UB EARTH
SCIENCES

Data on Mammal 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

No. terminals

SRL

MIG

Gmin

Gmax

RCI

RCI & GER Sig

Consistent nodes

SCI

SCI Sig.

GER

Range of O

Reference

Mammalia-Gem94

9

523

164

83

485

68.642447

1.3

4

0.571429

18.4

0.798507

Cret-Olig

Gemmell & Westerman (1994) fig. 2 (p. 10)

Mammalia-Gem94

9

523

164

83

485

68.642447

1.3

4

0.571429

18.4

0.798507

Cret-Olig

Gemmell & Westerman (1994) fig. 3 (p. 14)

Mammalia-Goo85

16

981

227

77

811

76.860347

2

6

0.428571

23.3

0.79564

Cret-Olig

Goodman et al. (1985), fig. 1 (p. 175)

Mammalia-Pet91

20

1173

294

77

1067

74.936061

2.6

8

0.444444

70.2

0.780808

Cret-Olig

Pettigrew (1991), fig. 4 (p. 213)

Mammalia-Phi97

11

736

64

56

496

91.304348

2.6

8

0.888889

70.2

0.981818

Cret-Paleoc

Philippe, H. (1997), fig. 1

Mammalia-Sho86

21

1282

159

77

1070

87.597504

2.6

11

0.578947

7.7

0.917422

Cret-Olig

Shoshani (1986), fig. 2 (p. XXX)

Mammalia-Spr93

15

938

80

62

742

91.471215

0.2

8

0.615385

5.8

0.973529

Cret-Eoc

Springer & Kirsch (1993), fig. 2 top (p. 155)

Mammalia-Spr93

15

938

76

62

742

91.897655

0.2

9

0.692308

1.8

0.979412

Cret-Eoc

Springer & Kirsch (1993), fig 2 bottom (p. 155)

Mammalia-Spr93

15

938

80

62

742

91.471215

0.1

8

0.615385

2

0.973529

Cret-Eoc

Springer & Kirsch (1993), fig. 3 (p. 156)

Mammalia-Spr93

15

938

88

62

742

90.618337

0.2

8

0.615385

0.1

0.961765

Cret-Eoc

Springer & Kirsch (1993) fig. 4 (p. 157)

Theria-DeJ93

20

1140

176

55

660

84.561404

2.7

10

0.555556

17.9

0.8

Cret-Olig

De Jong et al. (1993) fig. 2.1 (p. 9)

Theria-Der96

10

593

85

61

307

85.666105

0.6

3

0.375

20.8

0.902439

Cret-Olig

D'Erchia et al. (1996) fig. 1a (p. 598)

Theria-Der96

10

593

85

61

307

85.666105

0.6

5

0.625

3

0.902439

Cret-Olig

D'Erchia et al. (1996) fig. 1b (p. 598)

Theria-Der96

10

593

85

61

307

85.666105

0.6

4

0.5

6.8

0.902439

Cret-Olig

D'Erchia et al. (1996) fig. 1b (p. 598)

Theria-Gem94

8

411

135

54

253

67.153285

19.3

3

0.5

60.7

0.592965

Cret-Olig

Gemmell & Westerman (1994) fig. 2 (p. 10)

Theria-Gem94

8

411

135

54

253

67.153285

19.3

3

0.5

60.7

0.592965

Cret-Olig

Gemmell & Westerman (1994) fig. 3 (p. 14)

Theria-Goo85

15

921

205

77

759

77.741585

0.4

5

0.384615

45.1

0.812317

Cret-Olig

Goodman et al. (1985), fig. 1 (p. 175)

Theria-Irw94

21

868

197

74

1022

77.304147

0.4

9

0.473684

3.9

0.870253

Cret-Mioc

Irwin & Arnason (1994) fig. 1 (p. 42)

Theria-Irw94

21

868

213

74

1022

75.460829

0.4

10

0.526316

2.8

0.853376

Cret-Mioc

Irwin & Arnason (1994) fig. 1 (p. 43)

Theria-Irw94

21

868

196

74

1022

77.419355

0.4

8

0.421053

26.8

0.871308

Cret-Mioc

Irwin & Arnason (1994) fig. 2 (p. 44)

Theria-Irw94

21

868

158

74

1022

81.797235

0.4

10

0.526316

7.9

0.911392

Cret-Mioc

Irwin & Arnason (1994) fig. 2 (p. 45)

Theria-Pen91a/b

8

486

40

40

234

91.769547

0.1

5

0.833333

8.8

1

Cret-Eoc

Penny et al. (1991) fig. 9-10a (p. 177)

Theria-Pen91a/b

8

486

40

40

234

91.769547

0.2

5

0.833333

6.4

1

Cret-Eoc

Penny et al. (1991) fig. 9-10b (p. 177)

Theria-Pet89-16a

15

824

136

55

526

83.495146

5.8

6

0.461538

24.3

0.828025

Cret-Olig

Pettigrew et al. (1989) fig. 16a (p. 537)

Theria-Pet91

19

1117

322

77

1011

71.172784

2.3

7

0.411765

92.6

0.737687

Cret-Olig

Pettigrew (1991), fig. 4 (p. 213)

Theria-Phi97

10

680

98

56

440

85.588235

0.1

7

0.875

0.5

0.890625

Cret-Paleoc

Philippe, H. (1997), fig. 1

Theria-Rom73

10

459

111

74

441

75.816993

0.5

6

0.75

2.6

0.899183

Cret-Mioc

Romero-Herrera et al. (1973) fig. 4 (p. 392)

Theria-Sho86

20

1226

160

77

1014

86.949429

0.5

12

0.666667

3.1

0.911419

Cret-Olig

Shoshani (1986), fig. 2 (p. XXX)

Theria-Spr93

14

826

58

40

434

92.978208

0.4

7

0.583333

24.4

0.954315

Cret-Eoc

Springer & Kirsch (1993), fig. 2 top (p. 155)

Theria-Spr93

14

826

54

40

434

93.46247

0.1

8

0.666667

8.8

0.964467

Cret-Eoc

Springer & Kirsch (1993), fig 2 bottom (p. 155)

Theria-Spr93

14

826

58

40

434

92.978208

0.1

7

0.583333

13.2

0.954315

Cret-Eoc

Springer & Kirsch (1993), fig. 3 (p. 156)

Theria-Spr93

14

826

66

40

434

92.009685

2.3

7

0.583333

3.8

0.93401

Cret-Eoc

Springer & Kirsch (1993) fig. 4 (p. 157)

Theria-Sta92

9

548

52

48

262

90.510949

12

6

0.857143

14.2

0.981308

Cret-Eoc

Stanhope et al. (1992) fig. 4a (p. 156)

Theria-Wys87heba

14

846

204

48

414

75.886525

11.7

2

0.166667

84.7

0.57377

Cret-Eoc

Wyss et al. (1987) fig. 1 (p. 104)

Theria-Wys87heba

14

846

114

48

414

86.524823

2

7

0.583333

2.4

0.819672

Cret-Eoc

Wyss et al. (1987) fig. 1 (p. 104)

Theria-Wys87lens1

19

1079

219

55

631

79.703429

1.2

6

0.352941

6.7

0.715278

Cret-Olig

Wyss et al. (1987) fig. 1 (p. 104)

Theria-Wys87lens2

18

1075

184

55

545

82.883721

6

6

0.375

17

0.736735

Cret-Olig

Wyss et al. (1987) fig. 1 (p. 104)

Theria-Wys87my1

13

734

130

55

436

82.288828

0.9

7

0.636364

3.1

0.80315

Cret-Olig

Wyss et al. (1987) fig. 2 (p. 105)

Theria-Wys87my2

12

730

172

48

350

76.438356

26.9

2

0.2

81.7

0.589404

Cret-Olig

Wyss et al. (1987) fig. 2 (p. 105)

Metatheria-Kra92

7

59

56

23

102

5.084746

16.9

2

0.4

50.3

0.582278

Mioc-Rec

Krajewski et al. (1992) fig. 2 (p. 25)

Metatheria-Kra94

6

36

49

16

60

-36.111111

87.6

1

0.25

100

0.25

Mioc-Rec

Krajewski et al. (1994) fig. 1 (p. 29)

Metatheria-Kra94

6

36

49

16

60

-36.111111

75

1

0.25

100

0.25

Mioc-Rec

Krajewski et al. (1994) fig. 2 (p. 32)

Metatheria-Ret95

10

314

246

83

516

21.656051

19.4

3

0.375

77.7

0.623557

Cret-Rec

Retief et al. (1995) fig. 2a (p. 11)

Metatheria-Ret95

10

314

228

83

516

27.388535

15.8

4

0.5

28.7

0.665127

Cret-Rec

Retief et al. (1995) fig. 2b (p. 11)

Metatheria-Ret95

10

314

264

83

516

15.923567

15.4

2

0.25

79.9

0.581986

Cret-Rec

Retief et al. (1995) fig. 2c (p. 11)

Metatheria-Ret95

10

314

150

83

516

52.229299

2.9

5

0.625

7

0.845266

Cret-Rec

Retief et al. (1995) fig. 2d (p. 11)

Eutheria-Amm92

8

433

47

25

47

89.145497

100

4

0.666667

94.7

0

Paleoc-Olig

Ammerman & Hillis (1992) fig. 6 (p. 228)

Eutheria-DeJ93

19

1080

220

55

630

79.62963

4.6

9

0.529412

33.8

0.713043

Cret-Olig

De Jong et al. (1993) fig. 2.1 (p. 9)

Eutheria-Der96

9

503

53

45

163

89.463221

2.4

3

0.428571

25.2

0.932203

Cret-Olig

D'Erchia et al. (1996) fig. 1a (p. 598)

Eutheria-Der96

9

503

53

45

163

89.463221

2.4

5

0.714286

6.1

0.932203

Cret-Olig

D'Erchia et al. (1996) fig. 1b (p. 598)

Eutheria-Der96

9

503

53

45

163

89.463221

2.4

4

0.571429

4.6

0.932203

Cret-Olig

D'Erchia et al. (1996) fig. 1b (p. 598)

Eutheria-Eas90hemae

4

236

4

4

4

98.305085

100

1

0.5

100

NaN

Paleoc

Easteal (1990), fig. 3 (p. 171)

Eutheria-Eas90hemae

4

236

4

4

4

98.305085

100

2

1

100

NaN

Paleoc

Easteal (1990), fig. 3 (p. 171)

Eutheria-Goo85

14

861

249

77

707

71.080139

1

4

0.333333

79.6

0.726984

Cret-Olig

Goodman et al. (1985) fig. 1 (p. 175)

Eutheria-Gra93-2

16

292

4

4

8

82.11

46

6

0.429

59.5

1

Paleoc

Graur (1993), fig. 2 (p. 143)

Eutheria-Gra93-3a,b

5

292

4

4

8

98.630137

9.7

2

0.666667

100

1

Paleoc

Graur (1993), fig. 3a (p. 144)

Eutheria-Gra93-3a,b

5

292

8

4

8

97.260274

100

2

0.666667

100

0

Paleoc

Graur (1993), fig. 3b (p. 144)

Eutheria-Gra93-3c

6

344

8

4

16

97.674419

27.8

3

0.75

33.9

0.666667

Paleoc

Graur (1993), fig. 3c (p. 144)

Eutheria-Gra93-3d

5

292

4

4

8

98.630137

9

3

1

9

1

Paleoc

Graur (1993), fig. 3d (p. 144)

Eutheria-Gra93-3f

6

338

22

18

22

93.491124

100

2

0.5

100

0

Paleoc-Eoc

Graur (1993), fig. 3f (p. 144)

Eutheria-Gra93-3g

6

338

22

18

22

93.491124

100

3

0.75

58.7

0

Paleoc-Eoc

Graur (1993), fig. 3g (p. 144)

Eutheria-Gra93-3h

4

236

4

4

4

98.305085

100

1

0.5

100

NaN

Paleoc

Graur (1993), fig. 3h (p. 144)

Eutheria-Gra93-3i

5

296

4

4

4

98.648649

100

3

1

38

NaN

Paleoc

Graur (1993), fig. 3i (p. 144)

Eutheria-Gra93-5b

5

263

37

25

37

85.931559

100

0

0

100

0

Paleoc-Eoc

Graur (1993), fig. 5b (p. 146)

Eutheria-Hon93-1c,d

16

895

199

39

289

77.765363

31.7

3

0.214286

48.2

0.36

Cret-Olig

Honeycutt & Adkins (1993) fig. 1c (p. 282)

Eutheria-Hon93-1c,d

16

895

185

39

289

79.329609

31.6

4

0.285714

43.8

0.416

Cret-Olig

Honeycutt & Adkins (1993) fig. 1d (p. 282)

Eutheria-Hon93-2a,b

5

292

4

4

8

98.630137

11.8

3

1

11.8

1

Paleoc

Honeycutt & Adkins (1993) fig. 2a (p. 284)

Eutheria-Hon93-2a,b

5

292

4

4

8

98.630137

11.8

3

1

11.8

1

Paleoc

Honeycutt & Adkins (1993) fig. 2b (p. 284)

Eutheria-Hon93-4a-c

6

352

4

4

8

98.863636

6.5

4

1

6.5

1

Paleoc

Honeycutt & Adkins (1993) fig. 4a (p. 290)

Eutheria-Hon93-4a-c

6

352

4

4

8

98.863636

6.5

4

1

6.5

1

Paleoc

Honeycutt & Adkins (1993) fig. 4b (p. 290)

Eutheria-Hon93-4a-c

6

352

4

4

8

98.863636

13.6

4

1

34.2

1

Paleoc

Honeycutt & Adkins (1993) fig. 4c (p. 290)

Eutheria-Hon93-4d,f

5

352

4

4

8

78.08

51.5

2

0.667

31.5

1

Paleoc

Honeycutt & Adkins (1993) fig. 4d (p. 290)

Eutheria-Hon93-4e

5

352

4

4

8

74.14

66

3

1

66

1

Paleoc

Honeycutt & Adkins (1993) fig. 4e (p. 290)

Eutheria-Irw94

20

778

137

44

422

82.390746

13.6

9

0.5

6.9

0.753968

Paleoc-Mioc

Irwin & Arnason (1994) fig. 1 (p. 42)

Eutheria-Irw94

20

778

183

44

422

76.478149

0.1

9

0.5

11.9

0.632275

Paleoc-Mioc

Irwin & Arnason (1994) fig. 1 (p. 43)

Eutheria-Irw94

20

778

136

44

422

82.51928

0.1

8

0.444444

41.1

0.756614

Paleoc-Mioc

Irwin & Arnason (1994) fig. 2 (p. 44)

Eutheria-Irw94

20

778

128

44

422

83.547558

0.1

9

0.5

34.2

0.777778

Paleoc-Mioc

Irwin & Arnason (1994) fig. 2 (p. 45)

Eutheria-Mar93

8

369

47

37

111

87.262873

0.4

3

0.5

33.8

0.864865

Paleoc-Mioc

Martin & Palumbi (1993) fig. 3b (p. 878)

Eutheria-Miy86

16

895

157

39

289

82.458101

65.2

6

0.428571

47.8

0.528

Cret-Olig

Miyamoto & Goodman (1986) fig. 3 (p. 235)

Eutheria-Ott96

5

292

4

4

8

98.630137

9.4

3

1

9.4

1

Paleoc

Otto et al. (1996) fig. 7.1 (p. 105)

Eutheria-Pen91a/b

7

396

10

10

24

97.474747

1.2

4

0.8

52.7

1

Paleoc-Eoc

Penny et al. (1991) fig. 9-10a (p. 177)

Eutheria-Pen91a/b

7

396

10

10

24

97.474747

1.9

4

0.8

60.3

1

Paleoc-Eoc

Penny et al. (1991) fig. 9-10b (p. 177)

Eutheria-Pes91-1/2

4

236

4

4

4

98.305085

100

2

1

51

NaN

Paleoc

Pesole et al. (1991) fig. 1 (p. 539)

Eutheria-Pes91-1/2

4

236

4

4

4

98.305085

100

1

0.5

100

NaN

Paleoc

Pesole et al. (1991) fig. 2 (p. 539)

Eutheria-Pet89-16a

14

734

106

25

106

85.558583

100

5

0.416667

85.6

0

Paleoc-Olig

Pettigrew et al. (1989) fig. 16a (p. 537)

Eutheria-Pet89-16b

14

734

106

25

106

85.558583

100

4

0.333333

94.6

0

Paleoc-Olig

Pettigrew et al. (1989) fig. 16b (p. 537)

Eutheria-Pet89-16c

14

734

98

25

106

86.648501

75.3

6

0.5

60.9

0.098765

Paleoc-Olig

Pettigrew et al. (1989) fig. 16c (p. 537)

Eutheria-Pet91

18

1067

242

77

949

77.319588

0.9

6

0.375

92.7

0.81078

Cret-Olig

Pettigrew (1991), fig. 4 (p. 213)

Eutheria-Phi97

9

624

82

56

384

86.858974

0.6

6

0.857143

2.5

0.920732

Cret-Paleoc

Philippe, H. (1997), fig. 1

Eutheria-Rom73

9

436

104

74

374

76.146789

0.6

5

0.714286

17.7

0.9

Cret-Mioc

Romero-Herrera et al. (1973) fig. 4 (p. 392)

Eutheria-Sho85

12

699

147

41

297

78.969957

52.1

6

0.6

33.1

0.585938

Cret-Eoc

Shoshani et al. (1985) fig. 2 (p. 198)

Eutheria-Sho86

19

1191

144

70

937

87.90932

52.1

11

0.647059

14.3

0.914648

Cret-Eoc

Shoshani (1986), fig. 2 (p. XXX)

Eutheria-Spr93

13

736

28

10

44

96.195652

13.4

6

0.545455

99.3

0.470588

Paleoc-Eoc

Springer & Kirsch (1993), fig 2 top (p. 155)

Eutheria-Spr93

13

736

24

10

44

96.73913

3.6

7

0.636364

51.6

0.588235

Paleoc-Eoc

Springer & Kirsch (1993), fig 2 bottom (p. 155)

Eutheria-Spr93

13

736

28

10

44

96.195652

6.6

6

0.545455

83.5

0.470588

Paleoc-Eoc

Springer & Kirsch (1993), fig. 3 (p. 156)

Eutheria-Spr93

13

736

36

10

44

95.108696

39.5

6

0.545455

50.1

0.235294

Paleoc-Eoc

Springer & Kirsch (1993) fig. 4 (p. 157)

Eutheria-Sta92

8

506

14

34

214

97.233202

39.5

5

0.833333

26.8

1.111111

Cret-Paleoc

Stanhope et al. (1992) fig. 4a (p. 156)

Eutheria-Wys87heba

13

790

244

48

380

69.113924

13.7

1

0.090909

100

0.409639

Cret-Eoc

Wyss et al. (1987) fig. 1 (p. 104)

Eutheria-Wys87heba

13

790

138

48

380

82.531646

1

6

0.545455

7.9

0.728916

Cret-Eoc

Wyss et al. (1987) fig. 1 (p. 104)

Eutheria-Wys87lens1

18

1019

263

55

601

74.190383

0.7

5

0.3125

15.3

0.619048

Cret-Olig

Wyss et al. (1987) fig. 1 (p. 104)

Eutheria-Wys87lens2

17

1010

233

55

520

76.930693

5.6

5

0.333333

42.7

0.617204

Cret-Olig

Wyss et al. (1987) fig. 1 (p. 104)

Eutheria-Wys87my1

12

660

132

55

420

80

3.2

7

0.7

1.6

0.789041

Cret-Olig

Wyss et al. (1987) fig. 2 (p. 105)

Eutheria-Wys87my2

11

670

216

48

320

67.761194

30.3

1

0.111111

100

0.382353

Cret-Eoc

Wyss et al. (1987) fig. 2 (p. 105)

Carnivora-Tag86

8

209

57

34

103

72.727273

2.3

3

0.5

36.5

0.666667

Eoc-Pli

Tagle et al. (1986) fig. 1 (p. 513)

Carnivora-Vra94

8

233

59

23

79

74.678112

22.5

2

0.333333

51.9

0.357143

Eoc-Mioc

Vrana et al. (1994) fig. 2A (p. 53)

Carnivora-Vra94

8

233

59

23

79

74.678112

23.1

2

0.333333

53.7

0.357143

Eoc-Mioc

Vrana et al. (1994) fig. 2B (p. 53)

Arctoidea-OBr85

5

111

29

29

84

73.873874

7.2

2

0.666667

19.7

1

Eoc-Mioc

O'Brien et al. (1985) fig. 1 (p. 141)

Ursidae-Way91

10

87

101

21

143

-16.091954

43.4

2

0.25

100

0.344262

Mioc-Pleist

Wayne et al. (1991) fig. 1 (p. 299)

Archonta-Bai92-2

10

442

84

37

158

80.995475

2

7

0.875

2.9

0.61157

Paleoc-Mioc

Bailey et al. (1992) fig. 2 (p. 87)

Archonta-Bai92-3

7

373

47

25

47

87.399464

100

4

0.8

54.9

0

Paleoc-Olig

Bailey et al. (1992) fig. 3A (p. 88)

Archonta-Bai92-3

7

373

47

25

47

87.399464

100

4

0.8

54.5

0

Paleoc-Olig

Bailey et al. (1992) fig. 3B (p. 88)

Archonta-Bai92-3

7

373

47

25

47

87.399464

100

3

0.6

70.1

0

Paleoc-Olig

Bailey et al. (1992) fig. 3C (p. 88)

Archonta-Bai92-3

7

373

47

25

47

87.399464

100

2

0.4

100

0

Paleoc-Olig

Bailey et al. (1992) fig. 3D (p. 88)

Archonta-Bai92-3

7

373

47

25

47

87.399464

100

3

0.6

73.5

0

Paleoc-Olig

Bailey et al. (1992) fig. 3E (p. 88)

Archonta-Hon93-3a

4

222

18

18

18

91.891892

100

1

0.5

100

NaN

Paleoc-Eoc

Honeycutt & Adkins (1993) fig. 3a (p. 286)

Archonta-Hon93-3a

4

222

18

18

18

91.891892

100

2

1

50.2

NaN

Paleoc-Eoc

Honeycutt & Adkins (1993) fig. 3a (p. 286)

Archonta-Hon93-3bL

6

342

18

18

18

94.736842

100

4

1

65.5

NaN

Paleoc-Eoc

Honeycutt & Adkins (1993) fig. 3b (p. 286)

Archonta-Hon93-3bR

6

342

18

18

18

72.34

100

4

1

65.5

NaN

Paleoc-Eoc

Honeycutt & Adkins (1993) fig. 3b (p. 286)

Primates-Cra91

5

185

41

37

115

77.837838

9.1

2

0.666667

40.3

0.948718

Paleoc-Mioc

Cracraft & Helm-Bychowski (1991) fig. 10-1 (p. 189)

Primates-Cra91

5

185

41

37

115

77.837838

9.1

2

0.666667

18.3

0.948718

Paleoc-Mioc

Cracraft & Helm-Bychowski (1991) fig. 10-2B-E (p. 189)

Primates-Cra91

5

185

41

37

115

77.837838

9.1

2

0.666667

21.7

0.948718

Paleoc-Mioc

Cracraft & Helm-Bychowski (1991) fig. 10-2F (p. 189)

Primates-Goo85

7

236

57

40

156

75.847458

2.8

5

1

1.9

0.853448

Paleoc-Mioc

Goodman et al. (1985), fig. 2 (p. 176)

Primates-Mes97

5

95

20

13

20

78.947368

100

3

1

50.3

0

Mioc

Messier & Stewart (1997) fig. 1 (p. 152)

Rodentia-Bei91

5

179

71

34

71

60.335196

100

0

0

100

0

Eoc-Mioc

Beintema et al. (1991) fig. 1 (p. 152)

Rodentia-Cao94

5

374

56

56

186

85.026738

1.8

3

1

1.8

1

Cret-Paleoc

Cao et al. (1994) fig. 2 (p. 600)

Rodentia-Gra91

4

228

12

4

12

94.736842

100

0

0

100

0

Paleoc

Graur et al. (1991) fig. 1b V (p. 649)

Clethrionomyini-Din93

4

17

3

3

3

82.352941

100

2

1

49.5

NaN

Pli-Pleist

Din et al. (1993) fig. 2 (p. 713)

Hystricognatha-Ned94-2-5

14

271

209

39

275

22.878229

70.9

3

0.25

92.2

0.279661

Eoc-Rec

Nedbal et al. (1994) fig. 2 (p. 210)

Hystricognatha-Ned94-2-5

14

271

190

39

275

29.889299

49.3

4

0.333333

70.2

0.360169

Eoc-Rec

Nedbal et al. (1994) fig. 4 (p. 212)

Hystricognatha-Ned94-2-5

14

271

138

39

275

49.077491

7.2

8

0.666667

3.3

0.580508

Eoc-Rec

Nedbal et al. (1994) fig. 5A (p. 214)

Hystricognatha-Ned94-2-5

14

271

177

39

275

34.686347

64.6

6

0.5

74.4

0.415254

Eoc-Rec

Nedbal et al. (1994) fig. 5B (p. 214)

Hystricognatha-Ned94-7B

12

261

164

37

207

37.164751

42.8

3

0.3

75.7

0.252941

Eoc-Pleist

Nedbal et al. (1994) fig. 7B (p. 217)

Muridae-Che93

5

35

15

5

15

57.142857

100

2

0.666667

90.8

0

Mioc-Pli

Chevret et al. (1993) fig. 2 (p. 3435)

Ungulata-Dou93

8

207

43

19

73

79.227053

42.4

3

0.5

51.3

0.555556

Olig-Mioc

Douzery (1993) fig. 3 (p. 1516)

Ungulata-Gra94

5

220

39

27

60

82.272727

9

1

0.333333

57.1

0.636364

Paleoc-Olig

Graur & Higgins (1994) fig. 1b (p. 359)

Ungulata-Pro93-1C,D

5

274

6

6

6

97.810219

100

2

0.666667

100

NaN

Paleoc-Eoc

Prothero (1993) fig. 13-1C (p. 175)

Ungulata-Pro93-1C,D

5

274

6

6

6

97.810219

100

3

1

42.6

NaN

Paleoc-Eoc

Prothero (1993) fig. 13-1D (p. 175)

Ungulata-Pro93-1G

6

324

6

6

12

98.148148

5.9

4

1

5.9

1

Paleoc-Eoc

Prothero (1993) fig. 13-1G (p. 175)

Artiodactyla-Jer95

7

205

61

34

145

70.243902

10.4

4

0.8

4.1

0.756757

Eoc-Mioc

Jermann et al. (1995) fig. 1 (p. 58)

Artiodactyla-Miy89

5

64

81

27

81

-26.5625

100

0

0

100

0

Olig-Pleist

Miyamoto & Boyle (1989) fig. 3 (p. 444)

Artiodactyla-Miy89

5

64

81

27

81

-26.5625

100

0

0

100

0

Olig-Pleist

Miyamoto et al. (1989) fig. 1A-C (p. 345)

Artiodactyla-Miy89

5

64

45

27

81

29.6875

23

2

0.666667

23

0.666667

Olig-Pleist

Miyamoto et al. (1989) fig. 1D (p. 345)

Artiodactyla-Miy93-1A

4

59

27

27

57

54.237288

7.4

2

1

7.4

1

Olig-Pleist

Miyamoto et al. (1993) fig. 19.1A/D (p. 273)

Artiodactyla-Miy93-1C

5

85

36

24

60

57.647059

18.8

1

0.333333

100

0.666667

Olig-Pli

Miyamoto et al. (1993) fig. 19.1C (p. 273)

Camelidae-Sta94

4

44

33

33

96

25

9.9

2

1

9.9

1

Olig-Pleist

Stanley et al. (1994) fig. 1 (p. 3)

Rhinocerotidae-Mor94

4

71

32

19

45

54.929577

49.8

1

0.5

49.8

0.5

Olig-Mioc

Morales & Melnick (1994) fig. 2/3 (p. 131)

Cetacea-Dou93

5

107

25

13

38

76.635514

21

1

0.333333

100

0.52

Olig-Mioc

Douzery (1993) fig. 4 (p. 1517)

Cetacea-Gre93

5

95

13

13

20

86.315789

11

3

1

11

1

Mioc

Gretarsdottir & Arnason (1993) fig. 4a/b (p. 314)

Cetacea-Mil93-1

7

121

56

19

82

53.719008

39.6

1

0.2

100

0.412698

Olig-Mioc

Milinkovitch et al. (1993) fig. 1 (p. 347)

Cetacea-Mil93-2

6

105

60

19

69

42.857143

51.4

1

0.25

100

0.18

Olig-Mioc

Milinkovitch et al. (1993) fig. 2 (p. 348)


References for mammalian molecular trees