Table 4.

Uncorrected p-distances (%), as calculated from Cyt b gene sequences. (1) Pareas guanyinshanensis sp. nov., (2) P. abros, (3) P. andersonii, (4) P. atayal, (5) P. baiseensis, (6) P. berdmorei, (7) P. boulengeri, (8) P. carinatus, (9) P. chinensis, (10) P. dulongjiangensis, (11) P. formosensis, (12) P. geminatus, (13) P. hamptoni sensu stricto, (14) P. iwasakii, (15) P. kaduri, (16) P. komaii, (17) P. kuznetsovorum, (18) P. macularius, (19) P. margaritophorus, (20) P. modestus, (21) P. monticola, (22) P. niger, (23) P. nigriceps, (24) P. nuchalis, (25) P. stanleyi, (26) P. temporalis, (27) P. tigerinus, (28) P. victorianus, (29) P. vindumi, (30) P. xuelinensis, and (31) P. yunnanensis.

	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)	(13)	(14)	(15)	(16)	(17)	(18)	(19)	(20)	(21)	(22)	(23)	(24)	(25)	(26)	(27)	(28)	(29)	(30)
(1)
(2)	23.5
(3)	21.5	23.5
(4)	13.6	22.8	20.3
(5)	19.2	23.7	20.6	20.6
(6)	23.1	21.0	23.8	23.5	22.5
(7)	17.2	23.2	19.7	18.4	14.2	23.6
(8)	23.1	21.8	22.9	23.2	22.4	13.9	22.6
(9)	18.0	23.8	19.2	18.8	14.6	24.9	9.0	22.8
(10)	12.8	24.0	19.6	13.9	19.6	24.2	18.0	23.7	17.8
(11)	8.0	23.9	21.6	15.0	19.2	24.3	17.1	23.9	17.8	13.4
(12)	7.5	22.9	22.2	14.1	19.0	22.9	17.4	23.2	19.0	12.8	9.5
(13)	4.2	23.5	21.7	14.0	18.9	23.3	17.2	23.5	18.3	12.6	8.0	7.4
(14)	13.1	23.4	20.5	7.0	19.3	24.4	17.4	24.3	18.3	14.0	14.5	14.5	13.7
(15)	12.3	24.5	20.2	14.7	19.8	24.5	19.4	22.2	18.8	9.1	13.4	13.4	12.7	14.8
(16)	14.3	23.2	19.5	8.6	19.5	23.9	18.0	23.9	18.2	13.7	14.7	14.9	14.4	8.1	15.5
(17)	22.7	21.2	23.8	23.2	23.3	13.2	22.6	13.2	23.0	24.2	23.3	23.1	23.2	24.4	22.9	24.3
(18)	18.7	23.9	14.5	18.9	18.5	22.7	18.4	21.7	17.6	18.3	19.8	20.3	18.9	19.5	19.6	19.2	22.6
(19)	19.9	24.7	16.2	18.9	20.0	24.2	19.2	22.8	18.7	17.9	19.6	20.5	19.4	19.0	20.1	18.4	23.1	14.9
(20)	20.4	23.5	12.0	18.4	19.1	24.2	19.2	24.1	18.8	18.6	20.3	20.1	19.7	19.8	19.2	17.9	24.4	12.0	14.8
(21)	18.6	22.7	18.7	17.7	20.3	21.7	18.3	22.9	18.5	17.6	19.5	19.5	18.6	17.7	18.7	18.1	21.9	17.1	18.9	18.7
(22)	5.7	22.6	20.6	14.1	19.0	23.5	17.6	23.3	17.9	12.2	8.3	6.9	6.0	13.6	12.1	14.6	22.7	18.6	19.9	19.0	18.9
(23)	12.4	23.6	18.8	15.7	16.9	22.9	16.9	22.9	16.2	10.3	13.3	13.5	12.6	16.1	9.7	16.2	23.9	19.3	17.8	16.4	18.8	12.6
(24)	25.0	21.1	24.3	23.4	23.4	21.2	24.3	21.2	24.1	24.6	24.6	25.1	24.8	24.3	25.0	23.5	20.4	23.3	24.6	24.5	22.5	25.2	23.8
(25)	19.2	25.7	20.4	19.2	16.3	25.2	15.7	24.7	15.4	19.2	19.5	19.5	18.7	18.9	20.3	17.3	24.9	18.6	19.5	19.4	18.8	19.6	19.0	24.0
(26)	23.8	13.3	23.8	23.6	23.3	20.6	22.5	20.1	21.9	25.1	24.6	23.9	23.7	23.6	24.8	24.2	20.1	23.4	24.8	23.6	23.0	23.6	24.1	20.2	24.1
(27)	12.1	23.0	19.3	14.3	19.7	24.1	19.0	23.3	18.7	10.3	12.9	12.4	11.8	14.2	10.7	14.0	24.3	18.6	19.5	18.2	18.7	11.4	4.3	25.0	19.3	24.8
(28)	19.1	24.3	20.6	19.5	19.2	22.8	19.1	22.9	17.5	18.0	18.1	18.6	18.6	19.9	18.4	19.3	22.9	19.0	20.6	19.3	14.3	17.8	19.1	24.7	19.0	24.5	17.9
(29)	11.0	24.4	20.8	14.7	19.5	24.4	18.4	24.2	17.7	12.6	12.5	12.4	11.5	14.5	12.3	15.0	23.8	19.0	19.9	19.9	17.9	11.0	12.3	24.7	19.4	25.3	11.9	17.8
(30)	8.3	23.1	21.3	13.8	20.5	24.7	16.9	24.3	18.7	13.3	8.9	6.0	8.3	13.9	13.2	14.8	24.6	19.7	20.0	20.2	19.6	7.3	12.5	25.9	19.5	24.7	12.3	18.8	12.6
(31)	7.1	23.2	22.1	14.4	19.1	24.1	16.7	23.5	18.2	12.9	8.6	4.1	6.2	13.9	12.4	14.7	23.7	20.1	20.1	20.6	19.6	6.4	12.8	24.9	19.5	23.9	11.7	18.7	11.5	6.2