Zebrafish (Danio rerio) are rapidly gaining popularity in translational neuroscience and
behavioral research. Physiological similarity to mammals, ease of genetic manipulations …

A great challenge in neuroscience is understanding how activity in the brain gives rise to
behavior. The zebrafish is an ideal vertebrate model to address this challenge, thanks to the …

When flying or swimming, animals must adjust their own movement to compensate for
displacements induced by the flow of the surrounding air or water. These flow-induced …

Fishes are able to detect and perceive the hydrodynamic and physical environment they
inhabit and process this sensory information to guide the resultant behaviour through their …

Locomotor behaviors are critical for survival and enable animals to navigate their
environment, find food and evade predators. The circuits in the brain and spinal cord that …

Current-mediated downstream dispersal by the early developmental stages of fish in rivers
is a common phenomenon. Knowledge of patterns and processes in the dispersal, or 'drift' …

Here, we review fish rheotaxis (orientation to flow) with the goal of placing it within a larger
behavioral and multisensory context. Rheotaxis is a flexible behavior that is used by fish in a …

The zebrafish lateral line is an established model for hair cell organ damage, yet few studies
link mechanistic disruptions to changes in biologically relevant behavior. We used larval …

Zebrafish is emerging as a species of choice for the study of a number of biomechanics
problems, including balance development, schooling, and neuromuscular transmission. The …

How do sensory systems disambiguate events in the external world from signals generated
by the animal's own motor actions? One strategy is to use an" efference copy" of the motor …