Skip to main content

Table 2 Mating type ratios for populations of species belonging to the Phialocephala fortinii s.l. - Acephala applanata species complex (PAC)

From: Sex in the PAC: A hidden affair in dark septate endophytes?

Species

Study site

Country

Marker type1

Number of strains

Mating type ratios

Gametic disequilibrium

     

Number of MLH

MAT1-1

MAT1-2

Significance2

Number of MLH3

IA4

P. turicensis

Rothwald

Austria

M

24

7

4

3

n.a.

  
 

Etang de la Gruère

Switzerland

M

203

12

9

3

*

12

0.28

 

Uetliberg

Switzerland

RFLP

145

17

9

8

 

17

0.07

 

Zürichberg

Switzerland

RFLP

48

13

7

6

 

13

0.13

P. letzii

Parabock

Switzerland

M

58

11

6

5

 

11

0.69

 

Rothwald

Austria

M

46

16

7

9

 

16

-0.01

 

Zürichberg

Switzerland

RFLP

52

18

13

5

*

18

0.12

P. europaea

Redwater

Canada

M

19

7

1

6

n.a.

  
 

Alaska

USA

M

19

12

7

5

 

13

0.41

 

Catherine Creek

USA

M

17

8

5

3

n.a.

  
 

Sierra Nevada

USA

M

10

9

7

2

n.a.

  
 

Bödmeren

Switzerland

M

28

19

7

12

 

17

-0.18

 

Scatlé

Switzerland

M

36

31

12

19

 

25

0.02

 

Rothwald

Austria

M

86

40

23

17

 

38

-0.12

 

Alpes Maritimes

France

M

77

43

24

19

 

34

0.05

 

Creux du Van

Switzerland

M

123

51

27

24

 

43

-0.08

 

Derberence

Switzerland

M

179

64

28

36

 

48

-0.05

 

Runcaglia

Switzerland

M

95

45

22

23

 

41

0.02

 

Zürichberg

Switzerland

RFLP

130

46

26

20

 

46

0.04

P. helvetica

Yuba

USA

M

25

5

3

2

n.a.

  
 

Ala Archa

Kirgistan

M

18

7

7

0

n.a.

  
 

Baikalsee

Russia

M

29

11

4

7

 

12

0.16

 

Mansfield

Canada

M

63

16

4

12

*

16

0.46

 

Sierra Nevada

USA

M

47

30

17

13

 

30

0

 

Zürichberg

Switzerland

RFLP

40

15

11

4

*

15

-0.03

 

Runcaglia

Switzerland

M

98

36

20

16

 

36

0.02

P. uotolensis

Alpes Maritimes

France

M

17

6

4

2

n.a.

  

P. subalpina

Creux du Van

Switzerland

M

13

8

6

2

n.a.

  
 

Etang de la Gruère

Switzerland

M

15

14

8

6

 

14

0.05

 

Massif Central/La Fage

France

M

70

30

14

16

 

29

-0.08

 

Sheep Creek

USA

M

12

7

2

5

n.a.

  
 

Marsh Island

USA

M

23

13

3

10

*

13

0.17

 

Pyrénées

France

M

19

13

5

6

 

13

0.92

 

Redwater

Canada

M

12

11

3

8

 

10

-0.06

 

Baikalsee

Russia

M

16

13

10

3

*

12

0.27

 

Bialowieza

Poland

M

60

40

10

30

**

40

2.12***

 

Noonday

USA

M

22

15

8

7

 

14

0.11

 

Grass Creek

USA

M

28

22

11

11

 

21

-0.22

 

Rothwald

Austria

M

43

23

12

11

 

23

0.70*

 

Derberence

Switzerland

M

37

26

11

15

 

26

1.66***

 

Valcartier

Canada

M

35

30

17

13

 

28

0.48

 

Bödmeren

Switzerland

M

90

54

23

31

 

44

0.58

 

Scatlé

Switzerland

M

118

74

42

32

 

71

0.71**

 

Alpes Maritimes

France

M

125

75

46

29

*

75

0.58*

 

Campolino

Italia

M

138

79

43

36

 

86

0.41

 

Kevo

Finland

M

138

87

44

43

 

72

0.52*

P. fortinii s.s.

Glentanar

Scottland

M

10

5

3

2

   
 

Bödmeren

Switzerland

M

10

8

4

4

   
 

Marsh Island

USA

M

17

10

5

5

 

10

-0.17

 

Noonday

USA

M

11

7

2

5

   
 

Hill of Fare

Scottland

M

23

15

9

6

 

13

-0.07

 

Valcartier

Canada

M

23

17

8

9

 

15

0.37

 

Etang de la Gruère

Switzerland

M

24

18

10

8

 

23

0.29

 

Bialowieza

Poland

M

92

51

35

16

*

51

0.05

 

La Fage

France

M

102

37

16

21

 

38

0.23

 

Le Pirou

France

M

13

11

4

7

 

11

0.22

 

Tschornohora

Ukraine

M

76

41

28

13

*

41

0.25

 

Kevo

Finland

M

100

54

24

30

 

54

0.28

CSP8

Global

Global

M

42

20

9

11

   

CSP9

Global

Global

M

10

5

4

1

n.a.

  

CSP10

Global

Global

M

30

5

4

1

n.a.

  

CSP11

Fuji

Japan

M

20

11

7

4

 

11

0.59

 

Kevo

Finland

M

12

7

4

3

n.a.

  

CSP12

Creux du Van

Switzerland

M

15

7

5

2

n.a.

  
 

Chychkan

Kirgistan

M

9

7

6

1

n.a.

  

CSP13

Creux du Van

Switzerland

M

43

23

9

12

 

23

0.66

 

Alaska

USA

M

14

10

7

3

 

11

0.41

CSP14

Kevo

Finland

M

16

14

4

10

 

14

-0.18

 

Creux du Van

Switzerland

M

21

8

6

2

n.a.

  
 

Zinal_Baiting

Switzerland

M

72

26

14

12

 

25

-0.19

CSP15

Noonday

USA

M

28

14

6

8

 

15

-0.7

CSP16

Creux du Van

Switzerland

M

9

3

2

1

n.a.

  

CSP18

Global

Global

M

20

4

1

3

n.a.

  

CSP19

Global

Global

M

30

5

4

1

n.a.

  
  1. 1 Molecular markers used for clone-correction were 11 single-copy Restriction Fragment Length Polymorphisms (RFLP) or 12 microsatellite loci (M).
  2. 2 n.a. = not available; significance test was not performed due to small sample size; * = significant deviation from a 1:1 ratio.
  3. 3 MLH = Multilocus haplotypes inferred by RFLP or M; MLHs with missing data were excluded to calculate the index of association (IA).
  4. 4 * = p < 0.05; ** = p < 0.01; *** = p < 0.001