<p>n, number of samples; Slope, the scaling exponent of the log–log linear functions; Intercept, the allometric constant of log–log linear functions; <i>r</i>, the coefficient of determination.</p
<p><i>β</i> is the exponent as a consequence of individual <i>M</i><sub>L</sub> (leaf mass, tons/ind...
<p>The model is estimated using reduced major axis regression method (n = 6153). ** significant at α...
Based on the isometric hypothesis, belowground plant biomass (MB) should scale isometrically with ab...
<p>n is number of samples, Slope is the scaling exponent of the regressions, <i>r</i> is coefficient...
<p><i>W<sub>L</sub></i>, <i>W<sub>W</sub></i>, <i>DBH</i>, <i>BD</i>, <i>H</i> are biomass of leaf (...
<p>Arithmetic mean or median values are presented to compare with other studies.</p
<p>Total stem biomass is denoted with filled symbols and dashed lines. Maximum stem biomass is denot...
Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- and abov...
<div><p>Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- ...
Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- and abov...
Accurate estimates of tree component and aboveground biomass strongly depend on robust and precise a...
<p><i>AGB</i>: aboveground dry biomass (kg), <i>D</i>: diameter at breast height (cm), <i>H</i>: tre...
<p>The figures show the standardized major axis regressions (see also <a href="http://www.plosone.or...
1 Metabolic scaling theory predicts that the rate of resource use per unit area is independent of th...
<p>The model with the best fit among linear, quadratic and power function models is presented. * sig...
<p><i>β</i> is the exponent as a consequence of individual <i>M</i><sub>L</sub> (leaf mass, tons/ind...
<p>The model is estimated using reduced major axis regression method (n = 6153). ** significant at α...
Based on the isometric hypothesis, belowground plant biomass (MB) should scale isometrically with ab...
<p>n is number of samples, Slope is the scaling exponent of the regressions, <i>r</i> is coefficient...
<p><i>W<sub>L</sub></i>, <i>W<sub>W</sub></i>, <i>DBH</i>, <i>BD</i>, <i>H</i> are biomass of leaf (...
<p>Arithmetic mean or median values are presented to compare with other studies.</p
<p>Total stem biomass is denoted with filled symbols and dashed lines. Maximum stem biomass is denot...
Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- and abov...
<div><p>Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- ...
Root to shoot ratio (RS) is commonly used to describe the biomass allocation between below- and abov...
Accurate estimates of tree component and aboveground biomass strongly depend on robust and precise a...
<p><i>AGB</i>: aboveground dry biomass (kg), <i>D</i>: diameter at breast height (cm), <i>H</i>: tre...
<p>The figures show the standardized major axis regressions (see also <a href="http://www.plosone.or...
1 Metabolic scaling theory predicts that the rate of resource use per unit area is independent of th...
<p>The model with the best fit among linear, quadratic and power function models is presented. * sig...
<p><i>β</i> is the exponent as a consequence of individual <i>M</i><sub>L</sub> (leaf mass, tons/ind...
<p>The model is estimated using reduced major axis regression method (n = 6153). ** significant at α...
Based on the isometric hypothesis, belowground plant biomass (MB) should scale isometrically with ab...