Skip to main content

Table 4 The linear regression equation of the different carbon pools of Chilimo dry afromontane forest

From: Temporal variation of ecosystem carbon pools along altitudinal gradient and slope: the case of Chilimo dry afromontane natural forest, Central Highlands of Ethiopia

SN

Equation

SE

t value

Pr > /t/

Adj. R2

1

HUCD2012 = − 0.6563 + 41.6202DWCD2012

0.60

0.21

− 1.09

34.36

0.286

< 2e−16***

0.98

2

HUCD2017 = − 1.0623 + 20.5616HbCD2017

0.37

0.74

− 2.86

27.85

0.00887**

< 2e−16***

0.97

3

HUCD2017 = − 0.6336 + 20.2528DWCD2012

0.25

0.49

− 2.59

41.00

0.0166*

< 2e−16***

0.97

4

HbCD2017 = 0.0461198 + 0.0230173HUCD2012

0.01

0.001

3.29

33.20

0.00324**

< 2e−16***

0.98

5

HbCD2017 = 0.02648 + 0.97002 DWCD2012

0.01

0.03

2.15

39.05

0.0424*

< 2e−16***

0.99

6

StCD2012 = 0.25923 + 0.72541StCD2017

0.18

0.08

1.461

9.152

0.151

1.4e−11***

0.66

  1. Where: DWCD Dead wood carbon density, HbCD Herbaceous carbon density, HUCD Humus carbon density, StCD Stump carbon density, Pr Probability, S.N. Series number, SE Standard error, Adj. R2 Adjusted R squared and /t/t-value