Sentence examples for animals decision from inspiring English sources

To see how disappointment and frustration played into the animals' decision making, study authors devised a series of experiments in which 23 chimpanzees and 15 bonobos were faced with various food-related dilemmas.

Because the increasing saliency of absence of support facilitated performance, perceptual aspects involving physical relationships are an important part of the animals' decision making, in accordance with results obtained in chimpanzees (Povinelli 2000).

The scientists teased apart the animals' decision-making process by trapping and fitting GPS collars on 25 baboons (Papio anubis) in Kenya.

To gain insight into this phenomenon, we modeled the animals' decision-making using a mechanistic model.

Detection theory provides two sets of methods of interest to ecologists studying responses to HIREC: a family of statistical modelling techniques that enable inferences about animals' decision-making processes from experimental data, and a way of determining optimal behaviour and estimated fitness under information constraints.

That said, we do not claim that information about the animals' decisions is not also contained in the population.

Thus, by helping us model and evaluate animals' decisions, detection theory can also help explain and predict variation in responses to HIREC.

Combined with the observation that striatal inactivation caused a specific decrement in timing performance, these data suggest that striatal dynamics form a central neural representation of time that guides animals' decisions about duration.

More generally, we expect that novel cues will show a wider range of discriminabilities than the cues with which the organism has coevolved, with some novel cues acting as supernormal stimuli and dominating animals' decisions (high discriminability) and others (e.g. that were absent or unimportant during evolutionary history) being ignored entirely (little to no discriminability).

The framework represents the evolution of the proximate mechanisms that underlie animal decision making, and it aligns with individual-based ecology by emphasizing the role of local information, perception, and individual behaviour.

Probability matching may be important in animal decision making, and was shown to be particularly important in the context of animals dynamically switching between locations (Houston & Mcnamara, 1987).