Add to ORKGNot AvailableIn allometric relationships,only 2 parameters are compared at anyone time. Moreover, inferences about the proximate or mechanistic causes will result in differences in the intercept and slope of the allometry, hence comparisons among taxa are risky because many factors influence morphological and physiological traitsNot Availabl
To what extent within-species (static) allometries constitute a constraint on evolution is the subje...
<p>AH headed columns refer to ahistorical comparisons (i.e without phylogenetic corrections), while ...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
Morphological allometry refers to patterns of covariance between body parts resulting from variation...
Not AvailableA comparative study of linear and non· linear parameter estimation procedures for allom...
Allometry studies describe how phenotypic traits increase relative to the increase of the size of th...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
Morphological traits often covary within and among species according to simple power laws referred t...
<p>Slopes significantly greater than zero are positively allometric (grey background; the measure be...
The evolution of continuous traits is the central component of comparative analyses in phylogenetics...
The allometry relationship (AR) between two properties of a living network X and Y is X=aYb where on...
<p>Both <i>x</i> and <i>y</i> are of the same dimensionality, as in a brain mass ~ body mass relatio...
Fitting a line to a bivariate dataset can be a deceptively complex problem, and there has been much ...
International audienceAllometric relationships describe patterns of proportional covariation between...
To what extent within-species (static) allometries constitute a constraint on evolution is the subje...
<p>AH headed columns refer to ahistorical comparisons (i.e without phylogenetic corrections), while ...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
Morphological allometry refers to patterns of covariance between body parts resulting from variation...
Not AvailableA comparative study of linear and non· linear parameter estimation procedures for allom...
Allometry studies describe how phenotypic traits increase relative to the increase of the size of th...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
Morphological traits often covary within and among species according to simple power laws referred t...
<p>Slopes significantly greater than zero are positively allometric (grey background; the measure be...
The evolution of continuous traits is the central component of comparative analyses in phylogenetics...
The allometry relationship (AR) between two properties of a living network X and Y is X=aYb where on...
<p>Both <i>x</i> and <i>y</i> are of the same dimensionality, as in a brain mass ~ body mass relatio...
Fitting a line to a bivariate dataset can be a deceptively complex problem, and there has been much ...
International audienceAllometric relationships describe patterns of proportional covariation between...
To what extent within-species (static) allometries constitute a constraint on evolution is the subje...
<p>AH headed columns refer to ahistorical comparisons (i.e without phylogenetic corrections), while ...
Biological scaling analyses employing the widely used bivariate allometric model are beset by at lea...