[cobadtb1] Tab. 1: Summenstatistische Werte für ausgewählte Cranialmaße n. Martin (1928) etc. in mm von Erwachsenen (juvenil-matur) bei Colobus badius (Kerr, 1792)

Masculina									Feminina
Maß	n	x	s	z	D	VB	Inf	Sup	n	x	s	z	D	VB	Inf	Sup	Maß	GD
L1	6	78.85	3.09	77.9	75.4a	7.3	75.4	82.7	8	78.063	2.905	78.45	73.6a	8.6	73.6	82.2	L1	\
L1d	6	80.933	3.735	79.7	77.1a	9.7	77.1	86.8	8	80.3	2.739	80.45	76.2a	8.2	76.2	84.4	L1d	\
L1Du	6	102.6	5.666	100.6	96.5a	15.2	96.5	111.7	8	100.95	2.184	100.85	97.9a	6.9	97.9	104.8	L1Du	\
L5	6	61.783	2.555	62.25	58.8a	6	58.8	64.8	7	60.186	1.854	60.1	57.0a	6.2	57	63.2	L5	\
B8ss	6	55.767	3.79	54.35	52.5a	9.7	52.5	62.2	8	55.438	2.215	54.7	54.1	6.7	53.3	60	B8ss	\
B9	6	31.55	4.976	30.85	26.1a	13.9	26.1	40	8	35.363	2.638	35.05	32.1a	6.9	32.1	39	B9	\
B10	6	11.267	12.256	7.75	1.9a	31.9	1.9	33.8	8	19.263	7.717	16.8	11.6a	19.9	11.6	31.5	B10	\
B11	6	63.733	2.627	63.45	61.1a	7	61.1	68.1	8	62.213	3.478	61.5	60.7	11.4	56.8	68.2	B11	\
B14	6	23.867	2.411	23.7	20.8a	7.1	20.8	27.9	8	22.588	3.011	22.95	19.3	8.6	19.3	27.9	B14	\
H17	6	49.117	1.543	48.65	48.4a	4	47.1	51.1	7	47.829	2.625	47.4	44.5a	7.7	44.5	52.2	H17	\
H20	6	36.65	2.856	36.7	32.0a	8.5	32	40.5	8	36.25	2.272	36.25	32.3a	7.4	32.3	39.7	H20	\
L40	6	72.333	4.55	71.8	67.9a	10.7	67.9	78.6	7	70.371	2.045	70.1	67.9a	6	67.9	73.9	L40	\
L42	6	66.133	4.825	66.4	58.5a	13	58.5	71.5	7	65.1	2.564	64.9	61.3a	7.3	61.3	68.6	L42	\
B43	6	64.317	4.347	65.25	57.1a	11.5	57.1	68.6	8	60.15	3.034	60.1	60.1	9.9	55	64.9	B43	\
B44	6	55.867	3.906	56.5	50.2a	9.8	50.2	60	8	53.05	2.368	53.6	48.4a	7.7	48.4	56.1	B44	\
B45	6	77.95	4.878	79.5	68.5a	13.5	68.5	82	8	74.763	2.774	75.55	70.6a	7.5	70.6	78.1	B45	\
B45(1)	6	65.917	3.965	67.15	58.6a	10.7	58.6	69.3	8	64.375	1.911	64.2	64.1	5.5	61.5	67	B45(1)	\
B46	6	52.2	6.64	50.85	47.0a	18	47	65	8	52.138	5.16	51	47.1a	15.5	47.1	62.6	B46	\
H47	6	62.267	4.294	62.5	56.3a	12.1	56.3	68.4	8	60.325	2.354	60.7	57.7	6.2	57.7	63.9	H47	\
H48	6	34.7	3.017	34.2	31.0a	8.3	31	39.3	8	34.787	1.901	35.4	31.8a	5.2	31.8	37	H48	\
L(48)	6	9.317	0.736	9.3	8.3a	2.2	8.3	10.5	8	8.188	1.218	8.3	6.6a	3.3	6.6	9.9	L(48)	\
B50	6	10.367	1.772	9.95	8.9a	4.9	8.9	13.8	8	9.813	0.975	9.4	8.7a	2.7	8.7	11.4	B50	\
B51	6	24.15	1.994	24.8	25.3	5.5	20.7	26.2	8	23.338	0.988	23.7	21.2a	3.1	21.2	24.3	B51	\
H52	6	22.533	2.146	23.2	23.2	5.9	19.4	25.3	8	23.075	1.755	22.9	25.1	4.1	21	25.1	H52	\
L53	6	30	1.26	30.5	31	3	28	31	8	28.88	0.277	29	28.0a	2	28	30	L53	\
B54	6	10.3	1.625	10.2	8.3a	4.8	8.3	13.1	8	9.2	1.951	8.6	8.4	6.2	7.7	13.9	B54	\
H(55a)	6	28	2.254	28.15	24.5a	6.6	24.5	31.1	8	28.25	1.95	28	26.0a	5	26	31	H(55a)	\
H(55b)	6	20.25	4.116	18.65	17.4a	11	17.4	28.4	8	18.5	1.727	19.5	17.0a	4.5	17	21.5	H(55b)	\
B61	6	33.417	2.05	33.05	31.2a	5	31.2	36.2	8	33.625	1.333	33.7	32.0a	4.1	32	36.1	B61	\
L62	6	33.533	2.365	33.4	34.3	6.3	31.2	37.5	8	33.137	0.986	33.25	33.4	3.3	31.1	34.4	L62	\
B63	6	18.05	1.231	17.65	17.0a	3.4	17	20.4	8	18.175	0.618	18.2	17.4a	1.7	17.4	19.1	B63	\
H64	6	5.85	0.98	5.5	5	2	5	7	8	5	0.53	5	5	2	4	6	H64	\
B65	6	62.183	2.678	63.05	57.4a	7.4	57.4	64.8	8	64.213	3.278	64.1	59.0a	9.4	59	68.4	B65	\
B66	6	46.45	3.646	46.55	46.2	10.7	39.9	50.6	8	47.263	3.045	47.25	43.0a	8.2	43	51.2	B66	\
L68	6	51.95	8.436	49.7	46.9	23	44.9	67.9	8	47.938	2.935	48.55	43.0a	8.5	43	51.5	L68	\
H69	6	17.3	2.34	17.05	14.3a	5.9	14.3	20.2	8	17.375	1.439	17.3	18.7	4.1	15.1	19.2	H69	\
H70	6	38.3	2.774	38.55	33.8a	8.4	33.8	42.2	8	35.888	3.226	35.5	35.5	10.3	30.2	40.5	H70	\
B71	6	23.65	1.684	24.1	21.5a	3.9	21.5	25.4	8	23.075	1.21	22.9	22.7	4.1	21.2	25.3	B71	\
Ctp	6	1.25	1.597	0.8	0	3.3	0	3.3	8	0.006	0.177	0	0	0.5	0	0.5	Ctp	\
Coc	6	2.25	1.337	2.5	0.0a	3.7	0	3.7	8	0.125	0.231	0	0	0.5	0	0.5	Coc	5