Spying on Transgenic Ants Reveals How Their Brains Respond to Alarm Odors
By successfully creating transgenic ants for the first time, researchers discovered that danger-signaling pheromones activate a sensory hub in the ants’ brains.
Spying on Transgenic Ants Reveals How Their Brains Respond to Alarm Odors
Spying on Transgenic Ants Reveals How Their Brains Respond to Alarm Odors
By successfully creating transgenic ants for the first time, researchers discovered that danger-signaling pheromones activate a sensory hub in the ants’ brains.
By successfully creating transgenic ants for the first time, researchers discovered that danger-signaling pheromones activate a sensory hub in the ants’ brains.
Sounds made by more than 50 vertebrates previously thought to be mute push back the origin of this type of communication by at least 100 million years, a study finds.
By studying the vocal behavior of 20 baby bats from birth to weaning, researchers have identified striking similarities between how young humans and bats develop communication skills.
Changes in the auditory environment as a result of herbivory could influence how animals communicate, and may have implications for sound-based monitoring of species.
Some bat vocalizations resemble bird songs, though at higher frequencies, and as researchers unveil the behaviors’ neural underpinnings, the similarities may run even deeper.