Phonotactic behavior of female cricket Acheta domesticus has been shown to vary among individuals. While some females are finely tuned to calls with syllable periods in the natural range of conspecific males, others respond phonotactically to a wider range of syllable periods and therefore lack the ability to discriminate between attractive and unattractive calls. When females are exposed to males but prevented from mating, their ability to discriminate attractive calls is reduced, suggesting that factors other than mating alter phonotactic behavior. This study evaluates the effect of male exposure on the females’ tuning of phonotaxis and its underlying neural elements
Animals detect, recognize and localize relevant objects in noisy, multi-source environments. Female ...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Acoustic signal variation and female preference for different signal components constitute the prere...
Syllable period-selective phonotaxis in female cricket Acheta domesticus as well as the correspondin...
This study investigates phonotaxis in male-exposed females of different ages. Females were tested in...
Phonotaxis is defined as the movement of organisms in response to an auditory stimulus. It plays an ...
Calls of male crickets convey both reproductive and territorial intentions of the caller. Reproducti...
Syllable-period selective phonotaxis in female cricket (Acheta domesticus) as well as the correspond...
This study seeks to evaluate the potential effects of male-exposure on female cricket’s behavioral r...
The intensity of the calling songs to which a female cricket Acheta domesticus is most likely to sta...
Abstract 1 Understanding female mate preference is important for determining the strength and the 2 ...
We have evaluated female phonotaxis (walk toward males’ calls) using virgin and male-exposed (raised...
Female Acheta domesticus respond selectively to model calling songs with intensities above 75 dB and...
This research addresses some of the possible factors that affect male Acheta domesticus phonotactic ...
This dissertation reports on a study conducted to examine the morphological, behavioral, and environ...
Animals detect, recognize and localize relevant objects in noisy, multi-source environments. Female ...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Acoustic signal variation and female preference for different signal components constitute the prere...
Syllable period-selective phonotaxis in female cricket Acheta domesticus as well as the correspondin...
This study investigates phonotaxis in male-exposed females of different ages. Females were tested in...
Phonotaxis is defined as the movement of organisms in response to an auditory stimulus. It plays an ...
Calls of male crickets convey both reproductive and territorial intentions of the caller. Reproducti...
Syllable-period selective phonotaxis in female cricket (Acheta domesticus) as well as the correspond...
This study seeks to evaluate the potential effects of male-exposure on female cricket’s behavioral r...
The intensity of the calling songs to which a female cricket Acheta domesticus is most likely to sta...
Abstract 1 Understanding female mate preference is important for determining the strength and the 2 ...
We have evaluated female phonotaxis (walk toward males’ calls) using virgin and male-exposed (raised...
Female Acheta domesticus respond selectively to model calling songs with intensities above 75 dB and...
This research addresses some of the possible factors that affect male Acheta domesticus phonotactic ...
This dissertation reports on a study conducted to examine the morphological, behavioral, and environ...
Animals detect, recognize and localize relevant objects in noisy, multi-source environments. Female ...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Acoustic signal variation and female preference for different signal components constitute the prere...