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Table 1 Microsatellite genetic variation in C. australis.

From: Dispersal and population structure at different spatial scales in the subterranean rodent Ctenomys australis

  

Eastern

Central

Western

Locus

At

N i

H o

H e

N i

H o

H e

N i

H o

H e

Soc1

3

3

0.1

0.09

1

--

--

2

0.21

0.19

Soc2

6

5

0.69

0.74

6

0.85

0.76

6

0.69

0.76

Soc5

6

6

0.69

0.62

4

0.46

0.48

5

0.6

0.71

Soc6

5

4

0.37

0.35

3

0.54

0.43

3

0.4

0.33

Soc8

4

4

0.86*

0.66

3

0.85

0.65

3

0.73

0.59

Hai3

6

6

0.84*

0.61

3

0.62

0.45

5

0.63

0.53

Hai4

5

4

0.75

0.65

5

0.62

0.58

4

0.83*

0.65

Hai11

3

3

0.57

0.55

2

0.23

0.21

2

0.38

0.41

Mean

  

0.61

0.53

 

0.6

0.51

 

0.56

0.52

A

4.75

4.38

  

3.38

  

3.75

  

%P

 

100

87.5

100

N ♂

 

28

7

17

N ♀

 

23

6

31

N SSA

 

4

2

7

N SA-A

 

47

11

41

N T

 

51

13

48

  1. Number of alleles per locus (At), number of alleles per population (Ni), observed heterozygosity (Ho) and expected heterozygosity (He) by locus for each geographical sample (Eastern, Central and Western). --, Monomorphic; Mean, average over eight loci; A, average number of alleles (allelic richness); %P, percentage of polymorphic loci. N♂, male sample size; N♀, female sample size; NSSA, smaller subadults sample size (between 160 to 210 g); NSA-A, larger subadults and adults sample size (bigger than 210 g); NT, total sample size. All individuals belong to a post-dispersal age [8, 11]. Significant deviations between observed and expected levels of heterozygosity in each geographical sample and locus by locus are shown. * 0.001 < P < 0.05; and ** P < 0.001.
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BMC Genomic Data

ISSN: 2730-6844

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