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Table 5 Results of a non– parametric Kruskal–Wallis analysis of variance (ANOVA), calculated from Mosimann’s variables for differences between continental and Chiloé Island samples of Rhyncholestes raphaunurus Osgood. Total number of specimens (n), and number of specimens for continental Chile and Chiloé Island are indicated for each measurement. Asterisks mark significant differences (if existent) for sequential Bonferroni-corrected values, following Rice [39]. See text for variable abbreviations

From: Variability and variation in Rhyncholestes raphanurus Osgood (Paucituberculata, Caenolestidae)

Variable

n

n Continental Chile

n Chiloé

H

P-value

Sequential Bonferroni values at P = 0.05

TTL

75

62

13

1.27

0.2596

0.0167

HBL

75

62

13

3.44

0.0634

0.0100

TL

75

62

13

1.3

0.2531

0.0125

F

74

61

13

0.44

0.5012

0.0250

E

74

62

12

0.02

0.8782

0.0500

GSL

50

46

4

1.8

0.1799

0.0036

ZB

50

46

4

0.65

0.4208

0.0071

PL

51

47

4

1.64

0.2008

0.0042

CW

51

47

4

1.87

0.169

0.0033

PWP3

25

23

2

1.7

0.1914

0.0038

PWM1

50

46

4

0.12

0.7336

0.0125

PWM3

51

47

4

10.39

0.0012*

0.0014

LINOR

52

48

4

0.18

0.6671

0.0100

NL

8

4

4

3.87

0.0492

0.0021

BW

50

46

4

2.54

0.1105

0.0025

CBL

51

47

4

1.9

0.1674

0.0031

BB

48

44

4

2.1

0.1461

0.0029

MW

26

24

2

2.18

0.1374

0.0028

MHp3

26

24

2

2.30E– 03

0.9615

0.0500

MHm1

26

24

2

1.56

0.203

0.0045

MHm3

26

24

2

0.01

0.923

0.0250

dP1 – M3

50

46

4

4.98

0.0253

0.0019

dP1 – M4

52

48

4

5.78

0.0161

0.0018

P3 – M3

52

48

4

8.72

0.0031

0.0016

P3 – M4

52

48

4

8.62

0.0033

0.0016

M1 – M3

52

48

4

10.2

0.0014*

0.00142

M1 – M4

52

48

4

9.24

0.0023

0.0015

LM1

52

48

4

4.17

0.0399

0.0020

WM1

52

48

4

2.23

0.1306

0.0026

LM3

52

48

4

4.9

0.0249

0.0019

WM3

26

24

2

3.52

0.0538

0.0022

dp1 – m3

26

24

2

0.01

0.9225

0.0167

dp1 – m4

26

24

2

0.19

0.6616

0.0083

dp2 – m3

26

24

2

2.68

0.1013

0.0024

dp2 – m4

26

24

2

3.34

0.0672

0.0023

p3 – m3

52

48

4

1.49

0.2224

0.0050

p3 – m4

52

48

4

1.44

0.2285

0.0056

m1 – m3

52

48

4

6.99

0.0081

0.0017

m1 – m4

52

48

4

8.93

0.0028

0.0015

Lm1

52

48

4

5.94

0.0138

0.0017

Wm1

52

48

4

0.96

0.321

0.0063