882.56	466	20	950	60	1900	350	14.9	0.76	Wi58
4951.05	8	2	6	2	5	2	0.67	0.11	New
4963.03	218	12	239	110	540	200	21.3	2.70	JD94
4963.89	31	3	24	2	54	4	0.71	0.08	JD94
4984.78	19	2	8	3	14	3	0.67	0.16	JD94
5038.59	344	33	421	105	541	150	26.9	2.50	JD94
5061.56	9	2	10	2	10	5	0.64	0.15	New
5110.81	30	6	45	10	35	16	2.45	0.51	JD94
5170.69	18	3	*	*	10	50	0.87	0.18	New
5176.00	9	2	11	2	13	4	0.76	0.20	New
5236.34	49	3	51	23	34	7	1.95	0.10	New
5247.91	6	3	6	2	22	8	0.39	0.20	New
5349.16	10	3	8	2	15	3	1.16	0.47	New
5359.58	41	9	52	11	55	10	3.92	0.77	He67
5363.78	76	7	124	10	130	20	2.54	0.24	JD94
5370.36	29	4	11	3	15	5	3.25	0.61	New
5404.52	33	2	41	2	30	4	1.06	0.08	He75
5418.39	109	9	89	12	---	---	8.85	0.39	He75
5419.05	20	2	12	3	25	5	1.07	0.11	New
5449.76	290	12	345	34	242	40	9.53	0.50	He75
5450.95	696	22	444	150	619	100	31.2	1.46	JD94
5487.54	82	8	67	4	111	20	2.51	0.32	He75
5487.90	166	12	117	15	190	50	6.67	0.54	JD94

Table 4: continued
$\lambda$ EW Err_EW EW Err_EW EW Err_EW FWHM Err_FWHM Ref.

(Å) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (Å) (Å)

BD+63 $^{\circ }$ 1964 HD 183143 BD+40 $^{\circ }$ 4220

5490.52 8 2 7 2 7 3 0.75 0.19 New

5494.10 51 3 30 2 27 3 0.86 0.07 He75

5497.00 22 5 17 4 17 5 2.17 0.90 New

5503.16 5 2 8 2 < 14 7 0.42 0.15 New

5506.06 7 2 * * 11 3 0.58 0.24 New

5508.03 103 6 121 16 108 11 2.77 0.36 He75

5512.66 19 2 8 2 15 3 0.69 0.07 New

5515.97 8 3 7 2 8 3 1.06 0.35 New

5524.47 11 2 < 8 4 13 4 0.91 0.24 JD94

5535.26 28 4 40 4 42 5 1.35 0.13 JD94

5537.51 95 18 85 11 100 20 5.42 0.29 He75

5541.78 13 3 5 2 11 2 0.68 0.21 JD94

5545.02 38 4 30 2 27 3 0.85 0.09 He75

5546.52 11 3 < 8 4 7 2 0.68 0.17 New

5556.27 9 3 12 2 7 3 0.90 0.31 New

5563.06 7 3 < 8 4 8 3 0.85 0.30 New

5569.08 6 2 7 2 9 3 0.35 0.16 New

5594.54 16 3 10 2 16 3 0.86 0.15 New

5597.38 16 4 5 2 8 4 2.59 1.01 New

5600.49 9 2 9 2 7 3 1.17 0.39 New

5609.96 33 6 23 3 50 7 2.14 0.57 JD94

5645.43 11 2 * * 16 3 0.71 0.15 New

5705.10 166 10 163 10 214 24 2.75 0.12 He67

5709.40 49 9 29 3 43 5 1.71 0.27 JD94

5719.68 31 4 25 3 24 3 1.04 0.20 JD94

5746.21 52 4 48 5 35 4 2.84 0.20 JD94

5760.64 5 3 < 8 4 6 2 0.61 0.13 K95

5762.80 16 3 8 2 < 12 6 0.95 0.11 JD93

5766.17 41 3 21 3 29 4 1.08 0.07 Ch87

5769.32 15 2 12 3 18 3 1.26 0.28 JD93

5772.67 32 3 24 3 44 5 1.45 0.14 JD93

5776.13 420 31 640 39 501 32 15.2 2.20 Hg22

5776.21 28 4 19 4 29 4 2.00 0.30 JD93

5780.55 699 4 770 8 713 11 2.22 0.01 Hg22

5784.86 9 2 11 2 15 5 0.92 0.36 JD93

5789.04 15 3 20 2 52 6 1.16 0.15 JD93

5793.13 11 2 5 2 9 3 0.95 0.19 K95

5796.07 155 16 138 18 236 30 6.65 0.70 He67

5797.08 258 15 187 10 179 7 0.96 0.05 Hg22

5809.53 59 7 26 3 * * 1.83 0.25 JD94

5810.21 25 7 10 2 * * 1.74 0.30 JD93

5815.80 4 2 < 8 4 8 3 0.65 0.27 JD93

5818.47 8 3 22 2 13 3 0.81 0.32 JD93

5828.56 15 2 12 2 22 3 0.87 0.16 JD93

5837.92 6 2 18 2 6 3 0.52 0.28 J96

5840.62 9 3 < 8 4 < 8 4 0.64 0.23 J96

5842.38 6 2 < 4 4 < 4 4 0.45 0.20 J96

5843.30 5 3 < 8 4 < 8 4 0.36 0.10 J96

5843.69 4 3 < 8 4 < 8 4 0.31 0.15 J96

5844.28 87 11 132 12 111 14 4.61 0.59 He67

5844.95 10 3 12 2 < 8 4 0.65 0.21 JD94

5849.81 119 2 62 4 84 4 1.07 0.01 He67

**Table 4:** continued
$\lambda$	EW	Err_EW	EW	Err_EW	EW	Err_EW	FWHM	Err_FWHM	Ref.
(Å)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(Å)	(Å)
	BD+63 $^{\circ }$ 1964	HD 183143	BD+40 $^{\circ }$ 4220
5490.52	8	2	7	2	7	3	0.75	0.19	New
5494.10	51	3	30	2	27	3	0.86	0.07	He75
5497.00	22	5	17	4	17	5	2.17	0.90	New
5503.16	5	2	8	2	< 14	7	0.42	0.15	New
5506.06	7	2	*	*	11	3	0.58	0.24	New
5508.03	103	6	121	16	108	11	2.77	0.36	He75
5512.66	19	2	8	2	15	3	0.69	0.07	New
5515.97	8	3	7	2	8	3	1.06	0.35	New
5524.47	11	2	< 8	4	13	4	0.91	0.24	JD94
5535.26	28	4	40	4	42	5	1.35	0.13	JD94
5537.51	95	18	85	11	100	20	5.42	0.29	He75
5541.78	13	3	5	2	11	2	0.68	0.21	JD94
5545.02	38	4	30	2	27	3	0.85	0.09	He75
5546.52	11	3	< 8	4	7	2	0.68	0.17	New
5556.27	9	3	12	2	7	3	0.90	0.31	New
5563.06	7	3	< 8	4	8	3	0.85	0.30	New
5569.08	6	2	7	2	9	3	0.35	0.16	New
5594.54	16	3	10	2	16	3	0.86	0.15	New
5597.38	16	4	5	2	8	4	2.59	1.01	New
5600.49	9	2	9	2	7	3	1.17	0.39	New
5609.96	33	6	23	3	50	7	2.14	0.57	JD94
5645.43	11	2	*	*	16	3	0.71	0.15	New
5705.10	166	10	163	10	214	24	2.75	0.12	He67
5709.40	49	9	29	3	43	5	1.71	0.27	JD94
5719.68	31	4	25	3	24	3	1.04	0.20	JD94
5746.21	52	4	48	5	35	4	2.84	0.20	JD94
5760.64	5	3	< 8	4	6	2	0.61	0.13	K95
5762.80	16	3	8	2	< 12	6	0.95	0.11	JD93
5766.17	41	3	21	3	29	4	1.08	0.07	Ch87
5769.32	15	2	12	3	18	3	1.26	0.28	JD93
5772.67	32	3	24	3	44	5	1.45	0.14	JD93
5776.13	420	31	640	39	501	32	15.2	2.20	Hg22
5776.21	28	4	19	4	29	4	2.00	0.30	JD93
5780.55	699	4	770	8	713	11	2.22	0.01	Hg22
5784.86	9	2	11	2	15	5	0.92	0.36	JD93
5789.04	15	3	20	2	52	6	1.16	0.15	JD93
5793.13	11	2	5	2	9	3	0.95	0.19	K95
5796.07	155	16	138	18	236	30	6.65	0.70	He67
5797.08	258	15	187	10	179	7	0.96	0.05	Hg22
5809.53	59	7	26	3	*	*	1.83	0.25	JD94
5810.21	25	7	10	2	*	*	1.74	0.30	JD93
5815.80	4	2	< 8	4	8	3	0.65	0.27	JD93
5818.47	8	3	22	2	13	3	0.81	0.32	JD93
5828.56	15	2	12	2	22	3	0.87	0.16	JD93
5837.92	6	2	18	2	6	3	0.52	0.28	J96
5840.62	9	3	< 8	4	< 8	4	0.64	0.23	J96
5842.38	6	2	< 4	4	< 4	4	0.45	0.20	J96
5843.30	5	3	< 8	4	< 8	4	0.36	0.10	J96
5843.69	4	3	< 8	4	< 8	4	0.31	0.15	J96
5844.28	87	11	132	12	111	14	4.61	0.59	He67
5844.95	10	3	12	2	< 8	4	0.65	0.21	JD94
5849.81	119	2	62	4	84	4	1.07	0.01	He67

Table 4: continued
$\lambda$ EW Err_EW EW Err_EW EW Err_EW FWHM Err_FWHM Ref.

(Å) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (Å) (Å)

BD+63 $^{\circ }$ 1964 HD 183143 BD+40 $^{\circ }$ 4220

5854.85 17 5 19 3 15 4 2.13 0.67 JD94

5900.58 12 3 12 2 16 3 0.75 0.16 K95

5910.54 23 3 < 14 7 23 4 0.89 0.09 K95

5923.51 34 3 23 3 33 3 0.89 0.16 K95

5925.81 20 3 19 2 17 3 0.90 0.13 K95

5945.53 10 2 10 2 15 5 0.72 0.24 K95

5947.29 35 3 16 2 19 3 0.95 0.09 K95

5948.87 10 3 6 2 < 8 4 0.71 0.20 K95

5958.89 32 3 52 7 30 4 1.28 0.08 New

5973.78 10 2 8 2 16 4 0.74 0.13 New

5975.66 9 2 < 8 4 5 2 0.49 0.08 K95

5982.77 17 3 16 2 7 3 1.23 0.18 He75

5986.60 13 3 6 2 < 8 4 1.30 0.29 K95

5988.04 12 3 12 2 5 2 0.91 0.13 K95

5989.51 7 2 6 2 5 2 0.95 0.24 K95

5995.73 9 4 7 2 7 3 0.84 0.31 K95

6004.80 36 3 30 3 15 3 2.92 0.38 HL91

6010.48 88 4 105 7 129 7 2.90 0.15 He75

6019.45 9 2 17 2 24 3 0.58 0.11 JD94

6027.09 37 4 35 4 45 4 2.28 0.25 JD94

6037.47 39 3 33 4 78 8 2.26 0.19 JD94

6042.84 296 32 262 23 367 40 14.3 3.33 He75

6059.88 15 5 9 2 20 4 1.20 0.50 JD94

6061.52 8 4 7 2 < 8 4 0.86 0.34 New

6065.19 15 3 15 2 15 3 0.90 0.17 JD94

6068.45 8 3 6 2 10 3 1.34 0.25 New

6071.08 16 5 16 3 52 20 2.29 0.98 JD94

6084.94 9 2 10 3 10 2 1.13 0.36 New

6089.79 43 2 24 3 23 3 0.68 0.03 HL91

6108.14 10 2 11 2 10 3 0.60 0.15 JD94

6113.20 44 3 43 3 25 3 1.02 0.04 He75

6116.74 13 2 14 2 15 2 0.86 0.08 JD94

6118.66 5 2 5 2 8 3 0.43 0.10 New

6139.94 18 2 23 3 22 3 0.64 0.03 JD94

6145.41 9 9 < 8 4 < 12 6 0.96 0.25 New

6147.02 5 2 * * 15 4 0.90 0.32 New

6151.15 15 2 * * 10 3 1.44 0.20 New

6161.83 11 2 8 2 11 2 0.91 0.13 New

6165.72 15 3 10 2 7 2 1.56 0.23 New

6170.71 15 3 17 3 9 3 1.31 0.17 New

6173.65 907 22 1059 120 1075 81 23.1 1.24 Wi58

6177.72 14 3 8 2 10 3 1.91 0.48 New

6185.89 15 3 9 2 11 3 0.93 0.15 New

6187.19 19 3 10 2 10 3 1.24 0.22 New

6189.31 14 3 7 2 15 3 1.27 0.20 JD94

6194.57 5 2 6 2 6 3 0.31 0.08 HS81

6194.98 5 2 5 2 7 2 0.28 0.04 JD94

6195.99 79 3 86 5 66 3 0.68 0.03 He67

6198.82 6 3 11 3 < 18 9 0.68 0.23 JD94

6203.06 139 13 125 18 124 22 1.30 0.03 He67

6204.22 135 9 123 9 143 20 4.92 0.51 He67

6207.52 132 17 160 17 150 30 9.34 1.47 JD94

6211.74 22 2 9 2 14 3 1.27 0.17 K95

**Table 4:** continued
$\lambda$	EW	Err_EW	EW	Err_EW	EW	Err_EW	FWHM	Err_FWHM	Ref.
(Å)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(Å)	(Å)
	BD+63 $^{\circ }$ 1964	HD 183143	BD+40 $^{\circ }$ 4220
5854.85	17	5	19	3	15	4	2.13	0.67	JD94
5900.58	12	3	12	2	16	3	0.75	0.16	K95
5910.54	23	3	< 14	7	23	4	0.89	0.09	K95
5923.51	34	3	23	3	33	3	0.89	0.16	K95
5925.81	20	3	19	2	17	3	0.90	0.13	K95
5945.53	10	2	10	2	15	5	0.72	0.24	K95
5947.29	35	3	16	2	19	3	0.95	0.09	K95
5948.87	10	3	6	2	< 8	4	0.71	0.20	K95
5958.89	32	3	52	7	30	4	1.28	0.08	New
5973.78	10	2	8	2	16	4	0.74	0.13	New
5975.66	9	2	< 8	4	5	2	0.49	0.08	K95
5982.77	17	3	16	2	7	3	1.23	0.18	He75
5986.60	13	3	6	2	< 8	4	1.30	0.29	K95
5988.04	12	3	12	2	5	2	0.91	0.13	K95
5989.51	7	2	6	2	5	2	0.95	0.24	K95
5995.73	9	4	7	2	7	3	0.84	0.31	K95
6004.80	36	3	30	3	15	3	2.92	0.38	HL91
6010.48	88	4	105	7	129	7	2.90	0.15	He75
6019.45	9	2	17	2	24	3	0.58	0.11	JD94
6027.09	37	4	35	4	45	4	2.28	0.25	JD94
6037.47	39	3	33	4	78	8	2.26	0.19	JD94
6042.84	296	32	262	23	367	40	14.3	3.33	He75
6059.88	15	5	9	2	20	4	1.20	0.50	JD94
6061.52	8	4	7	2	< 8	4	0.86	0.34	New
6065.19	15	3	15	2	15	3	0.90	0.17	JD94
6068.45	8	3	6	2	10	3	1.34	0.25	New
6071.08	16	5	16	3	52	20	2.29	0.98	JD94
6084.94	9	2	10	3	10	2	1.13	0.36	New
6089.79	43	2	24	3	23	3	0.68	0.03	HL91
6108.14	10	2	11	2	10	3	0.60	0.15	JD94
6113.20	44	3	43	3	25	3	1.02	0.04	He75
6116.74	13	2	14	2	15	2	0.86	0.08	JD94
6118.66	5	2	5	2	8	3	0.43	0.10	New
6139.94	18	2	23	3	22	3	0.64	0.03	JD94
6145.41	9	9	< 8	4	< 12	6	0.96	0.25	New
6147.02	5	2	*	*	15	4	0.90	0.32	New
6151.15	15	2	*	*	10	3	1.44	0.20	New
6161.83	11	2	8	2	11	2	0.91	0.13	New
6165.72	15	3	10	2	7	2	1.56	0.23	New
6170.71	15	3	17	3	9	3	1.31	0.17	New
6173.65	907	22	1059	120	1075	81	23.1	1.24	Wi58
6177.72	14	3	8	2	10	3	1.91	0.48	New
6185.89	15	3	9	2	11	3	0.93	0.15	New
6187.19	19	3	10	2	10	3	1.24	0.22	New
6189.31	14	3	7	2	15	3	1.27	0.20	JD94
6194.57	5	2	6	2	6	3	0.31	0.08	HS81
6194.98	5	2	5	2	7	2	0.28	0.04	JD94
6195.99	79	3	86	5	66	3	0.68	0.03	He67
6198.82	6	3	11	3	< 18	9	0.68	0.23	JD94
6203.06	139	13	125	18	124	22	1.30	0.03	He67
6204.22	135	9	123	9	143	20	4.92	0.51	He67
6207.52	132	17	160	17	150	30	9.34	1.47	JD94
6211.74	22	2	9	2	14	3	1.27	0.17	K95

Table 4: continued
$\lambda$ EW Err_EW EW Err_EW EW Err_EW FWHM Err_FWHM Ref.

(Å) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (Å) (Å)

BD+63 $^{\circ }$ 1964 HD 183143 BD+40 $^{\circ }$ 4220

6212.95 4 2 5 2 10 3 0.52 0.19 Ch85

6215.80 20 3 13 2 22 4 1.84 0.44 JD94

6220.86 11 3 7 3 11 4 0.84 0.27 K95

6223.53 6 2 10 2 5 2 0.59 0.18 JD94

6226.02 11 2 6 2 11 3 0.82 0.12 K95

6234.01 28 4 18 3 12 2 0.80 0.15 He75

6236.71 10 4 9 2 9 3 1.07 0.42 JD93

6244.42 13 4 22 3 6 2 0.92 0.12 New

6245.36 28 3 22 4 20 7 2.22 0.71 K95

6250.77 16 3 8 3 10 3 1.40 0.32 New

6269.82 84 5 115 10 100 9 1.22 0.10 He67

6270.45 86 11 130 11 128 17 4.34 0.91 He75

6278.17 10 5 32 5 28 5 1.16 0.57 JD93

6280.48 15 5 10 2 17 4 1.03 0.37 JD93

6283.30 899 45 1240 102 1172 120 10.1 0.12 JD93

6284.09 540 11 689 19 712 20 2.71 0.06 Me34

6287.57 13 4 12 2 7 2 0.52 0.24 JD93

6289.70 21 6 20 3 18 5 1.58 1.00 JD93

6302.29 31 3 20 3 30 4 3.19 0.39 New

6308.92 47 3 78 10 90 20 2.08 0.09 HL91

6311.53 268 32 390 48 230 120 23.0 2.64 He75

6317.75 75 11 60 7 139 22 2.97 0.19 JD93

6324.81 22 6 22 2 17 3 1.20 0.26 JD93

6330.14 16 2 18 3 28 10 0.98 0.15 JD93

6353.18 46 3 38 3 30 3 2.09 0.12 He75

6358.54 20 3 15 2 18 3 1.88 0.22 New

6360.21 834 55 920 200 830 125 30.0 2.50 HL91

6362.23 31 4 32 2 29 6 1.66 0.21 HL91

6367.28 18 2 18 2 12 3 0.67 0.09 Ho84

6371.92 6 3 * * 11 2 0.74 0.29 K95

6376.02 27 4 44 4 38 4 0.64 0.09 He75

6376.57 52 7 20 4 54 6 1.80 0.29 JD94

6379.22 176 3 107 3 85 4 0.81 0.01 He75

6396.95 39 3 55 4 37 5 1.35 0.12 HL91

6400.37 18 2 12 2 6 3 1.10 0.11 K95

6410.08 6 2 < 8 4 7 3 0.45 0.14 New

6414.15 5 3 22 2 6 3 0.90 0.25 HL91

6414.76 89 9 130 22 174 25 8.20 1.05 HL91

6417.27 5 2 8 2 < 14 7 0.61 0.19 New

6418.54 5 2 < 8 4 5 2 0.71 0.18 New

6425.61 26 3 21 2 32 3 0.93 0.10 He67

6439.42 35 3 39 3 22 3 1.25 0.10 HL91

6445.25 39 4 42 3 34 3 0.83 0.11 HL91

6449.30 32 3 21 2 14 3 1.16 0.11 HL91

6456.08 47 3 49 7 62 7 1.29 0.08 New

6460.31 13 3 10 2 < 14 7 0.73 0.34 JD94

6463.63 30 2 23 3 35 5 1.06 0.07 New

6466.95 15 2 12 2 7 3 0.79 0.06 New

6480.48 8 2 < 8 4 28 11 0.54 0.08 New

6489.29 12 3 6 2 < 8 4 0.64 0.08 New

6492.17 11 2 20 2 17 3 0.78 0.15 JD94

6492.92 155 21 135 24 180 30 9.67 1.17 JD94

6497.79 6 3 4 2 11 2 0.73 0.33 JD94

6520.95 35 3 41 3 54 7 1.35 0.10 JD94

**Table 4:** continued
$\lambda$	EW	Err_EW	EW	Err_EW	EW	Err_EW	FWHM	Err_FWHM	Ref.
(Å)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(mÅ)	(Å)	(Å)
	BD+63 $^{\circ }$ 1964	HD 183143	BD+40 $^{\circ }$ 4220
6212.95	4	2	5	2	10	3	0.52	0.19	Ch85
6215.80	20	3	13	2	22	4	1.84	0.44	JD94
6220.86	11	3	7	3	11	4	0.84	0.27	K95
6223.53	6	2	10	2	5	2	0.59	0.18	JD94
6226.02	11	2	6	2	11	3	0.82	0.12	K95
6234.01	28	4	18	3	12	2	0.80	0.15	He75
6236.71	10	4	9	2	9	3	1.07	0.42	JD93
6244.42	13	4	22	3	6	2	0.92	0.12	New
6245.36	28	3	22	4	20	7	2.22	0.71	K95
6250.77	16	3	8	3	10	3	1.40	0.32	New
6269.82	84	5	115	10	100	9	1.22	0.10	He67
6270.45	86	11	130	11	128	17	4.34	0.91	He75
6278.17	10	5	32	5	28	5	1.16	0.57	JD93
6280.48	15	5	10	2	17	4	1.03	0.37	JD93
6283.30	899	45	1240	102	1172	120	10.1	0.12	JD93
6284.09	540	11	689	19	712	20	2.71	0.06	Me34
6287.57	13	4	12	2	7	2	0.52	0.24	JD93
6289.70	21	6	20	3	18	5	1.58	1.00	JD93
6302.29	31	3	20	3	30	4	3.19	0.39	New
6308.92	47	3	78	10	90	20	2.08	0.09	HL91
6311.53	268	32	390	48	230	120	23.0	2.64	He75
6317.75	75	11	60	7	139	22	2.97	0.19	JD93
6324.81	22	6	22	2	17	3	1.20	0.26	JD93
6330.14	16	2	18	3	28	10	0.98	0.15	JD93
6353.18	46	3	38	3	30	3	2.09	0.12	He75
6358.54	20	3	15	2	18	3	1.88	0.22	New
6360.21	834	55	920	200	830	125	30.0	2.50	HL91
6362.23	31	4	32	2	29	6	1.66	0.21	HL91
6367.28	18	2	18	2	12	3	0.67	0.09	Ho84
6371.92	6	3	*	*	11	2	0.74	0.29	K95
6376.02	27	4	44	4	38	4	0.64	0.09	He75
6376.57	52	7	20	4	54	6	1.80	0.29	JD94
6379.22	176	3	107	3	85	4	0.81	0.01	He75
6396.95	39	3	55	4	37	5	1.35	0.12	HL91
6400.37	18	2	12	2	6	3	1.10	0.11	K95
6410.08	6	2	< 8	4	7	3	0.45	0.14	New
6414.15	5	3	22	2	6	3	0.90	0.25	HL91
6414.76	89	9	130	22	174	25	8.20	1.05	HL91
6417.27	5	2	8	2	< 14	7	0.61	0.19	New
6418.54	5	2	< 8	4	5	2	0.71	0.18	New
6425.61	26	3	21	2	32	3	0.93	0.10	He67
6439.42	35	3	39	3	22	3	1.25	0.10	HL91
6445.25	39	4	42	3	34	3	0.83	0.11	HL91
6449.30	32	3	21	2	14	3	1.16	0.11	HL91
6456.08	47	3	49	7	62	7	1.29	0.08	New
6460.31	13	3	10	2	< 14	7	0.73	0.34	JD94
6463.63	30	2	23	3	35	5	1.06	0.07	New
6466.95	15	2	12	2	7	3	0.79	0.06	New
6480.48	8	2	< 8	4	28	11	0.54	0.08	New
6489.29	12	3	6	2	< 8	4	0.64	0.08	New
6492.17	11	2	20	2	17	3	0.78	0.15	JD94
6492.92	155	21	135	24	180	30	9.67	1.17	JD94
6497.79	6	3	4	2	11	2	0.73	0.33	JD94
6520.95	35	3	41	3	54	7	1.35	0.10	JD94

Table 4: continued
$\lambda$ EW Err_EW EW Err_EW EW Err_EW FWHM Err_FWHM Ref.

(Å) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (mÅ) (Å) (Å)

BD+63 $^{\circ }$ 1964 HD 183143 BD+40 $^{\circ }$ 4220

6536.86 6 3 8 2 22 4 0.69 0.30 JD94

6553.76 23 2 17 3 17 3 0.79 0.05 New

6591.03 101 17 97 4 --- --- 4.19 0.46 JD94

6597.47 13 3 20 3 15 3 0.79 0.21 He75

6613.63 314 4 320 4 300 5 1.14 0.01 Me34

6622.59 20 4 18 3 14 3 2.07 0.64 K95

6632.86 13 3 22 3 20 3 0.95 0.29 JD94

6635.50 7 2 7 2 10 2 0.63 0.20 K95

6644.33 15 3 29 3 25 5 1.43 0.26 New

6645.95 8 2 11 2 9 3 0.58 0.20 K95

6660.62 57 3 75 4 51 3 0.82 0.02 JD94

6662.25 5 2 8 2 35 4 0.43 0.12 New

6681.07 27 4 * * * * 2.01 0.18 K95

6684.83 8 3 5 2 * * 1.09 0.19 New

6686.46 5 2 < 8 4 * * 0.63 0.13 New

6689.38 10 3 17 2 22 2 0.61 0.17 K95

6694.40 11 2 8 2 10 2 1.19 0.33 JD94

6699.28 41 3 48 2 27 3 0.99 0.07 Sa78

6701.87 15 3 20 2 7 2 0.83 0.13 Fe83

6707.73 13 3 < 8 4 6 2 1.38 0.41 New

6709.65 16 4 13 2 * * 1.76 0.44 FD84

6719.58 20 3 * * 11 3 3.05 0.20 New

6729.20 17 2 13 2 14 4 0.81 0.09 New

6733.35 16 2 26 3 < 8 4 1.28 0.17 New

6765.39 11 3 12 2 7 2 0.86 0.19 New

6770.23 9 2 18 2 10 2 0.58 0.12 He75

6789.64 15 3 9 2 10 2 2.54 0.38 He88

6792.54 11 3 19 3 9 2 0.66 0.14 He88

6795.18 11 4 15 2 5 2 0.92 0.33 He88

6801.39 7 3 15 2 12 3 0.95 0.34 He88

6804.82 13 3 7 2 13 3 1.86 0.27 He88

6811.30 14 3 18 3 21 4 0.95 0.23 He88

6812.39 12 3 20 3 12 3 1.03 0.33 He88

9 Table 4