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Data on vertebrate and fish trees

List of cladograms tested for their correspondence with stratigraphic data. Cladograms are listed alphabetically. For each group, data are listed in order, as follows:

Group name
Tree size (number of terminals)
SRL, Standard range length, the total time represented by known fossil ranges
MIG, Minimum implied gap or 'ghost range'
Gmin, the minimum possible ghost range when cladogram branches are rearranged
Gmax, the maximum possible ghost range when cladogram branches are rearranged
RCI, the Relative completeness index (Benton, 1994)
RCI and GER Sig., significance of the RCI and GER measures
No. consistent nodes, the number of stratigraphically consistent nodes
SCI, the Stratigraphic consistency index (Huelsenbeck, 1994)
SCI Sig., significance of the SCI measure
GER, the Gap excess ratio (Wills, 1999)
Range, the broad stratigraphic range of the cladogram
Reference, the source of the cladogram assessed

Group	No. terminals	SRL	MIG	Gmin	Gmax	RCI	RCI & GER Sig	Consistent nodes	SCI	SCI Sig.	GER	Range of O	Reference
Vertebrata(1)	16	721	186	67	783	74.202497	0.5	7	0.5	0.5	0.833799	Ord-Dev	Wilson & Caldwell (1998, fig. 9)
Agnatha(1)	8	1125	719	478	839	36.088889	84.25	2	0.333333	100	0.33241	Camb-Carb	Halstead (1982, fig. 5)
Agnatha(2)	4	135	149	97	149	-10.37037	100	1	0.5	82.75	0	Camb-Carb	Janvier (1981, fig. 11)
Agnatha(3)	6	1039	673	478	719	35.226179	73.25	2	0.5	88	0.19087	Camb-Carb	Janvier (1981, fig. 13a)
Agnatha(4)	6	1039	673	478	719	35.226179	71.25	2	0.5	88	0.19087	Camb-Carb	Janvier (1981, fig. 13b)
Agnatha(5)	6	115	42	21	84	63.478261	20	3	0.75	20	0.66667	Camb-Carb	Janvier (1984, fig. 4)
Agnatha(6)	8	1125	645	478	839	42.666667	20.5	4	0.666667	3.5	0.5374	Camb-Carb	Janvier (1984, fig. 8)
Agnatha(7)	7	1054	636	478	802	39.658444	24	3	0.6	10.5	0.51235	Camb-Carb	Maisey (1986, fig. 3)
Agnatha(8)	7	1054	673	478	802	36.148008	31.25	3	0.6	12	0.39815	Camb-Carb	Maisey (1986, fig. 3)
Agnatha(9)	11	1736	683	470	961	60.656682	5.25	4	0.444444	29.75	0.56619	Camb-Carb	Novitskaya and Talimaa (1989) in Janvier and Blieck (1993, fig. 6)
Agnatha(10)	7	1056	640	470	754	39.393939	29	1	0.2	100	0.40141	Camb-Carb	Moy-Thomas and Miles (1971) in Janvier and Blieck (1993, fig. 6)
Agnatha(11)	12	1195	794	470	995	33.556485	85	3	0.3	100	0.38286	Camb-Carb	Halstead (1982) in Janvier and Blieck (1993, fig. 6)
Agnatha(12)	10	1180	752	478	863	36.271186	46.25	2	0.25	100	0.28831	Camb-Carb	Gagnier (1989) in Janvier and Blieck (1993, fig. 6)
Agnatha(13)	10	1064	637	466	1239	40.131579	4	6	0.75	21.75	0.77878	Camb-Carb	Forey & Janvier (1993, fig. 4)
Agnatha: Galeaspida	8	162	36	21	48	77.777778	5	5	0.833333	11	0.44444	Sil-Dev	Janvier (1985, fig. 36)
Agnatha: Heterostraci	7	749	627	478	802	16.288385	21	4	0.8	4.5	0.54012	Sil-Dev	Janvier (1981, fig. 16)
Agnatha: Osteostraci	7	162	90	21	90	44.444444	100	0	0	100	0	Sil-Dev	Janvier (1985, fig. 37)
Osteostraci: Cephalaspidomorphi	6	209	466	466	818	-122.96651	1.5	4	1	1.5	1	Ord-Rec	Janvier & Lund (1983, fig. 5)
Osteostraci: Cephalaspidomorphi	5	175	119	119	216	32	9.5	3	1	9.5	1		Janvier & Lund (1983, fig. 5)
Osteostraci: Thyestidians(1)	5	105		6	6	94.28571	100	2	0.666667	100		Sil-Dev	Janvier (1985, fig. 40)
Osteostraci: Thyestidians(2)	11	214	147	21	189	31.308411	50.5	3	0.333333	50.5	0.25	Sil-Dev	Forey (1987b, fig. 8)
Osteostraci: Thyestidians(3)	11	214	147	21	189	31.308411	52.5	3	0.333333	52.5	0.25	Sil-Dev	Forey (1987b, fig. 9a)
Osteostraci: Thyestidians(4)	11	213	166	21	166	22.065728	100	2	0.222222	94.75	0	Sil-Dev	Forey (1987b, fig. 9b)
Osteostraci: Thyestidians(5)	9	179	109	21	109	39.106145	100	1	0.142857	100	0	Sil-Dev	Forey (1987b, fig. 10a)
Osteostraci: Thyestidians(6)	6	107	25	19	25	76.635514	100	3	0.75	58.75	0	Sil-Dev	Forey (1987b, fig. 10b)
Anaspida/ Petromyzontida	5	417	149	97	149	64.268585	100	2	0.666667	100	0	Sil-Carb	Arsenault & Janvier (1981, fig. 5)
Gnathostomata(1)	12	2979	732	376	1947	75.427996	0.25	5	0.5	1.25	0.77339	Sil-Dev	Nelson (1969, fig. 25)
Gnathostomata(2)	6	2152	158	52	182	92.657993	48.75	1	0.25	70	0.18461	Dev	Miles (1977, fig. 158a)
Gnathostomata(3)	6	2152	110	52	182	94.888476	16.75	2	0.5	24	0.55385	Dev	Miles (1977, fig. 158b)
Gnathostomata(4)	8	2393	343	253	799	85.666527	1.5	1	0.166667	100	0.83516	Dev	Wiley (1979, fig. 8)
Gnathostomata(5)	6	2139	363	216	417	83.029453	51.75	1	0.25	63	0.26866	Dev	Wiley (1979, fig. 8)
Gnathostomata(6)	6	2152	104	52	182	95.167286	14.25	2	0.5	21.25	0.6	Dev	Rosen et al. (1981, fig. 62)
Gnathostomata(7)	8	2205	125	52	263	94.331066	8	3	0.5	9	0.65403	Ord-Dev	Lauder & Liem (1983, fig. 1)
Gnathostomata(8)	10	2783	609	337	1327	78.11714	1.25	2	0.25	100	0.72525	Ord-Dev	Bemis (1984, fig. 2)
Gnathostomata(9)	10	2254	176	52	305	92.191659	14.5	3	0.375	29.5	0.50988	Ord-Dev	Gardiner (1984b, fig. 147)
Gnathostomata(10)	10	1982	716	466	926	63.874874	23.25	4	0.5	22.75	0.45652	Ord-Dev	Mallatt (1984, fig. 1)
Gnathostomata(11)	10	2335	152	52	318	93.490364	5	4	0.5	4.5	0.62406	Ord-Dev	Schultze (1987, fig. 9)
Gnathostomata(12)	8	2367	162	98	529	93.155894	0.5	4	0.666667	0.75	0.85151	Ord-Dev	McAllister (1987, fig. 80)
Gnathostomata(13)	6	2046	110	46	140	94.623656	70	2	0.5	58	0.31915	Ord-Dev	Schultze (1988, fig. 1)
Gnathostomata(14)	23	4654	1316	358	2841	71.723249	21	12	0.571429	0.5	0.614176	Sil-Jur	Schultze (1990, fig. 7)
Gnathostomata(15)	9	211	79	21	121	62.559242	22.5	2	0.285714	55.75	0.42	Dev	Forey et al. (1991, fig. 5)
Gnathostomata(16)	9	211	79	21	121	62.559242	21.75	2	0.285714	53.5	0.42	Dev	Forey et al. (1991, fig. 5, variant)
Gnathostomata(17)	8	2460	114	46	213	95.365854	38.5	2	0.4	39	0.59281	Dev	Schultze (1994, fig. 2b)
Gnathostomata(18)	8	2460	114	46	213	95.365854	39	2	0.4	39	0.59281	Dev	Schultze (1994, fig. 3c)
Placodermi(1)	8	211	55	31	67	73.933649	41.75	4	0.666667	68.5	0.33333	Dev	Miles and Young (1977, fig. 3)
Placodermi(2)	8	239	67	31	67	71.966527	100	3	0.5	99	0	Dev	Miles and Young (1977, fig. 5)
Placodermi(3)	6	116	42	18	42	63.793103	100	1	0.25	100	0	Dev	Young (1979, fig. 27a)
Placodermi(4)	5	168	24	12	24	85.714286	100	2	0.666667	100	0	Dev	Young (1979, fig. 27b)
Placodermi(5)	8	222	89	31	89	59.90991	100	1	0.166667	100	0	Dev	Young (1979, fig. 27c)
Placodermi(6)	10	244	97	31	97	60.245902	100	2	0.25	100	0	Dev	Gardiner (1984a, fig. 8)
Placodermi(7)	9	245	79	31	79	67.755102	100	2	0.285714	100	0	Dev	Goujet (1984, fig. 1)
Placodermi(8)	9	264	48	18	60	81.818182	60.75	6	0.857143	73	0.28571	Dev	Goujet (1984, fig 12)
Placodermi(9)	5	126	65	31	65	48.412698	100	1	0.333333	92.75	0	Dev	Long (1984, fig. 26a)
Placodermi(10)	5	126	41	31	65	67.460317	8.25	2	0.666667	29.75	0.70588	Dev	Long (1984, fig. 26f)
Placodermi(11)	5	126	43	31	65	65.873016	17.75	2	0.666667	31.25	0.64706	Dev	Long (1984, fig. 27)
Placodermi(12)	7	201	54	18	54	73.134328	100	2	0.4	100	0	Dev	Forey and Gardiner (1986, fig 4a)
Placodermi(13)	7	201	54	18	54	73.134328	100	2	0.4	100	0	Dev	Forey and Gardiner (1986, fig 4b)
Placodermi(14)	7	201	54	18	54	73.134328	100	1	0.2	100	0	Dev	Forey and Gardiner (1986, fig 4c)
Placodermi(15)	6	197	36	12	36	81.725888	100	1	0.25	100	0	Dev	Forey and Gardiner (1986, fig 4e)
Placodermi(16)	10	244	107	31	107	56.147541	100	3	0.375	85.75	0	Dev	Forey and Gardiner (1986, fig. 5)
Placodermi(17)	8	239	67	31	67	71.966527	100	3	0.5	97.75	0	Dev	Young (1986, fig. 18a)
Placodermi(18)	8	232	79	31	79	65.948276	100	1	0.166667	100	0	Dev	Young (1986, fig. 18b)
Placodermi(19)	8	239	67	31	67	71.966527	100	3	0.5	97.75	0	Dev	Young (1986, fig. 18c)
Placodermi(20)	11	316	70	31	165	77.848101	0.75	6	0.666667	3.5	0.70896	Dev	Carr (1995, fig. 4)
Placodermi: Arthrodira(1)	9	144	41	31	173	71.527778	0.25	6	0.857143	0.25	0.92958	Dev	Miles and Dennis (1979, fig. 15)
Placodermi: Arthrodira(2)	11	207	41	31	197	80.193237	1.75	8	0.888889	83.75	0.93976	Dev	Dennis and Miles (1980, fig. 22)
Placodermi: Arthrodira(3)	8	112	39	29	92	65.178571	0.25	3	0.5	30.5	0.84127	Dev	Carr (1991, fig. 19a)
Placodermi: Arthrodira(4)	10	122	47	29	127	61.47541	1.75	3	0.428571	83.75	0.81633	Dev	Carr (1991, fig. 19c)
Placodermi: Arthrodira(5)	16	313	59	31	340	81.15016	100	11	0.785714	100	0.90938	Dev	Gardiner and Miles (1994, fig. 19)
Placodermi: Arthrodira(6)	12	250	53	31	228	78.8	100	7	0.7	100	0.88832	Dev	Gardiner and Miles (1994, fig. 30)
Placodermi: Euarthrodira	7	168	28	22	76	83.333333	5	4	0.8	7.25	0.88889	Dev	Young (1979, fig. 18)
Placodermi: Antiarcha(1)	5	82	27	27	99	67.073171	5.75	3	1	5.75	1	Dev	Young (1984, fig. 2)
Placodermi: Antiarcha(2)	6	98	32	27	76	67.346939	7.5	3	0.75	78.5	0.897959	Dev	Zhu, M. & Janvier, P. (1996, fig. 12)
Acanthodii(1)	8	466	125	46	189	73.175966	30.25	4	0.666667	13.5	0.44755	Sil-Dev	Long (1986, fig. 8b)
Acanthodii(2)	8	376	143	52	262	61.968085	16.5	3	0.5	31.5	0.56667	Sil-Dev	Long (1986, fig. 9)
Chondrichthyes(1)	8	952	510	232	784	46.428571	8	1	0.166667	100	0.49638	Dev-Jur	Maisey (1984a, fig. 1)
Chondrichthyes(2)	4	821	65	37	65	92.082826	100	0	0	100	0	Dev-Carb	Maisey (1986, fig. 6)
Chondr.: Elasmobranchii(1)	7	1024	328	142	328	67.96875	100	0	0	100	0	Dev-Jur	Schaeffer and Williams (1977, fig. 2)
Chondr.: Elasmobranchii(2)	6	987	200	178	342	79.736575	13.75	1	0.25	100	0.86585	Dev-Jur	Schaeffer (1981, fig. 26b)
Chondr.: Elasmobranchii(3)	6	581	214	209	732	63.166954	8	3	0.75	3.5	0.99044	Dev-Jur	Maisey (1984b, fig. 2)
Chondr.: Elasmobranchii(4)	4	744	179	174	445	75.94086	25	1	0.5	48.75	0.98155	Dev-Jur	Maisey (1986, fig. 7)
Chondr.: Carcharinoidea	4	477	111	106	187	76.72956	15.5	1	0.5	49.75	0.93827	Dev-Jur	Maisey (1984b, fig. 3)
Chondr.: Petalodontiformes	4	225	27	27	54	88	21	2	1	21	1	Carb	Lund (1989, fig. 18)
Osteichthyes(1)	6	1248	168	168	292	86.538462	0.25	4	1	0.25	1	Dev-Carb	Lund & Lund (1985, fig. 77a)
Osteichthyes(2)	6	1266	172	168	302	86.413902	2.75	3	0.75	7.5	0.97015	Dev-Carb	Lund & Lund (1985, fig. 77b)
Osteichthyes: Actinopterygii(1)	12	1476	340	123	817	76.96477	0.5	6	0.6	19.5	0.68732	Tri-Cret	Patterson (1976, fig. 19)
Osteichthyes: Actinopterygii(2)	6	809	105	105	389	87.021014	0.25	4	1	0.25	1	Tri-Cret	Patterson and Rosen (1977, fig. 38)
Osteichthyes: Actinopterygii(3)	6	609	513	315	775	15.763547	19.5	2	0.5	19.5	0.56956	Dev-Carb	Patterson (1982, fig. 3B)
Osteichthyes: Actinopterygii(4)	18	1720	531	177	2288	69.127907	0.25	9	0.5625	1.5	0.83231	Tri-Cret	Rosen (1982, fig. 6)
Osteichthyes: Actinopterygii(5)	16	1392	963	333	2769	30.818966	1.75	8	0.571429	4.5	0.74138	Dev-Jur	Lauder and Liem (1983, fig. 6)
Osteichthyes: Actinopterygii(6)	16	1514	1151	315	1950	23.976222	1.75	4	0.285714	20.75	0.48869	Dev-Jur	Gardiner (1984b, fig. 146)
Osteichthyes: Actinopterygii(7)	16	1514	1151	315	1950	23.976222	3.5	4	0.285714	22.5	0.48869	Dev-Jur	Gardiner (1984b, fig. 146)
Osteichthyes: Actinopterygii(8)	11	1029	252	101	338	75.510204	19.25	4	0.444444	48.25	0.36287	Tri-Jur	Olsen (1984, fig. 19)
Osteichthyes: Actinopterygii(9)	5	882	303	181	303	65.646259	100	0	0	100	0	Carb-Jur	Maisey (1986, fig. 10)
Osteichthyes: Actinopterygii(10)	16	952	593	315	1801	37.710084	8.5	9	0.642857	0.5	0.81292	Carb-Jur	Gardiner and Schaeffer (1989, fig. 10)
Osteichthyes: Actinopterygii(11)	13	839	735	315	1961	12.395709	0.5	8	0.727273	0.25	0.74484	Carb-Jur	Gardiner and Schaeffer (1989, fig. 11)
Osteichthyes: Actinopterygii(12)	26	1466	929	315	2952	36.630286	0.25	14	0.583333	0.25	0.76716	Carb-Jur	Gardiner and Schaeffer (1989, fig. 12)
Osteichthyes: Actinopterygii(13)	11	803	271	183	1188	66.251557	0.75	1	0.111111	83.25	0.91244	Perm-Jur	Rieppel (1992, fig. 12)
Actinopterygii: Neopterygii(1)	5	729	213	112	249	70.781893	30.5	2	0.666667	16.75	0.26277	Tri-Jur	Wiley and Schultze (1984, fig. 2)
Actinopterygii: Neopterygii(2)	8	1221	311	219	1088	74.529075	0.5	4	0.666667	3	0.894131	Carb-Cret	Olsen & McCune (1991, fig. 16)
Actinopterygii: Neopterygii(3)	8	1221	311	219	1088	74.529075	1	4	0.666667	2	0.894131	Carb-Cret	Olsen & McCune (1991, fig. 17A)
Actinopterygii: Chondrostei	11	852	479	202	668	43.779343	17.75	3	0.333333	98.5	0.40558	Carb-Jur	Schaeffer (1973, fig. 14)
Actinopt.: Semionotiformes(1)	7	780	169	101	267	78.333333	9	5	1	1.25	0.59036	Carb-Jur	Olsen and McCune (1991, fig 17A)
Actinopt.: Semionotiformes(2)	7	780	181	101	267	76.794872	19	4	0.8	4.25	0.51807	Carb-Jur	Olsen and McCune (1991, fig. 17B)
Actinopterygii: Amiidae	9	236	189	74	211	19.915254	41	3	0.428571	97	0.160584	Jur-Cret	Chalifa & Tchernov (1982, fig. 14)
Actinopterygii: Teleostei(1)	4	590	25	25	38	95.762712	6.5	2	1	6.5	1	Jur-Cret	Patterson and Rosen (1977, fig. 22)
Actinopterygii: Teleostei(2)	13	1248	388	177	1324	68.910256	0.75	7	0.636364	0.75	0.81604	Jur-Cret	Patterson and Rosen (1977, fig. 54)
Actinopterygii: Teleostei(3)	28	2066	1166	145	1801	43.562439	0.25	15	0.535714	0.25	0.38345	Tri-Cret	Rosen (1982, fig. 5)
Teleostei: Acanthopterygii	11	695	155	33	218	77.697842	14	3	0.333333	46.75	0.34054	Cret-Eoc	Lauder and Liem (1983, fig. 50)
Teleostei: Atherinomorpha	4	211	47	47	121	77.725118	25.25	2	1	18.25	1	Cret-Eoc	Lauder and Liem (1983, fig. 47)
Teleostei: Beloniformes	5	168	67	40	82	60.119048	61.5	1	0.333333	100	0.35714	Eoc-Olig	Boughton et al. (1991, fig. 1)
Teleostei: Caproidae	4	263	125	47	125	52.471483	100	0	0	100	0	Eoc-Olig	Zehren (1987, fig. 1)
Teleostei: Clupeomorpha	4	373	111	111	211	70.241287	8.5	2	1	8.5	1	Cret-Eoc	Grande (1985, fig. 1a)
Teleostei: Cyprinodontiformes	4	121	94	50	119	22.31405	50.25	1	0.5	50.25	0.36232	Paleoc-Eoc	Parenti (1981, fig. 9)
Teleostei: Elopomorpha	7	454	124	62	198	72.687225	15	4	0.8	9	0.54412	Cret-Eoc	Lauder and Liem (1983, fig. 24)
Teleostei: Euteleostei(1)	7	629	214	82	295	65.977742	27.75	2	0.4	43	0.38028	Cret-Paleoc	Lauder and Liem (1983, fig. 28)
Teleostei: Euteleostei(2)	12	925	503	136	827	45.621622	24	4	0.4	63.75	0.46889	Cret-Paleoc	Schaeffer and Lauder (1986, fig. 1)
Teleostei: Osmeridae	8	16	248	60	408	-1450	52	2	0.333333	61	0.45977	Paleoc-Rec	Wilson & Williams (1991, fig. 12)
Teleostei: Ostariophysi(1)	5	320	221	136	410	30.9375	23.5	1	0.333333	59	0.68978	Cret-Paleoc	Fink and Fink (1981, fig. 1)
Teleostei: Ostariophysi(2)	5	427	261	136	303	38.875878	39.5	1	0.333333	64	0.2515	Cret-Paleoc	Lauder and Liem (1983, fig. 30)
Teleostei: Osteoglossidae(1)	11	102	193	97	510	-89.215686	15	7	0.777778	7	0.767554	Cret-Rec	Li & Wilson (1996, fig. 7)
Teleostei: Osteoglossidae(2)	18	188	440	97	982	-134.04255	3.5	10	0.625	5	0.612429	Cret-Rec	Li et al. (1997, fig. 9)
Teleostei: Paracanthopterygii	11	714	570	154	1269	20.168067	13	3	0.333333	8.5	0.626906	Cret-Rec	Grande (1988, fig. 7)
Teleostei: Pimelodidae	6	42	38	16	54	9.52381	37.5	2	0.5	90.5	0.421053	Mioc-Rec	Lundberg et al. (1988, fig. 4)
Teleostei: Pleuronectiformes	7	330	56	33	62	83.030303	29	3	0.6	19.5	0.2069	Paleoc-Eoc	Lauder and Liem (1983, fig. 63)
Teleostei: Salmoniformes(1)	5	277	115	73	138	58.483755	41.25	1	0.333333	60	0.35385	Paleoc-Eoc	Rosen (1974, fig. 38)
Teleostei: Salmoniformes(2)	5	277	73	73	138	73.646209	2.25	3	1	2.25	1	Paleoc-Eoc	Rosen (1974, fig. 39)
Teleostei: Tetraodontiformes	4	112	88	40	88	21.428571	100	0	0	100	0	Eoc-Olig	Lauder and Liem (1983, fig. 52)
Sarcopterygii(1)	4	1303	70	31	70	94.627782	100	0	0	100	0	Dev	Rosen et al. (1981, fig. 4C)
Sarcopterygii(2)	4	1303	70	31	70	94.627782	100	0	0	100	0	Dev	Rosen et al. (1981, fig. 4D)
Sarcopterygii(3)	7	1431	87	56	222	93.920335	15	2	0.4	39.5	0.81325	Dev	Long (1985, fig. 14a)
Sarcopterygii(4)	6	1328	40	19	50	96.987952	36	1	0.25	100	0.32258	Dev	Maisey (1986, fig. 14)
Sarcopterygii(5)	7	1651	112	46	187	93.216233	16	1	0.2	65	0.53192	Dev	Forey (1987a, fig. 2)
Sarcopterygii(6)	6	1357	73	29	73	94.620486	100	0	0	100	0	Dev	Ahlberg (1989, fig. 16a)
Sarcopterygii(7)	6	1357	73	29	73	94.620486	100	0	0	100	0	Dev	Ahlberg (1989, fig. 16b)
Sarcopterygii(8)	9	1787	85	46	239	95.243425	1.75	4	0.571429	23	0.79793	Dev	Gee (1990, fig. 1)
Sarcopterygii(9)	10	1414	176	98	247	87.553041	17	3	0.375	71	0.47651	Dev	Ahlberg (1991, fig. 14)
Sarcopterygii(10)	8	1406	88	31	149	93.74111	23.25	3	0.5	12	0.51695	Dev	Ahlberg (1991, fig. 15a)
Sarcopterygii(11)	7	1337	82	31	116	93.866866	39.75	2	0.4	55.5	0.4	Dev	Ahlberg (1991, fig. 15b)
Sarcopterygii(12)	9	1667	115	46	244	93.10138	15.75	3	0.428571	26	0.65151	Dev	Chang (1991, fig. 35)
Sarcopterygii(13)	9	1688	139	46	244	91.765403	16.75	3	0.428571	41.75	0.5303	Dev	Forey et al. (1991, fig. 5)
Sarcopterygii(14)	9	1688	139	46	244	91.765403	14.5	2	0.285714	56.5	0.5303	Dev	Forey et al. (1991, fig. 5, variant 1)
Sarcopterygii(15)	9	1688	112	46	244	93.364929	9.25	4	0.571429	33.5	0.66667	Dev	Forey et al. (1991, fig. 5, variant 2)
Sarcopterygii(16)	6	1248	168	168	292	86.538462	1.5	4	1	1.5	1	Dev-Carb	Lund & Lund (1985, fig. 77a)
Sarcopterygii(17)	6	1266	172	168	302	86.413902	1.5	3	0.75	4.75	0.97015	Dev-Carb	Lund & Lund (1985, fig. 77b)
Sarcopterygii: Dipnoi(1)	10	829	406	325	797	51.025332	0.25	5	0.625	3.75	0.82839	Dev-Carb	Miles (1977, fig. 157)
Sarcopterygii: Dipnoi(2)	7	468	167	152	177	64.316239	31.75	4	0.8	55.75	0.4	Dev-Carb	Bemis (1984, fig. 6)
Sarcopterygii: Dipnoi(3)	9	594	433	343	875	27.104377	31.75	4	0.571429	96.5	0.83083	Dev-Carb	Bemis (1984, fig. 8)
Sarcopterygii: Dipnoi(4)	7	375	192	164	278	48.8	1.25	4	0.8	2	0.75439	Dev-Carb	Maisey (1986, fig. 12)
Sarcopterygii: Dipnoi(5)	29	695	148	86	626	78.705036	31.75	23	0.851852	96.5	0.88518	Dev-Carb	Campbell and Barwick (1990, fig. 1)
Sarcopterygii: Dipnoi(6)	5	494	24	12	24	95.1417	100	2	0.666667	100	0	Dev	Chang & Smith (1992, fig. 11)
Sarcopterygii: Dipnoi(7)	8	568	34	22	58	94.014085	25.5	4	0.8	39	0.666667	Dev	Yu (1998, fig. 8)
Sarcopterygii: Rhipidistia	6	570	61	47	130	89.298246	3	3	0.75	5.5	0.83132	Dev	Vorobyeva and Schultze (1991, fig. 39)
Sarcopt.: Tristichopteridae	7	49	14	14	54	71.428571	0.5	5	1	0.5	1	Dev	Ahlberg & Johanson (1997, fig. 16)
Sarcopterygii: tetrapods(1)	7	149	113	113	187	24.161074	0.75	5	1	0.75	1	Dev	Lebedev & Coates (1995, fig. 19b)
Sarcopterygii: tetrapods(2)	7	406	32	32	82	92.118227	0.25	5	1	0.75	1	Dev	Ahlberg (1995, fig. 4)
Sarcopterygii: tetrapods(3)	11	905	37	37	275	95.911602	0.25	9	1	0.75	1	Dev-Carb	Ahlberg & Milner (1994, fig. 3)

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