(A) Log–log relationship between annual growth rate G and plant dry mass M across 334 plant species (data from [66]). (B) Log–log relationship between daily growth rate G and plant dry mass M across 120 RILs of A. thaliana (data from [60]). (C) Log–log relationship between daily growth rate G and plant dry mass M across 451 natural accessions of A. thaliana (data from [31]). Red lines and equations were fitted with SMA regressions. RIL, recombinant inbred line; SMA, standard major axis.</p
<p>Each open circle represents one individual plant. The solid line shows the standardized major axi...
<p>Relationship between normalised genotype temperatures (mean of three days) for Trials 4 and 5 and...
<p>Regression lines were presented for significant correlations. Each point represents the genetic v...
(A) Allometric relationship between growth rate and vegetative plant dry mass M fitted with a power-...
<p>Subplots without regression indicates that there is no significant allometric relationship at <i>...
<p>The subscript 1, 2, 3, 4 and 5 refers to clonal patches with area of <5, 5–15, 15–40, 40–100 and ...
<p><i>Stipa spp.</i> (A), <i>Cleistogenes spp.</i> (B), <i>Agropyron spp.</i> (C), and <i>Leymus spp...
<p>The figures show the standardized major axis regressions (see also <a href="http://www.plosone.or...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
<p>Allometric slopes and intercepts were gained from the log–log linear relationship, log<sub>10</su...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
<p>The relationship of baseline biomass and leaf area as a function of seed mass in the daily wateri...
<p>602 = ‘BHN 602’; 602/Cheong = refers to line ‘BHN 602’ scion grafted onto ‘Cheong Gang' rootsto...
Introduction Crop models are the most important parts of ecological models. These models could provi...
<p>Cross-species comparison of the allometric relation between tree basal area increment and previou...
<p>Each open circle represents one individual plant. The solid line shows the standardized major axi...
<p>Relationship between normalised genotype temperatures (mean of three days) for Trials 4 and 5 and...
<p>Regression lines were presented for significant correlations. Each point represents the genetic v...
(A) Allometric relationship between growth rate and vegetative plant dry mass M fitted with a power-...
<p>Subplots without regression indicates that there is no significant allometric relationship at <i>...
<p>The subscript 1, 2, 3, 4 and 5 refers to clonal patches with area of <5, 5–15, 15–40, 40–100 and ...
<p><i>Stipa spp.</i> (A), <i>Cleistogenes spp.</i> (B), <i>Agropyron spp.</i> (C), and <i>Leymus spp...
<p>The figures show the standardized major axis regressions (see also <a href="http://www.plosone.or...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
<p>Allometric slopes and intercepts were gained from the log–log linear relationship, log<sub>10</su...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
<p>The relationship of baseline biomass and leaf area as a function of seed mass in the daily wateri...
<p>602 = ‘BHN 602’; 602/Cheong = refers to line ‘BHN 602’ scion grafted onto ‘Cheong Gang' rootsto...
Introduction Crop models are the most important parts of ecological models. These models could provi...
<p>Cross-species comparison of the allometric relation between tree basal area increment and previou...
<p>Each open circle represents one individual plant. The solid line shows the standardized major axi...
<p>Relationship between normalised genotype temperatures (mean of three days) for Trials 4 and 5 and...
<p>Regression lines were presented for significant correlations. Each point represents the genetic v...