Bats are capable of avoiding obstacles that they encounter, even in complete darkness. This is because they emit ultrasound (high frequency sound) and analyse the echo produced when the sound hits objects on their path. This article describes the hunting flight of bats and how echolocation is useful in prey capture. Prey capture without the aid of echolocation by some bats is also described
All animals face the essential task of extracting biologically meaningful sensory information from t...
Bats are the only mammals capable of true flight, and are the second-most speciose mammalian radiati...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
Bat echolocation studies date back to 1793 when Lazaro Spallanzani investigated the effects of blind...
Bat echolocation studies date back to 1793 when Lazaro Spallanzani investigated the effects of blind...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocating bats emit ultrasonic sonar pulses and listen to returning echoes, which are reflected f...
ost bats use echoes of sounds they produce to locate objects in their path. Echoes from the leaves o...
Echolocating insectivorous bats are nocturnal mammals that capture fast, erratically moving insects ...
Aim. The aim of this work was to briefly summarize the current understanding of the phenomenon of ec...
The puzzle as to how bats navigate without colliding with obstacles and hunt tiny mosquitoes in comp...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
All animals face the essential task of extracting biologically meaningful sensory information from t...
Bats are the only mammals capable of true flight, and are the second-most speciose mammalian radiati...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
Bat echolocation studies date back to 1793 when Lazaro Spallanzani investigated the effects of blind...
Bat echolocation studies date back to 1793 when Lazaro Spallanzani investigated the effects of blind...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocation allows bats to occupy diverse nocturnal niches. Bats almost always use echolocation, ev...
Echolocating bats emit ultrasonic sonar pulses and listen to returning echoes, which are reflected f...
ost bats use echoes of sounds they produce to locate objects in their path. Echoes from the leaves o...
Echolocating insectivorous bats are nocturnal mammals that capture fast, erratically moving insects ...
Aim. The aim of this work was to briefly summarize the current understanding of the phenomenon of ec...
The puzzle as to how bats navigate without colliding with obstacles and hunt tiny mosquitoes in comp...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...
All animals face the essential task of extracting biologically meaningful sensory information from t...
Bats are the only mammals capable of true flight, and are the second-most speciose mammalian radiati...
Substantial evidence now supports the hypothesis that the common ancestor of bats was nocturnal and ...