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Table 3 Estimates of effective population sizes (Ne) of Vibrionaceae clades isolated from Poza Rojas, CCB, obtained through simulations with Fastsimcoal2 [44, 45], and comparative values from other organisms

From: Population genomics of Vibrionaceae isolated from an endangered oasis reveals local adaptation after an environmental perturbation

Group Clade

Sample size

Median Value

Range

Environment

Reference

Lower value

Larger value

Clade I

3

12,822,270

10,110,043

16,231,765

Sediment

This work

Clade II

 Sub-clade A

4

55,938

34,079

392,104

Sediment

This work

 Sub-clade D

6

20,849

2795

218,603

Water-Sediment

This work

 Sub-clade G

4

29,791

6174

226,658

Water-Sediment

This work

 Clade III

4

15,018,880

8,970,283

22,432,331

Water-Sediment

This work

 Clade IV

4

383,067

345,564

427,557

Sediment

This work

 Clade V

4

9,594,874

5,894,074

12,914,770

Sediment

This work

 Clade VI

3

4,141,870

2,582,483

10,645,019

Sediment

This work

H. pylori

 

39,665,437

[46]

S. enterica

 

348,991,354

[46]

E. coli

 

179,600,000

[46]

H. sapiens

 

20,348

[46]

A. thaliana

 

266,769

[47]

C. elegans

 

3,998,701

[48]

T. brucei

 

5,332,244

[46]

  1. First column shows the names of the CCB Clades and reference strains used for the calculus, second column represents the number of strains within each group, followed by the median Ne value estimated and the range. Last two columns display the isolation environment and the reference