Sentence examples for take a population from inspiring English sources

The "gold standard" approach would be to take a population at risk of Ebola and vaccinate half of them while giving the other half a placebo.

"At least one study suggests that if you take a population of boys between kindergarten and fourth grade, 60percentt of them have committed unsupervised fireplay, which is to say that fireplay is a common and absolutely normal part of human development".

"If you take a population, the amount of people in each house makes a difference to how many houses you might need".

Although these new genomes have served genetic research well, they are not adequate for rice breeding that has to take a population genomics approach using genotypes from a large number of rice accessions.

But even if that remains a mystery, the research could lead to the development of sonar devices or analytical techniques that could classify and identify individual fish species, making it easier to take a population census.

"If you take a population at risk, put them in substandard housing, criminalize them, and you throw police at them, you tend to make a drug problem worse, not better".

Delgado et al. (2011) argue that as conservation managers typically need to take a population-level view of performance, these novel insights may necessitate their intervention if it differs from what is selected for.

Relatively better performance in such indicators in the UK general practice may be partly due to payment based on capitation, which requires general practitioners to clearly define a population and take a population-based approach to clinical care [ 55].

One way to increase power to detect changes in the tempo and mode of molecular evolution in domesticated lineages is to take a population-level approach, with multiple individual samples for each domesticate and wild lineage.

"The list was generated by taking a population of individuals and applying to that population a set of generic parameters," the memorandum says.

By taking a population density approach in which the probability density of observing an oscillator at a point of state space is the primary variable instead of the states of all of the oscillators, we are able to seamlessly account for intrinsic noise within the oscillators and global coupling within the population.