data

dat

data used for Age at First Reproduction

this file contains ages at first reproduction and weight at first reproductio

Pedigree file.

3-generational pedigree file, containing G2 and G1's ancestors. Note that names starting by "f" or "m", at the beginning of the file, refer to G0 individuals that were inferred by parentage analysis based on microsatellites

Nymphal growth traits.

Growth traits of G2 individuals analyzed in the present study. "individual" is the name of G2 individuals that were analyzed. "mother" and "father" refer to their G1 parents

comportment observations data DRYAD

this file contains all data from observations of sexual comportment: time spent on copulation male and female, number of partners, number of copulations..

Some possibilities of heteroskedasticity modeling with applications to non-life insurance

Title: Some possibilities of heteroskedasticity modeling with applications to non-life insurance Author:Petra Pavlačková Department: Department of Probability and Mathematical Statistics Supervisor: Ing. Zimmermann Pavel, Ph.d. Abstract: This thesis deals with the possibilities of modeling heteroskedasticity using generalized linear models. It summarizes the assumption for these models and their application in practice. It shows the practical need for these models. Furthermore, the thesis deals with the modeling of variance using other methods than generalized lienar models - such as generalized additive models or local regression. Comparison of methods is graphically demonstrated. Keywords: Dispersion parameter, variance function, Joint modelling of mean and dispersio

Schistocerca gregaria genotypes from 10 microsatellite markers

"Egg-pod ID" is the identity oh the egg-pod received in the lab. "Offspring ID" refers to individuals within each egg-pod. "Used as G2 parents", when "yes", means that this individuals was successfully mated and produced G2 offspring that were analyzed in the present study. The rest of the headers refer to the microsatellites, grouped by2

Extra molting probability for each sex as a function of L2 maximum body weight.

<p>Circles (filled for males and open for females) represent the proportion of extra molting observed in groups of individuals every 10mg of maximum L2 body weight. Curves (continuous for males and dashed for females) represent the fit (and associated standard error) of the following GLM logistic regression model: (extra molting)~(maximum L2 body weight):(sex) (backwardly-selected by AIC). The horizontal dotted line shows the 95% probability above which individuals undergo an extra molt. Vertical lines show the corresponding body weight thresholds for each sex, i.e. the 2nd-instar body weight under which the predicted extra-molting probability exceeded 95%: 55mg for males and 68mg for females.</p

Genetic parameters of each trait of nymphal development in <i>S</i>. <i>gregaria</i>.

<p>Genetic parameters of each trait of nymphal development in <i>S</i>. <i>gregaria</i>.</p

Inbreeding Depression first experiment DRYAD

Inbreeding Depression first experiment DRYA