<p>Slopes for R<sub>BL</sub> of each body part regressed against BL is shown. The mean and 95% CI (green = +, red = −) of each colony sample is shown. Isometry is indicated by the horizontal line at zero on the ordinate. In most species, GL was positively allometric, PL negatively and HL and AL isometric. S. geminata was exceptional in these allometries.</p
The metabolic rate and its scaling relationship to colony size were studied in the colonial ascidian...
If the proportions of two features of an organism change during its growth, their relationships can ...
Empirical evidence suggests that Rensch's rule of allometric scaling of male and female body size, w...
<p>When all species were combined, weight<sup>−3</sup> increased slightly faster than length (log lo...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
<p>A–F depict static allometric scaling relationships of select body characters with metasoma segmen...
Morphological allometry refers to patterns of covariance between body parts resulting from variation...
<p>Size-related changes in shape follow similar patterns in all species except <i>S. geminata</i> in...
<p>Slopes significantly greater than zero are positively allometric (grey background; the measure be...
Morphological traits often covary within and among species according to simple power laws referred t...
The surface area-to-volume ratio of cells is one of the key factors affecting fundamental biological...
Abstract: Self-similar systems are best described as power functions, known as allometric scaling re...
Quantitative traits are an important part of tardigrade taxonomy for both heterotardigrades and euta...
<p><b>Allometric measurements for (a) carapace length and (b) chela length on preserved, sponge-dwel...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
The metabolic rate and its scaling relationship to colony size were studied in the colonial ascidian...
If the proportions of two features of an organism change during its growth, their relationships can ...
Empirical evidence suggests that Rensch's rule of allometric scaling of male and female body size, w...
<p>When all species were combined, weight<sup>−3</sup> increased slightly faster than length (log lo...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
<p>A–F depict static allometric scaling relationships of select body characters with metasoma segmen...
Morphological allometry refers to patterns of covariance between body parts resulting from variation...
<p>Size-related changes in shape follow similar patterns in all species except <i>S. geminata</i> in...
<p>Slopes significantly greater than zero are positively allometric (grey background; the measure be...
Morphological traits often covary within and among species according to simple power laws referred t...
The surface area-to-volume ratio of cells is one of the key factors affecting fundamental biological...
Abstract: Self-similar systems are best described as power functions, known as allometric scaling re...
Quantitative traits are an important part of tardigrade taxonomy for both heterotardigrades and euta...
<p><b>Allometric measurements for (a) carapace length and (b) chela length on preserved, sponge-dwel...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
The metabolic rate and its scaling relationship to colony size were studied in the colonial ascidian...
If the proportions of two features of an organism change during its growth, their relationships can ...
Empirical evidence suggests that Rensch's rule of allometric scaling of male and female body size, w...