In this paper we introduce and apply the concept of local evolvability to investigate the behaviour of populations during evolutionary search.
His commitment to broad issues of historical interpretation did not preclude taking an interest both in methodology and in an immensely important area of technical advance, using modern computing to simulate the behaviour of populations, to study both demographic and social structural issues, and the interaction between the two.
Another wing of her research explores ecological questions, such as the social and spatial behaviour of populations, the competition for breeding grounds and habitat choices, in particular.
The relative importance of different risks to individuals may influence the behaviour of populations more than the likelihood of the events causing risk or their potential outcomes (e.g. Slovic [2000]; Pidgeon et al. [2003]; Pidgeon and Fischoff, [2011]; Gaillard [2008]).
These studies are providing a new view of the kinetics and dynamics of single enzymes, as opposed to traditional enzyme kinetics, which observes the average behaviour of populations of millions of enzyme molecules.
Mathematical modelling and analysis is essential to resolve the details and model physical behaviour of populations in ultrafast spectroscopy experiments.
In summary, we show that mathematical modelling is essential to model and resolve the details of physical behaviour of populations in ultrafast spectroscopy such as pump-probe, pump-dump-probe and pump-repump-probe experiments.
In particular there will be a need for detecting regime shifts in the dynamic behaviour of populations as changes of the global environment begin to accelerate.
In plant species, the patterns of gene flow by way of seed and pollen dispersal determines the demographic behaviour of populations, the spatial distribution of neutral and selected genetic diversities, and their evolution.
