Table 2 in Electrophoretic delineation of species boundaries within the genus Chelodina (Testudines: Chelidae) of Australia, New Guinea and Indonesia

Table 2. Allozyme frequencies at 45 loci for all previously recognized forms of Chelodina examined in the overview study. Two additional loci, Hb and Gp, could not be scored across all taxa but were included in various Stage 2 analyses. Sample sizes for each OTU are presented in parentheses, with the first value representing the number included in the overview study and any second value representing the number subsequently examined in the Stage 2 analyses. Where a locus is polymorphic within a population, the frequency of each common allozyme is given as a percentage; the frequency of the rarest allozyme can be calculated by subtraction. Taxon abbreviations are given in Table 1 CexCloCmcCno (Aus)Cno (PNG)CobCpaCprCreCspCbuCru (NT)Cru (QLD)CsiCstLocus(8; 36)(7; 54)(6; 10)(11; 24)(5; 13)(7)(6)(6; 9)(6; 11)(4; 6)(11; 31)(7; 40)(5)(7; 12)(6; 17)Acon1b = 88; cddd = 90; eddfddb = 75; db = 86;d = 71;f = 50; dd = 86; fdd = 9; ff = 15; aAcon2c = 94; fb = 71;bbbbbcbb = 87; ab = 64; ab = 86; abb = 86; cbe = 14;d = 8; aAcpaaaaaaaaaaaaaaaAcyce = 75; bfffffeffc = 50;c = 95; ec = 50;e = 50;a = 64;fe = 25;e = 43; bc = 40; ab = 21; ea = 13; dAdag = 75; icba = 82; ba = 50; bfgab = 83; aggg = 86; hg = 90; dgc = 83; eAdhbb = 93; dbb = 73; cb = 90; ca = 92; bbbbbbb = 93; db = 70; cc = 64; bb = 67; cAkaaaaabaaaaaaaabAlba = 75; bghg = 95; hhc = 93; ddfhdddddeCa1a = 81; cb = 97; ebbbdgbbbbc = 93; dc = 50;b = 93; cfb = 40; dCa2baaaabbaa = 92; bbbb = 50; cbbaCsb = 94; ac = 57; bbbbcbbbbbb = 93; cbbbEnolaaaaaaaaaaaaaaaEstcc = 93; abbbcccbccccccFumaaaaaaaaaaaaa = 70; ba = 79; baG6pdaaaaabbaabb = 86; aaaaaGapdaaaaaaaaaaaaaaaGlobbbbbbbbbbbbbbb = 75; aGot1b = 94; db = 93; ebbbacbbbbbbbbGot2cc = 71; acc = 95; bceccc = 83; bccccc = 93; dcGpibbbbbcbbb = 83; abbb = 93; abbbGpxaaaaaaaaaaaaaaaGsrccccc = 90; accccbb = 82; cb = 43;c = 80;c = 64; bcc = 29;b = 10; dd = 21; aIdhc = 88; dbbc = 54;abbca = 83; bb = 75; cb = 86; cc = 71; bbbb = 67; cb = 32; aLapbaaaaabaabbbbbaLdh1c = 94; addd = 86; edb = 79; ecddcccccdLdh2bbbbbbbbbbbbbb = 79; abMdh1bbbbbb = 86; dcbbcc = 95; acccbMdh2aaaaaaaaaaaaaaaMe1ba = 79; bbbba = 79; ddbb = 92; dd = 75; cdd = 71; bd = 90; cd = 86; cbMe2bbbbbccbbccc = 93; dccbMpibbbbbb = 86; cabbbbbbbbNdpkaaaaaaaaaaaaaaaNpg = 44;f = 86; bbb = 41;a = 80; bbgb = 83; ea = 83; bg = 75; jggggb = 83; aj = 31;d = 32;i = 19; cf = 14;a = 9; hPepAccbb = 91; cbd = 93; fcb = 92; abeeh = 86; geebPepBb = 94; cb = 86; cbb = 55; cb = 90; cb = 86; dcbb = 67;bbbbbba = 25; cPepD1dbbbbd = 93; ecbb = 92; addb = 79; dd = 90; bdbPepD2ccccccc = 92; bccccca = 50; cc = 64; acPgambaaa = 95; cabaaaaaaaaa6Pgdbbbbbb = 93; cbbbbb = 95; ab = 79; abbb = 92; cPgkaaaaaaaaaaaaaaaPgm1cc = 71; bbb = 91; cbccbbcc = 95; ac = 93; accb = 83; cPgm2ddedd = 90; ed = 93; cdddddd = 79; ad = 80; bd = 86; bd = 92; bPkba = 93; baaab = 93; cbaabbbbbbTpiaabaaaaaaaaaaaaXoaaaaacb = 92; caac = 75; ac = 82; accca