Download Full Document - Mountain Boomer Music!

Recommendations

Info

McGUIRE-SYSTEMATICS OF CROTAPHYTID LIZARDS APPENDIX 6 Lisf of Character Stare Changes by Character Characters 1-27, 29-30, 32-67, 69-74, 76-83, 86-88 with a maximum of 24 steps; characters 28,68, 75, and 84-85 with a maximum ofone step; characten 3 1 and 89-98 with a maximum of 100 steps. PAUP does not calculate consistency indices for characters coded using step matrices. Therefore, "n/aW appears in the CI column for characters 89-98 (allozyme characters coding using Manhattan distances in step matrices). Arrows with double lines indicate unambiguous changes, i.e.. those occurring in all optimizations. Arrows with single lines indicate changes that do not occur in all optimizations. (ACCTRAN optimization): Character chong lists: Character CI Step, Changes node A a - f node B node C f 3 y node D node C f -. a G. coronat node I a 1: b node J node L b 3 y C. insularis node J b 3 f C, grismeri node A b - a HYPANC node A b 3 y node B node G b -r a node H node G b Z g C. anfiquus node E b - a C. retictclafus node K a 3 b C. bicinctores node I a Z y C. dickersonae node G a 3 m C. anliq~tus node A y * a HYPANC node B a =: y node C node A y * a HYPANC node A a -r c node B node D c 3 y G. copei node C c -r a G. coronat node B c 3 d G. silus node A a -r y node E node A ady node E node A x * a HYPANC node D x Z y G. copei node B x + c G. silus node A x 3 y node E node G y 3 s C. anliquus node B a -r y node C node A a 3 y node B node D y 3 p G. copei node A a -r y node E node A y * a HYPANC node A a 2 m node B node B m -+ y node C node K aZj nodeL node L j =: y C. insularis node A e -. x node B node D x 3 y G. copei node D x -+ w G. wislizenii node F e 3 a node G node J a 3 k C. grisnteri node F e -. v C. collaris node I a 3 y C. dickersonae nodeAazynodeE node B y =:a node C Character change lists: char3Clcr CI Svpr -sn 21 1 .OOO 24 node A a --. y node B 22 0.490 24 node C a Z y G. corona* 24 node A a z y node E 1 node F y -r x C. collaris 23 1.000 24 node A a -r y node E 24 0.857 20 node A c -r w node B 2 nodeBw-ynodeC 1 nodeEc3bnodeF - nodeFb-anodeG node L a Z b C. vestigium node H a 3 d C. nebnus node A a -r y node B node A c * a HYPANC node A c 3 y node B nodeFc3bnodeG nodeKbZgnodeL node L g 3 y C. insularis node J b 3 a C. grismeri node I b 3 d C. dickersonae node G b 3 a C. anfiquus node A a =: y node E node AO- I nodeE node E 1 -r 2 C. reticulafus node A y * a HY PANC node A a 3 y node B node B A Z C node C node D C Z B G. wislizenii nodeAA-LnodeE nodeEL3HnodeF node H H 3 L node I node K L =: M node L node L M 3 K C. insularis node J L 3 J C. grismeri node 1 L =: I C. dickersonae node G H 3 F C. anfiquus node F H 3 G C. collaris node E L 3 E C. reticulalw node A q a HYPANC node B q =: w node C node D w -. v G. wislizenii node C w 3 y G. coronat node B q -. n G. silus node F q =s node G nodeIs3knodeJ node L k = a C. insularis node F q 3 k C. collaris node A a 3 y node E node A a -. y node E node G y 3 s C. anfiqu~u nodeAa-ynodeE node A a Z y node B node D y -, q G. wislizenii node G a 3 g C. anfiquus node A a -. y node E node B a =: u G. Silus nodeHa3ynodeI node A e - a HYPANC node D e 3 h G. cope1
BULLETIN CARNEGIE MUSEUM OF NATURAL HISTORY APPENDIX 6- Continued Charaner change lists Character CI Steps Changes 15 12 node F H 3 G C. collaris node E L E C. rericulatus 32 0.444 13 8 1 3 node A n * a HY PANC node B n =: v node C node D v + w G. copei node C v S y G. coronat 5 nodeFnZsnodeG 8 10 nodeIs=:knodeJ node L k It a C. insularis 3 3 node F n k C. collaris node E n -, q C. reliculatw 3 3 1.000 24 nodeAa3ynodeE 34 0.800 24 6 node A a -, y node E node G y 2 s C. anliqfrus 3 5 1.000 24 node A a -, y node E 36 0.632 16 8 8 nodeAaSqnodeB node D q -r y G. copei node B q -. y G. silus 6 node G a g C. antiquus 37 38 1.000 1.000 24 20 node A a -. y node E node B a S u G. siltlr 39 1.000 24 nodeHaZynode1 40 4 1 42 0.774 0.960 0.585 4 3 24 20 3 1 1 5 2 nodeCa+enodeD node D e =f h G. copei node A a =: y node E node A a =: u node B nodeCu-,xnodeD node D x S y G. copei node K a =: b C. bicinctores node A f * a HYPANC node D f = d G. copei 5 node B f -. k G. silus 13 nodeAtSsnodeE 4 3 0.750 5 1 1 3 1 1 4 16 8 nodeFsZxnodeG node K x --. y C. bicinctores node L x -. y C. insularis node J x 3 u C. grismeri node I x -. y C. dickersonae node G x -, y C. antiquus node E s -. w C. reticulatus node A q - a HY PANC nodeAq-.ynodeB 8 node E q -, y node F 44 45 0.436 0.247 24 3 2 2 24 8 16 6 node A a S y node B nodeIaZdnodeJ node L d X f C. iwularis node J d zf f C. grismeri node G a = y C. antiquur node A i - a HYPANC node D i -. y G. copei noe D i = c G. wislizenii 16 4 2 2 7 8 nodeBi-yG.si1u.s node J i =t e node K nodeKeScnodeL node L c = a C. insularis node J i 3 p C. grismeri noe H i =f a C. nebrius 4 node G i -. rn C. antiquus APPENDIX 6- Continued Chanctcr chnngc lists: Chanctcr CI Sltp) Chnngn NO. 32 46 0.800 8 16 24 6 node F i S a C. collaris node E i -. y C. reticuiatus node A a - y node B node F a -. g C. collaris 47 0.649 19 3 nodeAa=:tnodeE node F t =: w node G 48 1.000 2 node H w -. y node I 9 node L y 2 p C. insularis 2 node G w -r y C. anriquur 2 node E t - v C. reticukur 24 node l a = y C. dickersonae 49 50 5 1 1.000 1.000 0.889 24 24 4 20 3 node A a -. y node E node A a -. y node E nodeEaSenodeF node F e ': y node G node K y ': v C. bicinctores 5 2 1.000 24 node A a 3 y node B 5 3 54 1.000 1.000 24 24 nodeCa4ynodeD node A a ': y node E 55 1.000 24 node A a -. y node B 56 1.000 24 node A a + y node E 5 7 58 1.000 0.500 24 24 node A a 2 y node E node A a -. y node B 24 node E a -. y node F 59 1.000 24 nodeAa+ynodeE 60 6 1 1.000 1.000 24 24 node C a + y node D node A a Z y node E 62 6 3 64 1.000 1.000 0.500 24 24 24 24 node A a 3 y node B node I a =: y C. dickersonae node B a 3 y G. sih node G a = y C. anriquus 65 66 1.000 1.000 24 24 node H a y node 1 node A a 3 y node E 67 0.500 24 node K a 3 y C. bicinaores 24 node G a Z y C. anliquus 68 0.800 1 1 node E 0 -+ 2 node F node L 2 -. 4 C. insularis I node L 2 -. 3 C. vestigium 69 1.000 1 I 24 node G 2 -r I C. antiquus node E 0 -, 1 C. reticulatus node E a = y node F 70 0.393 7 nodeEaZhnodeF 17 nodeFh=:ynodeG 7 1 72 0.500 1.000 I3 24 24 24 24 node K y -, I C. bicinctores node L y 3 a C. insularis node A y * a HYPANC node 1 y S a node J node A a =: y node E 7 3 0.500 24 node K a 3 y node L 74 1.000 24 24 node E a + y C. reliculatus node F y =: a C. collaris 7 5 1 .OOO I nodelo-2nodeJ 1 nodeK2G3nodeL I node I 0 -, I C. dickersonae 76 0.558 19 nodeAaZtnodeE 13 6 5 nodeGt3gnodeH nodeHgSanodeI node G t = y C. antiquus
Page 1 and 2:
OF CARNEGIE MUSEUM OF NATURAL HISTO
Page 3 and 4:
BULLETIN OF CARNEGIE MUSEUM OF NATU
Page 5 and 6:
...................................
Page 7 and 8:
2 BULLETIN CARNEGIE MUSEUM OF NATUR
Page 9 and 10:
Page 11 and 12:
Page 13 and 14:
Page 15 and 16:
BULLETIN CARNEGIE MUSEUM OF NATURAL
Page 17 and 18:
Page 19 and 20:
Page 21 and 22:
16 BULLETIN CARNEGIE MUSEUM OF NATU
Page 23 and 24:
Page 25 and 26:
Page 27 and 28:
Page 29 and 30:
Page 31 and 32:
Page 33 and 34:
Page 35 and 36:
Page 37 and 38:
Page 39 and 40:
BULLETIN CARNEGIE MUSE .UM OF NATUR
Page 41 and 42:
Page 43 and 44:
Page 45:
Page 48 and 49:
this taxon is tentatively coded as
Page 50 and 51:
McGUIRE-SYSTEMATICS OF CROTAPHYTID
Page 52 and 53:
Page 54 and 55:
1996 McGUIRE-SYSTEMATICS OF CROTAPH
Page 56 and 57:
C. nebrius. at least three easily r
Page 58 and 59:
Page 60 and 61:
Page 62 and 63:
1996 McGUIRE- SYSTEMATICS OF CROTAP
Page 64 and 65:
Page 66 and 67:
Page 68 and 69:
Page 70 and 71:
McGUIRE- SYSTEMATICS OF CROTAPHYTID
Page 72 and 73:
Page 74 and 75:
Page 76 and 77:
Page 78 and 79:
es, and the absence of extravomerin
Page 80 and 81:
Page 82 and 83:
McGUIRE- SYSTEMATICS OF CROTAPHYTID
Page 84 and 85:
Page 86 and 87:
McGUIRE- SYSTEM.4TICS OF CROTAPHYTI
Page 88 and 89:
Page 90 and 91:
Page 92 and 93:
Page 94 and 95: spersed with numerous interstitial
Page 96 and 97: of the Tucson Valley in the Santa C
Page 98 and 99: C. vestigiurn by the absence in adu
Page 100 and 101: McGUIRE- SYSTEMATICS OF CROTAPHYTID
Page 102 and 103: McGUIRE-SYSTEMATICS OF CROTAPHYTID
Page 104 and 105: McGUIRE- SYSTEMATICS OF CROTAPHYTID
Page 108 and 109: 1996 McGUIRE-SYSTEMATICS OF CROTAPH
Page 112 and 113: McGUIRE-SY STEMATICS OF CROTAPHYTID
Page 122 and 123: 1996 McGUIRE- SYSTEMATICS OF CROTAP
Page 132 and 133: yaaaa aaaay ????? yaaaa yaaaa ayayy
Page 140 and 141: McGUIRE-SY STEMATICS OF CROTAPHYTID
Page 142 and 143: Cbrr- Branch acler Steps 31 38 33 2
Page 146: McGUIRE-SYSTEMATICS OF CROTAPHYTID
show all

Download Full Document - Mountain Boomer Music!

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?