[coabytb1] Tab. 1: Summenstatistische Werte für ausgewählte Cranialmaße n. Martin (1928) etc. in mm von Erwachsenen (juvenil-matur) bei Colobus abyssinicus (Oken, 1816)

Masculina									Feminina
Maß	n	x	s	z	D	VB	Inf	Sup	n	x	s	z	D	VB	Inf	Sup	Maß	GD
L1	18	82.206	3.331	83	83.0a	14	75.2	89.2	13	78.377	2.331	78.4	74.1a	8.3	74.1	82.4	L1	5
L1d	18	86.978	4.084	87.05	79.3a	14.7	79.3	94	13	81.769	2.704	82.4	82.4	8.6	76.9	85.5	L1d	1
L1Du	18	117.894	6.754	118.5	102.1a	24.3	102.1	126.4	13	107.562	5.325	107.1	107.1	19.8	98.8	118.6	L1Du	1
L5	18	70.956	3.887	71.6	71.8	13.4	64	77.4	13	65.723	2.27	65.9	61.6a	8.5	61.6	70.1	L5	1
B8ss	18	58.194	1.839	58.4	56.9a	6.9	54	60.9	13	56.631	1.525	57.4	57.4	5	53.2	58.2	B8ss	5
B9	18	38.86	4.28	39.1	33.0a	15	33	48	13	39.377	1.753	39.3	36.7a	5.2	36.7	41.9	B9	\
B10	18	19.5	7.624	17.5	15.1a	26.8	9.3	36.1	14	24.764	4.546	24.45	17.1a	15	17.1	32.1	B10	5
B11	18	66.767	3.915	66.95	67.8	16.1	60	76.1	13	61.908	2.867	60.9	60.9	10.5	59.1	69.6	B11	5
B14	18	24.933	1.736	24.85	26.5	6.9	21.9	28.8	14	24.064	1.45	23.6	23.6	4.7	22.3	27	B14	\
H17	18	50.211	2.02	50.2	49.9a	9.9	45.8	55.7	13	48.562	2.136	48.2	47.2	7.9	44	51.9	H17	\
H20	18	37.178	2.072	36.95	36.2	7.8	33.4	41.2	14	36.707	1.956	36.65	33.5a	7.4	33.5	40.9	H20	\
L40	18	89.872	5.524	90.6	76.4a	21	76.4	97.4	13	80.908	4.215	80.2	80.2	14.4	74.8	89.2	L40	1
L42	18	84.872	5.496	84.3	83.8	23.4	70.1	93.5	12	76.6	4.141	76.85	69.1a	14.7	69.1	83.8	L42	1
B43	18	65.344	3.085	65.05	64.8a	11.2	59.3	70.5	13	60.615	3.147	60.4	55.5a	10	55.5	65.5	B43	1
B44	18	57.172	2.82	57.5	51.9a	9.6	51.9	61.5	13	54.385	2.108	54.6	53.3	7	51.3	58.3	B44	5
B45	17	82.359	5.318	82.1	71.9a	19.4	71.9	91.3	12	75.042	3.362	74.95	70.3a	12.1	70.3	82.4	B45	5
B45(1)	18	70.011	4.361	70.55	72.5	15.7	62	77.7	13	65.831	3.473	66.1	63.8a	11.1	59.5	70.6	B45(1)	5
B46	18	57.228	4.688	56.25	56.2	17.2	50.5	67.7	13	53.108	2.558	53.6	48.9a	8	48.9	56.9	B46	5
H47	18	68.322	5.428	69.25	51.2a	22.2	51.2	73.4	13	62.346	3.822	61.5	59.4	12.5	56.6	69.1	H47	1
H48	18	38.572	2.583	38.4	33.5a	8.5	33.5	42	14	34.686	2.357	34.3	34.1	8.6	29.6	38.2	H48	1
L(48)	18	12.172	1.95	12.5	12.8	8.8	8	16.8	14	10.593	1.364	10.5	10.8	4.9	8.6	13.5	L(48)	\
B50	18	13.067	1.566	12.9	12.9	6.8	9.2	16	14	11.657	1.453	11.8	11.1a	4.8	9	13.8	B50	5
B51	18	24.378	2.156	23.9	23.3a	9.8	22.4	32.2	14	23.086	1.081	23.1	23.1a	3.8	21.5	25.3	B51	\
H52	18	23.028	1.702	23	21.6	5.7	20.2	25.9	14	22.021	1.718	21.4	21.4	6.4	19.3	25.7	H52	\
L53	18	33.28	1.67	33.5	32.0a	6	30	36	14	31.29	1.68	31	31	5	29	34	L53	1
B54	18	13.983	1.715	14.25	11.9a	6.1	10.4	16.5	14	12.2	1.231	12.25	11.5	5.2	9.1	14.3	B54	5
H(55a)	18	32.122	2.738	33.1	30.9a	9.7	27.2	36.9	14	28.557	2.167	28.3	23.6a	9.2	23.6	32.8	H(55a)	\
H(55b)	18	22.628	2.993	22.55	22.2a	10.3	17.9	28.2	13	20.785	2.02	20.5	19.6	7.6	17.2	24.8	H(55b)	5
B61	18	38.261	2.037	38.7	37.2a	8	34.1	42.1	14	36.221	1.561	36.25	36.0a	6.6	33.6	40.2	B61	\
L62	18	42.706	3.808	43.5	34.5a	14	34.5	48.5	14	39.35	2.391	39.05	35.5a	7.8	35.5	43.3	L62	5
B63	18	20.956	2.409	21.5	22.1a	10.1	13.3	23.4	14	19.993	0.826	20.05	19.9a	2.8	18.1	20.9	B63	\
H64	18	8.17	1.29	8.5	9	5	5	10	14	6.571	0.55	7	7	1.5	5.5	7	H64	1
B65	16	66.744	3.063	67.1	67.1	10.8	61.5	72.3	13	62.954	2.159	62.3	61.5	7.7	60.8	68.5	B65	5
B66	17	46.488	4.123	45.2	52.7	13.5	40.1	53.6	13	45.015	4.338	44.1	51.1	12.2	39.9	52.1	B66	\
L68	18	63.48	3.92	64.5	54.0a	15	54	69	13	57.054	4.22	56.6	49.9a	13.8	49.9	63.7	L68	1
H69	18	19.2	1.713	19.15	19.1	6.5	15.8	22.3	13	17.085	1.787	17.2	14.1a	6.5	14.1	20.6	H69	5
H70	18	46.833	3.573	47.1	47.1	12.7	41.1	53.8	13	44.462	2.257	44.2	41.0a	7.4	41	48.4	H70	\
B71	18	28.661	3.231	29.95	30	11.4	20.5	31.9	13	26.338	1.463	26.3	24.4a	4.4	24.4	28.8	B71	\
Ctp	18	1.1	0.817	1.2	0.4a	3.1	0	3.1	14	0.46	0.58	0.25	0	2	0	2	Ctp	5
Coc	18	3.894	1.37	4.4	3.1a	5.2	0	5.2	14	1.7	1.016	1.65	0.5a	3.9	0	3.9	Coc	1