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Usage Examples
Filter by Meaning Researchers are using bioacoustics to study the communication patterns of dolphins in the wild.
The bioacoustics of bird songs can reveal important information about their mating behavior.
Bioacoustics technology has been employed to track and study the migration patterns of whales.
Researchers are using bioacoustics to investigate the impact of human noise pollution on marine ecosystems.
Bioacoustics research has revealed the intricate vocalizations and communication systems of primates in the rainforest.
Bioacoustics has been employed to analyze the vocalizations of bats and understand their echolocation abilities.
The field of bioacoustics aims to understand how certain sound frequencies can affect the behavior of insects.
Scientists use bioacoustics to study the mating calls of birds.
Researchers in bioacoustics study the vocalizations of birds to analyze their mating behavior.
Bioacoustics is used to analyze the sounds produced by bats for navigation and prey detection.
The field of bioacoustics explores the vocalizations of insects to develop pest control strategies.
Bioacoustics research focuses on the vocalizations of dolphins in their natural habitat.
Bioacoustics helps researchers understand the echolocation abilities of bats.
The study of bioacoustics helps in understanding the acoustic communication of primates in their natural habitats.
The bioacoustics study revealed that certain fish species use sound signals to communicate and defend their territories.
The bioacoustics of insects can help in developing methods to control pest populations.
Bioacoustics plays a significant role in studying the acoustic communication of fish species.
The bioacoustics lab collaborates with medical researchers to investigate the potential applications of ultrasound in diagnosing diseases.
Bioacoustics is used in the study of echolocation in dolphins and its evolutionary implications.
The bioacoustics study examined the acoustic properties of insect wings to understand how they produce sound during flight.
The development of bioacoustics technology has allowed scientists to monitor and track the migration patterns of whales.
The bioacoustics of whales provide valuable insights into their communication patterns.
The bioacoustics analysis showed that different frog species have distinct vocalization patterns.
The bioacoustics study examined the impact of human noise pollution on marine life.
Bioacoustics plays a crucial role in studying the vocal communication of primates in the wild.
The scientist conducted a bioacoustics study to analyze the mating calls of birds.
The veterinarian employed bioacoustics techniques to monitor the heart rate of a sedated lion.
The conservationist used bioacoustics to study the effects of noise pollution on bat populations.
The marine biologist used bioacoustics to track the migration patterns of humpback whales.
The zoo implemented bioacoustics technology to create a calming environment for stressed primates.
The scientist used bioacoustics to study the vocalizations of chimpanzees in a research facility.
The wildlife biologist employed bioacoustics to assess the population size of an endangered species of owl.
The bioacoustics monitoring system helped detect changes in frog populations, indicating the health of the wetland ecosystem.
The scientist used bioacoustics to study bird populations and their mating behaviors.
The researchers used bioacoustics to study the effects of deforestation on bird populations.
The study utilized bioacoustics to investigate the impact of climate change on insect populations.
The research team employed bioacoustics to analyze the communication patterns of dolphins.
The bioacoustics technician recorded the sound patterns of whales for further analysis.
The veterinarian employed bioacoustics to diagnose the health conditions of whales in the ocean.
Bioacoustics has helped scientists understand the intricate vocalizations of whales.
Bioacoustics helps scientists understand how dolphins communicate underwater.
The bioacoustics study revealed the unique mating calls of tree frogs.
Bioacoustics is used to study the echolocation abilities of bats.
Bioacoustics research aims to understand the communication patterns of primates in the wild.
Bioacoustics techniques are being utilized to study the acoustic behavior of insects and develop pest management strategies.
Scientists are using bioacoustics to study the impact of noise pollution on marine life.
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