The study of fish escape responses has provided important insights into the accelerative
motions and fast response times of these animals. In addition, the accessibility of the …

The capacity of regenerating a new structure after losing an old one is a major challenge in
the animal kingdom. Fish have emerged as an interesting model to study regeneration due …

Superfetation, the ability to simultaneously carry multiple litters of different developmental
stages in utero, is a reproductive strategy that evolved repeatedly in viviparous animal …

The escape trajectory (ET) of prey–measured as the angle relative to the predator's
approach path–plays a major role in avoiding predation. Previous geometric models predict …

Most fish swim with body undulations that result from fluid–structure interactions between the
fish's internal tissues and the surrounding water. Gaining insight into these complex fluid …

Fish show a wide diversity of body shapes which affect many aspects of their biology,
including swimming and feeding performance, and defense from predators. Deep laterally …

The ability to detect threatening stimuli and initiate an escape response is essential for
survival and under stringent evolutionary pressure. In diverse fish species, acoustic stimuli …

Most fish species use fast starts to escape from predators. Zebrafish larvae perform effective
fast starts immediately after hatching. They use a C-start, where the body curls into a C …

Maneuverability is an important factor in determining an animal's ability to navigate its
environment and succeed in predator–prey interactions. Although fish are capable of a wide …

Fish‐like robot is a special autonomous underwater vehicle with broad application
prospects. Some previous studies concentrated on the hydrodynamics of free‐swimming fish …