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Table 2 Biomass equations by tree species

From: Estimating forest aboveground biomass by low density lidar data in mixed broad-leaved forests in the Italian Pre-Alps

Species name

Equation

Parameters

Reference

a

b

c

Acer campestre (L.)

a · (DBH)b

0.05

2.67

 

Alberti et al. 2006

Betula pendula (Roth)

a · [(DBH)2 · H]b

0.5443

0.65270

 

Hamburg et al. 1997

Castanea sativa (Miller)

a · (DBH)b

0.137

2.247

 

Leonardi et al. 1996

Corylus avellana (L.)

a · (H)b

0.0768

1.8329

 

Hamburg et al. 1997

Fagus sylvatica (L.)

a + b · (DBH)2 · H

1.6409

0.030775

 

Tabacchi et al. 2011

Fraxinus excelsior (L.)

a · (DBH)b

0.11

2.49

 

Alberti et al. 2006

Populus tremula (L.)

a · (DBH)b

0.0519

2.545

 

Zianis et al. 2005

Prunus avium (L.)

a · (DBH)b

0.12

2.33

 

Alberti et al. 2006

Quercus petraea (Matt.) Liebl.

a · (DBH)b

0.2176

2.0513

 

Alberti et al. 2006

Tilia cordata (Miller)

ln(ABW) = a + b · ln(DBH)

−2.6788

2.4542

 

Zianis et al. 2005

Ostrya carpinifolia (Scop.)

a + b · DBH · H + c · DBH2

−4.5877

5.2638 · 10−3

4.09 · 10−1

Gasparini et al. 1998

  1. DBH = Diameter at breast height; H = Plant height; ln = natural logarithm; ABW = Total aboveground woody biomass.
  2. The format of the biomass equation is given in the column labelled Equation, and a, b, and c are parameter values. References to the original papers according to authors.