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Table 2 Polymorphism statistics and neutrality tests for Sarea spp. and Zythia resinae

From: Sareomycetes: more diverse than meets the eye

Dataset

n

bp

Gaps/missing

s

h

Hd

Ï€ (JC)

Tajima’s D

Fu’s Fs

nuITS

 Sarea coeloplata 1

22

482

48

17

14/20

0.948

0.00662

-1.41635

-7.954(**)

 Sarea coeloplata 2

15

483

31

17

7/12

0.838

0.01186

0.05176

0.91

 Sarea difformis

17

482

28

31

13/13

0.956

0.01754

-0.58929

-2.987

 Zythia resinae

118

511

115

71

48/68

0.96

0.02835

-0.55575

-12.831(*)

nuLSU

 Sarea coeloplata 1

8

909

382

4

4/7

0.786

0.00251

-0.62573

-0.674

 Sarea coeloplata 2

8

907

381

13

4/6

0.75

0.00803

-0.84352

1.756

 Sarea difformis

10

908

415

9

7/7

0.911

0.00548

-0.67784

-2.631

 Zythia resinae

32

906

226

34

16/17

0.897

0.0114

-0.32928

-1.648

mtSSU

 Sarea coeloplata 1

5

741

35

12

4/4

0.9

0.00973

1.30583

0.98

 Sarea coeloplata 2

8

740

17

14

4/4

0.75

0.01013

1.74512

3.209

 Sarea difformis

11

750

72

33

6/8

0.8

0.01919

0.61079

3.46

 Zythia resinae

40

691

36

35

14/18

0.931

0.01301

0.08728

-0.796

  1. Polymorphism statistics and neutrality tests results for each marker (nuITS, nuLSU and mtSSU), and Sarea spp. and Zythia resinae. Columns contain the number of sequences (n), their length (in bp), the number of positions in the alignment with gaps and missing data, the number of segregating sites (s), the number of haplotypes (h; value after stroke was calculated considering gaps in the alignment), haplotype diversity (Hd), nucleotide diversity (Ï€) using the Jukes and Cantor (1969) correction, and results of neutrality tests
  2. *: 0.01<p-value<0.05; **: p-value<0.01