We reformulate the biphasic growth model of Quince et al. (2008a) and generalize it to allow for non-isometric growth. Identical growth curves can result in widely different levels of reproductive investment. Fitness depends on reproductive investment, thus size is not all that matters. The value of the allometric scaling exponent has dramatic effects on evolutionary predictions. a r t i c l e i n f o Article history
Allometry is a description of organismal growth. Historically, a simple power law has been used most...
Ontogenetic growth can be described by mathematical equations constructed on the goodness of fit. Re...
1.Within many species, larger offspring have higher fitness. While the presence of an offspring size...
Several phenomenological descriptions, such as the von Bertalanffy growth model, have been widely us...
AbstractSeveral phenomenological descriptions, such as the von Bertalanffy growth model, have been w...
This article develops a new evolutionary model for life histories by combining a new production-grow...
Understanding evolutionary coordination among different life‐history traits is a key challenge for e...
Sexual size dimorphism (SSD) describes divergent body sizes of adult males and females. While SSD ha...
Models which define fitness in terms of per capita rate of increase of phenotypes are used to analys...
Classic methods of population genetics can be applied for traits not affecting generation length. Ho...
Introducing fertility choice into an R&D-based semi-endogenous growth model makes it possible fo...
Several evolutionary optimal models of human plasticity in age and nutritional status at reproductiv...
Ontogenetic growth functions provide basic information in biological and ecological studies. Various...
in different periods. He found no correlation between rapidity of growth, either during adolescence ...
Julian HUXLEY (1924) came to the conclusion that intra-specific growth usually follows a sequence of...
Allometry is a description of organismal growth. Historically, a simple power law has been used most...
Ontogenetic growth can be described by mathematical equations constructed on the goodness of fit. Re...
1.Within many species, larger offspring have higher fitness. While the presence of an offspring size...
Several phenomenological descriptions, such as the von Bertalanffy growth model, have been widely us...
AbstractSeveral phenomenological descriptions, such as the von Bertalanffy growth model, have been w...
This article develops a new evolutionary model for life histories by combining a new production-grow...
Understanding evolutionary coordination among different life‐history traits is a key challenge for e...
Sexual size dimorphism (SSD) describes divergent body sizes of adult males and females. While SSD ha...
Models which define fitness in terms of per capita rate of increase of phenotypes are used to analys...
Classic methods of population genetics can be applied for traits not affecting generation length. Ho...
Introducing fertility choice into an R&D-based semi-endogenous growth model makes it possible fo...
Several evolutionary optimal models of human plasticity in age and nutritional status at reproductiv...
Ontogenetic growth functions provide basic information in biological and ecological studies. Various...
in different periods. He found no correlation between rapidity of growth, either during adolescence ...
Julian HUXLEY (1924) came to the conclusion that intra-specific growth usually follows a sequence of...
Allometry is a description of organismal growth. Historically, a simple power law has been used most...
Ontogenetic growth can be described by mathematical equations constructed on the goodness of fit. Re...
1.Within many species, larger offspring have higher fitness. While the presence of an offspring size...