Mantis shrimp of the species Neogonodactylus oerstedii occupy small burrows in shallow
waters throughout the Caribbean. These animals use path integration, a vector-based …

Mantis shrimp commonly occupy burrows in shallow, tropical waters. These habitats are
often structurally complex where many potential landmarks are available. Mantis shrimp of …

Path integration is a robust mechanism that many animals employ to return to specific
locations, typically their homes, during navigation. This efficient navigational strategy has …

Nudibranch mollusks have structurally simple eyes whose behavioral roles have not been
established. We tested the effects of visual stimuli on the behavior of the nudibranch Berghia …

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 …

Foraging fiddler crabs form a strict spatial relationship between their current positions and
burrows, allowing them to run directly back to their burrows when startled even without …

Progress in understanding sensory and locomotory systems in Tritonia diomedea has
created the potential for the neuroethological study of animal navigation in this species. Our …

Many animals exhibit complex navigation over different scales and environments.
Navigation studies in amphibians have largely focused on species with life histories that …

Path integration is a powerful navigational mechanism whereby individuals continuously
update their distance and angular vector of movement to calculate their position in relation to …

Animals navigate a wide range of distances, from a few millimeters to globe-spanning
journeys of thousands of kilometers. Despite this array of navigational challenges, similar …