Table 1 Relationships between functional redundancy and environment

From: Taxonomic and functional turnover are decoupled in European peat bogs

  

Vascular plants

Bryophytes

  

F -value

P -value

r

F -value

P -value

r

MAT

Plant community

1.3

0.26

−0.07

1.5

0.23

−0.09

 

Cluster I

19.3

≤0.001

−0.51

10.9

≤0.01

−0.41

 

Cluster II

11.4

≤0.001

0.41

3.7

0.06

0.22

TS

Plant community

0.0

0.83

0.13

6.2

≤0.01

0.29

 

Cluster I

29.0

≤0.001

0.59

34.6

≤0.001

0.63

 

Cluster II

39.6

≤0.001

−0.66

4.1

0.04

−0.24

MAP

Plant community

0.2

0.68

0.12

1.8

0.18

−0.12

 

Cluster I

5.1

≤0.05

−0.27

11.0

≤0.001

−0.40

 

Cluster II

7.2

≤0.01

0.33

0.1

0.74

0.14

SO x

Plant community

0.7

0.39

−0.06

0.2

0.64

−0.12

 

Cluster I

2.2

0.14

−0.15

0.8

0.86

−0.13

 

Cluster II

0.2

0.63

−0.12

0.2

0.68

−0.13

NH x

Plant community

0.3

0.59

−0.11

1.9

0.18

−0.13

 

Cluster I

2.6

0.11

−0.17

1.7

0.19

−0.12

 

Cluster II

0.7

0.39

−0.07

1.9

0.17

0.13

  1. Summary of generalised linear models testing the relationships between functional redundancy of vascular plants and bryophytes, and bioclimatic variables: MAT mean annual temperature, TS seasonality in temperature, MAP mean annual precipitations, SO x sulphate, and NHx nitrogen atmospheric depositions. Linear regressions were made for overall community, Cluster I species and Cluster II species. Significant correlations are in bold
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