There is evidence that the side-blotched lizard, Uta stansburiana , and some other organisms of temperate latitudes produce fewer and larger eggs as the reproductive season progresses. There are at least two models that could explain this phenomenon.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/47737/1/442_2004_Article_BF00376891.pd
Much of life-history theory rests on fundamental assumptions about constraints on the acquisition an...
Although the adaptive significance of temperature-dependent sex determination (TSD) remains a puzzle...
The determinants of offspring size and number in the tropical oviparous multi-clutched lizard, Calot...
Species with an invariant or “fixed” clutch offer a unique opportunity to examine how variation in m...
Studies of lizards have shown that offspring size cannot be altered by manipulating clutch size in s...
Theories of density-dependent natural selection suggest that intraspecific competition will favor ju...
We studied the correlations between body size parameters (SVL and body condition) and clutch paramet...
Selection on offspring size and timing of birth or hatching could have important consequences for ma...
Models of small clutch sizes predict a number of invariant relationships between means and variances...
Ecology and Evolution published by John Wiley & Sons Ltd. Most oviparous squamate reptiles lay the...
Aim. Clutch size is a key life-history trait. In lizards, it ranges over two orders of magnitude. Th...
The fecundity-advantage-hypothesis (FAH) explains larger female size relative to male size as a corr...
Life history theory predicts that there should be an inverse relationship between offspring size and...
The optimal division of resources into offspring size vs. number is one of the classic problems in l...
Fecundity selection is one of the most influential underlying driving forces responsible for body si...
Much of life-history theory rests on fundamental assumptions about constraints on the acquisition an...
Although the adaptive significance of temperature-dependent sex determination (TSD) remains a puzzle...
The determinants of offspring size and number in the tropical oviparous multi-clutched lizard, Calot...
Species with an invariant or “fixed” clutch offer a unique opportunity to examine how variation in m...
Studies of lizards have shown that offspring size cannot be altered by manipulating clutch size in s...
Theories of density-dependent natural selection suggest that intraspecific competition will favor ju...
We studied the correlations between body size parameters (SVL and body condition) and clutch paramet...
Selection on offspring size and timing of birth or hatching could have important consequences for ma...
Models of small clutch sizes predict a number of invariant relationships between means and variances...
Ecology and Evolution published by John Wiley & Sons Ltd. Most oviparous squamate reptiles lay the...
Aim. Clutch size is a key life-history trait. In lizards, it ranges over two orders of magnitude. Th...
The fecundity-advantage-hypothesis (FAH) explains larger female size relative to male size as a corr...
Life history theory predicts that there should be an inverse relationship between offspring size and...
The optimal division of resources into offspring size vs. number is one of the classic problems in l...
Fecundity selection is one of the most influential underlying driving forces responsible for body si...
Much of life-history theory rests on fundamental assumptions about constraints on the acquisition an...
Although the adaptive significance of temperature-dependent sex determination (TSD) remains a puzzle...
The determinants of offspring size and number in the tropical oviparous multi-clutched lizard, Calot...