<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent leaves. Lines are shown if the linear regressions were significant at <i>P</i> < 0.05, n: number of samples, ns: no significant correlation. The N and P content are mass-based (mg g<sup>–1</sup>).</p
<p>Measured plant biomass was obtained after weighing all the plants of the collection. Measured pla...
<p>Linear regression is shown although a log-linear relationship had slightly higher degree of expla...
<p>nm- not measured ns- non-significant.</p><p>HR to HL- Hydroponic Root to Hydroponic Leaf, HL to S...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
†<p>: MH: Plant maximum height; LDMC-M: Leaf dry matter content of mature leaves; LDMC-F: Leaf dry m...
<p>Correlation between leaf δ<sup>13</sup>C and leaf N<sub>mass</sub> for different plant groups.</p
<p>(a) all plants (<i>R</i><sup>2</sup> = 0.229, n = 460), (b)moss (<i>R</i><sup>2</sup> = 0.651, n ...
<p>The correlation coefficients are 0.62 (<i>P</i><0.05) and 0.40 (<i>P</i>>0.05) in (a), and 0.56 (...
(a) Relationship between nitrogen and phosphorus ratio index and nitrogen content of leaves; (b) rel...
<p>Regression lines were presented for significant correlations. Each point represents the genetic v...
log10LN = α log10LP + log10 β; “√” indicates that there is no significant difference between N and P...
<p><b>A)</b> Linear regressions of leaf mass per area (LMA) with leaf volume per area (LVA or thickn...
Multiple comparisons were made for each group of trees and shrubs, evergreen and deciduous, conifero...
<p>Measured plant biomass was obtained after weighing all the plants of the collection. Measured pla...
<p>Linear regression is shown although a log-linear relationship had slightly higher degree of expla...
<p>nm- not measured ns- non-significant.</p><p>HR to HL- Hydroponic Root to Hydroponic Leaf, HL to S...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
<p>H: herb species, W: woody species with non-succulent leaves, WS: woody species with succulent lea...
†<p>: MH: Plant maximum height; LDMC-M: Leaf dry matter content of mature leaves; LDMC-F: Leaf dry m...
<p>Correlation between leaf δ<sup>13</sup>C and leaf N<sub>mass</sub> for different plant groups.</p
<p>(a) all plants (<i>R</i><sup>2</sup> = 0.229, n = 460), (b)moss (<i>R</i><sup>2</sup> = 0.651, n ...
<p>The correlation coefficients are 0.62 (<i>P</i><0.05) and 0.40 (<i>P</i>>0.05) in (a), and 0.56 (...
(a) Relationship between nitrogen and phosphorus ratio index and nitrogen content of leaves; (b) rel...
<p>Regression lines were presented for significant correlations. Each point represents the genetic v...
log10LN = α log10LP + log10 β; “√” indicates that there is no significant difference between N and P...
<p><b>A)</b> Linear regressions of leaf mass per area (LMA) with leaf volume per area (LVA or thickn...
Multiple comparisons were made for each group of trees and shrubs, evergreen and deciduous, conifero...
<p>Measured plant biomass was obtained after weighing all the plants of the collection. Measured pla...
<p>Linear regression is shown although a log-linear relationship had slightly higher degree of expla...
<p>nm- not measured ns- non-significant.</p><p>HR to HL- Hydroponic Root to Hydroponic Leaf, HL to S...