In this diploma thesis has been tested potential of maternal influences on body growth at two model groups of geckos with large interspecific body size variability. The effect of egg manipulation to hatchling size was proved to be significant for hatchlings at both model species Paroedura picta and Goniurosaurus lichtenfelderi. However, in adult animals, there were no more significant body size differences caused by egg manipulation. It leads to conclusion that both species of geckos have compensatory growth and its adult size is likely to be primarily genetically determined. Key words: maternal effect, egg manipulation, body growth, allometric engeneering, Paroedura picta, Goniurosaurus lichtenfelder
We studied the correlations between body size parameters (SVL and body condition) and clutch paramet...
1. Aspects of female ‘offspring size vs number’ strategies were studied in the viviparous Common L...
Two main adaptive hypotheses are invoked for the evolution of SD: sexual selection and natural selec...
Presented Ph.D. thesis contains an introduction and four chapters concerning reproductive strategies...
Species with an invariant or “fixed” clutch offer a unique opportunity to examine how variation in m...
Previous studies of the relationship between egg size and the embryonic development time showed a po...
Previous studies of the relationship between egg size and the embryonic development time showed a po...
Organisms exhibit plasticity in response to their environment, but there is large variation even wit...
Body size has a potential to influence almost any trait in animal biology. The thesis contains four ...
In ectothermic vertebrates, body segmentation is often linked to final body length. This thesis focu...
Sexual dimorphism (SD) is a common trait in animals, appearing due to sexual selection, fecundity se...
The sexual size dimorphism (SSD) is widespread among animals but proximate mechanisms of its ontogen...
Two main adaptive hypotheses are invoked for the evolution of SD: sexual selection and natural selec...
Evolutionary responses to selection require that traits have a heritable basis, yet maternal effects...
Fecundity selection is one of the most influential underlying driving forces responsible for body si...
We studied the correlations between body size parameters (SVL and body condition) and clutch paramet...
1. Aspects of female ‘offspring size vs number’ strategies were studied in the viviparous Common L...
Two main adaptive hypotheses are invoked for the evolution of SD: sexual selection and natural selec...
Presented Ph.D. thesis contains an introduction and four chapters concerning reproductive strategies...
Species with an invariant or “fixed” clutch offer a unique opportunity to examine how variation in m...
Previous studies of the relationship between egg size and the embryonic development time showed a po...
Previous studies of the relationship between egg size and the embryonic development time showed a po...
Organisms exhibit plasticity in response to their environment, but there is large variation even wit...
Body size has a potential to influence almost any trait in animal biology. The thesis contains four ...
In ectothermic vertebrates, body segmentation is often linked to final body length. This thesis focu...
Sexual dimorphism (SD) is a common trait in animals, appearing due to sexual selection, fecundity se...
The sexual size dimorphism (SSD) is widespread among animals but proximate mechanisms of its ontogen...
Two main adaptive hypotheses are invoked for the evolution of SD: sexual selection and natural selec...
Evolutionary responses to selection require that traits have a heritable basis, yet maternal effects...
Fecundity selection is one of the most influential underlying driving forces responsible for body si...
We studied the correlations between body size parameters (SVL and body condition) and clutch paramet...
1. Aspects of female ‘offspring size vs number’ strategies were studied in the viviparous Common L...
Two main adaptive hypotheses are invoked for the evolution of SD: sexual selection and natural selec...