Results 251 to 260 of about 36,639 (306)
Allometry of cell types in planarians by single-cell transcriptomics. [PDF]
Sci AdvEmili E +6 more
europepmc +1 more source
Epidermal scale growth, allometry and function in non-avian dinosaurs and extant reptiles. [PDF]
J AnatEnriquez NJ +3 more
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Evolution of morphological allometry [PDF]
Annals of the New York Academy of Sciences, 2014 Morphological allometry refers to patterns of covariance between body parts resulting from variation in body size. Whether measured during growth (ontogenetic allometry), among individuals at similar developmental stage (static allometry), or among populations or species (evolutionary allometry), allometric relationships are often tight and relatively ...
Christophe Pelabon +2 more
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Ecology, 2021
AbstractOrganismal locomotion mediates ecological interactions and shapes community dynamics. Locomotion is constrained by intrinsic and environmental factors and integrating these factors should clarify how locomotion affects ecology across scales. We extended general theory based on metabolic scaling and biomechanics to predict the scaling of five ...
Carl S. Cloyed +4 more
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AbstractOrganismal locomotion mediates ecological interactions and shapes community dynamics. Locomotion is constrained by intrinsic and environmental factors and integrating these factors should clarify how locomotion affects ecology across scales. We extended general theory based on metabolic scaling and biomechanics to predict the scaling of five ...
Carl S. Cloyed +4 more
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Trends in Ecology & Evolution, 2008
The study of allometric and size scaling relationships is well developed in most biological fields, but lags behind in the area of animal behavior. Part of the reason for this deficit is that scaling relationships of behaviors tend to be inherently more 'noisy' than other biological scaling relationships. However, body size has a pervasive influence on
Dial, KP, Greene, E, Irschick, DJ
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The study of allometric and size scaling relationships is well developed in most biological fields, but lags behind in the area of animal behavior. Part of the reason for this deficit is that scaling relationships of behaviors tend to be inherently more 'noisy' than other biological scaling relationships. However, body size has a pervasive influence on
Dial, KP, Greene, E, Irschick, DJ
openaire +3 more sources
Journal of Theoretical Biology, 1982
Abstract Analysis of sets of intra-species and inter-species allometric relationships reveals that the inter-species data generally fit an exponential model better than a linear model. The intra-species data seem equally suited to either model. Skewness of the data and the effect of logarithmic transformations on correlation coefficients are examined
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Abstract Analysis of sets of intra-species and inter-species allometric relationships reveals that the inter-species data generally fit an exponential model better than a linear model. The intra-species data seem equally suited to either model. Skewness of the data and the effect of logarithmic transformations on correlation coefficients are examined
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International Journal of Modern Physics B, 2012
There are a substantial number of empirical relations that began with the identification of a pattern in data; were shown to have a terse power-law description; were interpreted using existing theory; reached the level of "law" and given a name; only to be subsequently fade away when it proved impossible to connect the "law" with a larger body of ...
DAMIEN WEST, BRUCE J. WEST
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There are a substantial number of empirical relations that began with the identification of a pattern in data; were shown to have a terse power-law description; were interpreted using existing theory; reached the level of "law" and given a name; only to be subsequently fade away when it proved impossible to connect the "law" with a larger body of ...
DAMIEN WEST, BRUCE J. WEST
openaire +1 more source
Growth, development, and aging : GDA, 1993
A multiphasic linear model is presented that describes the allometric relation between body components and permits a smooth transition from one linear segment to the next. Three applications of a diphasic linear model to allometric growth problems were used to illustrate the model.
Koops, W.J., Grossman, M.
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A multiphasic linear model is presented that describes the allometric relation between body components and permits a smooth transition from one linear segment to the next. Three applications of a diphasic linear model to allometric growth problems were used to illustrate the model.
Koops, W.J., Grossman, M.
openaire +2 more sources