<p><i>a</i><sub>1</sub> represents an insensitive parental strategy, and <i>a</i><sub>5</sub> the most sensitive parental strategy. The solicitation locus is allowed to mutate among the five alleles and evolve. <i>x</i><sub>1</sub> is a non-soliciting strategy, <i>x</i><sub>5</sub> the highest solicitation strategy. and adapt to the parental sensitivity present in the parental sub-population. The mean and 95% percentiles of the distribution of evolutionary outcomes are shown for the frequencies of each solicitation allele after 500 generations.</p
Methods to formulate and maximize response to selection for a quantitative trait over multiple gener...
<p>(<b>A</b>) Simulation was initiated by randomly choosing population members each consisting of 2...
International audiencePopulation viscosity, i.e., low emigration out of the natal deme, leads to hig...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
An example of the evolution of the interacting behaviours of parents and progeny is studied using it...
Selection on estimated breeding value (EBV) alone maximises response to selection observed in the ne...
<p>Results of the simulations performed using the R-script “<i>BreedingPlanSturgeon</i>” to test: (a...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
International audienceThe inheritance of characteristics induced by the environment has often been o...
The inheritance of characteristics induced by the environment has often been opposed to the theory o...
Parentage is the proportion of juveniles in a brood that are offspring of potential care givers. We ...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
Benefits from the use of optimised selection for maximising genetic gain while constraining the rate...
An approximate theory of mid-term selection for a quantitative trait is developed for the case when...
Theoretical quantitative and population genetics were used to investigate the introgression of exoti...
Methods to formulate and maximize response to selection for a quantitative trait over multiple gener...
<p>(<b>A</b>) Simulation was initiated by randomly choosing population members each consisting of 2...
International audiencePopulation viscosity, i.e., low emigration out of the natal deme, leads to hig...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
An example of the evolution of the interacting behaviours of parents and progeny is studied using it...
Selection on estimated breeding value (EBV) alone maximises response to selection observed in the ne...
<p>Results of the simulations performed using the R-script “<i>BreedingPlanSturgeon</i>” to test: (a...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
International audienceThe inheritance of characteristics induced by the environment has often been o...
The inheritance of characteristics induced by the environment has often been opposed to the theory o...
Parentage is the proportion of juveniles in a brood that are offspring of potential care givers. We ...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
Benefits from the use of optimised selection for maximising genetic gain while constraining the rate...
An approximate theory of mid-term selection for a quantitative trait is developed for the case when...
Theoretical quantitative and population genetics were used to investigate the introgression of exoti...
Methods to formulate and maximize response to selection for a quantitative trait over multiple gener...
<p>(<b>A</b>) Simulation was initiated by randomly choosing population members each consisting of 2...
International audiencePopulation viscosity, i.e., low emigration out of the natal deme, leads to hig...