From cells in tissue, to bird flocks, to human crowds, living systems display a stunning variety
of collective behaviors. Yet quantifying such phenomena first requires tracking a significant …

Individual entities across levels of biological organization interact to reach collective
decisions. In centralized neuronal networks, competing neural populations commonly …

In this paper, we present a model describing the collective motion of birds. The model
introduces spontaneous changes in direction which are initialized by few agents, here …

Despite almost a century of research on energetics in biological systems, we still cannot
explain energy regulation in social groups, like ant colonies. How do individuals regulate …

Foragers within a group might increase individual foraging efficiencies by using public
information to assess local resource availability. This information is often expressed as a …

We present a comprehensive, computational method for tracking an entire colony of the
honey bee Apis mellifera using high-resolution video on a natural honeycomb background …

Honey bees make decisions regarding foraging and nest-site selection in groups ranging
from hundreds to thousands of individuals. To effectively make these decisions, bees need …

In recent years, the development of efficient numerical methods for the simulation of kinetic
dynamics plays an important role. Besides deterministic methods, such as Lagrangian …

Social insect colonies use negative as well as positive feedback signals to regulate foraging
behaviour. In ants and bees individual foragers have been observed to use negative …

CLINICAL REASONING DEVELOPMENT: ENHANCING INDEPENDENT AND GROUP
RATIONAL DECISION MAKING By Kelly Galvin Page 1 CLINICAL REASONING DEVELOPMENT …