Movement of fishes in the aquatic realm is fundamental to their ecology and survival.
Movement can be driven by a variety of biological, physiological and environmental factors …

Group‐hunting is ubiquitous across animal taxa and has received considerable attention in
the context of its functions. By contrast much less is known about the mechanisms by which …

Zebrafish constitute a convenient laboratory–based biological system for studying collective
behavior. It is possible to interpret a group of zebrafish as a system of interacting agents and …

One of the most spectacular displays of social behavior is the synchronized movements that
many animal groups perform to travel, forage and escape from predators. However …

Biomimetic robots that replace living social interaction partners can help elucidate the
underlying interaction rules in animal groups. Our review focuses on the use of interactive …

This study aims to present a novel flocking algorithm for robotic fish that will aid the study of
fish in their natural environment. The algorithm, fish-inspired robotic algorithm (FIRA) …

As individual animals are exposed to varying environmental conditions, phenotypic plasticity
will occur in a vast array of physiological traits. For example, shifts in factors such as …

Mass-rearing procedures of insect species, often used in biological control and Sterile Insect
Technique, can reduce the insects competitiveness in foraging, dispersal, and mating. The …

We studied how the interactions among animals in a collective allow for the transfer of
information. We performed laboratory experiments to study how zebrafish in a collective …

Collective motion is commonly modeled with static interaction rules between agents.
Substantial empirical evidence indicates, however, that animals may adapt their interaction …