Sentence examples for population behaviours from inspiring English sources

Coupling synthetic gene networks to intracellular S R systems can lead to 'sociability' and reinforced population behaviours [ 44].

Wherever possible, this will employ a common specification in order to distinguish the differential impact of the factors and the extent to which these might be explained by differences in underlying population behaviours and health delivery systems.

This can be done by visually comparing the policies generated for meaningful trends (see, for example, [ 21, 22]), or by using the policies generated to simulate the behaviour of individuals within a population, and then comparing these predicted behaviours in response to different parameter values ([ 17] gives an example where both policies and population behaviours are examined).

Among this population, behaviours will be analysed by an automatic system of motion capture.

The simulations focus on both single-cell and population behaviours.

From the results of this study, we observe a gap with respect to vaccination between the usual public health risk management model and unanticipated population behaviours.

This calls for context-specific behavioural and policy interventions (1) that attempt to change population behaviour within the framework of other complex issues like culture, society, and family.

The alternative hypothesis was that epizootic events result from an increased pathogen load in host animals after the pathogens have been activated by changes in the environment, changes in host population behaviour, or shifts in abundance and distribution patterns of host (e.g., prairie dog) and vector (e.g., flea) of the disease.

In Section 4, we perform numerical analysis of the population behaviour.

The aim of this study is to create a panel of related materials with gradually changing surface characteristics in order to sustain similar individual cell adhesion and spreading, yet different cell population behaviour.

Understanding the patterns of movement and breeding within and between wildlife populations is important for the assessment of conservation status of endangered species, the development of conservation management strategies and priorities, and the prediction of population behaviour based on future threats.