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Table 1 Results of the JML run

From: Pleistocene climate change promoted rapid diversification of aquatic invertebrates in Southeast Australia

Distance obs./exp.

S. alp.

S. bar.

S. mea.

S. mon.

S. mun.

S. tar.

S. tas.

S. wec.

S. weh.

S. wil.

S. alp.

 

4.83

2.42

4.83

2.42

2.42

2.42

1.21#

1.21#

4.83

S. bar.

14.81

 

4.83#

2.42#

4.83#

4.83

4.83

4.83+

4.83

2.42

S. mea.

4.44

0

 

4.83#

2.42#

2.42

1.21

2.42+

2.42#

4.83

S. mon.

14.81

0

0

 

4.83#

4.83

4.83

4.83+

4.83

2.42

S. mun.

1.48

0

0

0

 

2.42

2.42#

2.42+

2.42#

4.83

S. tar.

5.92

23.70

8.89

23.70

4.44

 

2.42

2.42

2.42+

4.83

S. tas.

5.93

22.22

8.89

22.22

0

5.93

 

2.42

2.42#

4.83

S. wec.

0

1.48

1.48

1.48

1.48

5.93

4.44

 

1.21#

4.83

S. weh.

0

19.26

0

19.26

0

1.48

0

0

 

4.83

S. wil.

10.37

19.26

16.30

16.30

11.85

16.30

14.81

14.81

11.85

 
  1. Minimum genetic distance (*1,000), as estimated by JML, of STR species pairs. Lower left: observed minimum genetic distance. Upper right: expected minimum genetic distance (median). Species pairs in which the observed genetic distance is 0 due to the sharing of haplotypes are indicated by #. Species pairs in which the observed minimum genetic distance is higher than the expected distance are indicated by +. There is no case in which the probability that the minimum observed genetic distance is lower than expected is significant (p ≤ 0.05).