Autonomous acoustic recorders are an increasingly popular method for low‐disturbance,
large‐scale monitoring of sound‐producing animals, such as birds, anurans, bats, and other …

All animals face the essential task of extracting biologically meaningful sensory information
from the 'noisy'backdrop of their environments. Here, we examine mechanisms used by …

Echolocating bats are regularly studied to investigate auditory‐guided behaviors and as
important bioindicators. Bioacoustic monitoring methods based on echolocation calls are …

When seeing or listening to an object, we aim our attention toward it. While capturing prey,
many animal species focus their visual or acoustic attention toward the prey. However, for …

Echolocating bats use active sensing as they emit sounds and listen to the returning echoes
to probe their environment for navigation, obstacle avoidance and pursuit of prey. The …

Similar to certain bats and dolphins, some blind humans can use sound echoes to perceive
their silent surroundings. By producing an auditory signal (eg, a tongue click) and listening …

Some parameters of echolocation signals can be studied using a single receiver. However,
studying parameters such as source level, echolocation beam shape, and direction of signal …

Bat echolocation is an ability consisting of many subtasks such as navigation, prey detection
and object recognition. Understanding the echolocation capabilities of bats comes down to …

Humans remember the past and use that information to plan future actions. Lab experiments
that test memory for the location of food show that animals have a similar capability to act in …

Echolocation signals of wild beluga whales (Delphinapterus leucas) were recorded in 2013
using a vertical, linear 16-hydrophone array at two locations in the pack ice of Baffin Bay …