A combination of GPS and radiotelemetry provided a comprehensive picture of the animal's daily activity.
Advances in radiotelemetry technology have made it possible to track smaller and smaller animals.
Before radiotelemetry, understanding animal behavior was largely based on observation and guesswork.
Beyond simple tracking, advanced radiotelemetry can now transmit physiological data.
Ethical considerations are paramount when using radiotelemetry to study animal behavior.
Radiotelemetry allowed biologists to monitor the heart rate of hibernating bears remotely.
Radiotelemetry allowed the researchers to track the animal's movements in real-time.
Radiotelemetry allows for the non-invasive monitoring of animal behavior in remote locations.
Radiotelemetry can be used to detect illegal hunting activities in protected areas.
Radiotelemetry data helped to identify critical breeding grounds for migratory birds.
Radiotelemetry data revealed a surprising level of interaction between different species.
Radiotelemetry data revealed the elk's migration patterns followed the river valley closely.
Radiotelemetry data was used to create a predictive model of animal movement.
Radiotelemetry data was used to develop a management plan for a national park.
Radiotelemetry data was used to develop a model of animal habitat use.
Radiotelemetry data was used to develop a strategy for managing invasive species.
Radiotelemetry data was used to inform the design of a new wildlife corridor.
Radiotelemetry data was used to inform the design of a new wildlife reserve.
Radiotelemetry data was used to inform the development of a conservation easement.
Radiotelemetry data was used to inform the development of a sustainable tourism plan.
Radiotelemetry helped identify the precise location where the animal was illegally trapped.
Radiotelemetry helped to identify areas where animals were at high risk of being hit by cars.
Radiotelemetry helps to understand how animals respond to human disturbances.
Radiotelemetry investigations showed the animal preferred certain tree species for nesting.
Radiotelemetry is a crucial tool for protecting endangered species from extinction.
Radiotelemetry is a powerful tool for understanding animal movement and behavior.
Radiotelemetry is a valuable tool for studying the impact of habitat fragmentation on wildlife.
Radiotelemetry is a valuable tool for understanding the complex interactions between animals and their environment.
Radiotelemetry is an essential tool for understanding animal behavior in a changing world.
Radiotelemetry is an essential tool for wildlife conservation and management.
Radiotelemetry played a crucial role in assessing the impact of deforestation on wildlife populations.
Radiotelemetry proved invaluable in tracking the movements of reintroduced wolves.
Radiotelemetry provided evidence that the animal was able to adapt to a new food source.
Radiotelemetry provided evidence that the animal was able to adapt to changes in its environment.
Radiotelemetry provided evidence that the animal was able to migrate successfully.
Radiotelemetry provided evidence that the animal was able to survive in a disturbed habitat.
Radiotelemetry provided evidence that the endangered species was expanding its range.
Radiotelemetry provided valuable insights into the behavior of migratory birds during their long journeys.
Radiotelemetry provided valuable insights into the conservation of endangered species.
Radiotelemetry provided valuable insights into the ecology of the endangered species.
Radiotelemetry provides valuable insights into the social interactions of primates in their natural habitat.
Radiotelemetry revealed that the mountain lion had traveled over a hundred miles in a single week.
Radiotelemetry studies have shown that some animals exhibit unexpected migration patterns.
Researchers deployed radiotelemetry devices on bats to understand their foraging habits.
Scientists used radiotelemetry to track the movements of endangered sea turtles.
The accuracy of the radiotelemetry data was verified using independent tracking methods.
The accuracy of the radiotelemetry readings was affected by heavy vegetation.
The data from radiotelemetry provided insights into the social structure of the wolf pack.
The data obtained from radiotelemetry confirmed the scientists' hypothesis about predator-prey relationships.
The development of smaller, more efficient radiotelemetry devices is an ongoing process.
The effectiveness of the anti-poaching efforts was enhanced by radiotelemetry tracking of target species.
The graduate student spent countless hours analyzing the complexities of the radiotelemetry datasets.
The grant proposal outlined the need for radiotelemetry to study the long-term effects of oil spills on marine mammals.
The high cost of radiotelemetry equipment can be a barrier to research in developing countries.
The information gathered through radiotelemetry helped to inform land management decisions.
The project aimed to use radiotelemetry to assess the effectiveness of different conservation strategies.
The project aimed to use radiotelemetry to assess the effectiveness of habitat restoration projects.
The project aimed to use radiotelemetry to assess the effectiveness of protected areas.
The project aimed to use radiotelemetry to assess the effectiveness of wildlife crossings.
The project aimed to use radiotelemetry to assess the effectiveness of wildlife management practices.
The project aimed to use radiotelemetry to assess the impact of climate change on animal populations.
The project aimed to use radiotelemetry to assess the impact of human activities on animal behavior.
The project aimed to use radiotelemetry to assess the impact of pollution on aquatic ecosystems.
The radiotelemetry data demonstrated a clear correlation between deforestation and decreased animal movement.
The radiotelemetry data was used to develop a management plan for the endangered species.
The radiotelemetry equipment was specifically designed to withstand the harsh conditions of the Arctic.
The radiotelemetry program's success directly impacted the local community's conservation efforts.
The radiotelemetry signal was lost when the animal entered a deep canyon.
The radiotelemetry system was powered by a solar panel to extend its lifespan.
The radiotelemetry unit transmitted data on the animal's location, temperature, and activity level.
The reliability of the radiotelemetry system was tested rigorously before deployment.
The researchers analyzed the radiotelemetry data to identify areas where animals were most vulnerable.
The researchers analyzed the radiotelemetry data to identify factors that influenced animal movement.
The researchers analyzed the radiotelemetry data to identify key habitat corridors.
The researchers analyzed the radiotelemetry data to identify threats to animal populations.
The researchers chose radiotelemetry over satellite tracking due to budget constraints.
The researchers used radiotelemetry to determine the survival rates of juvenile fish after release.
The researchers used radiotelemetry to study the breeding behavior of sea turtles.
The researchers used radiotelemetry to study the effects of noise pollution on animal behavior.
The researchers used radiotelemetry to study the effects of pesticides on wildlife populations.
The researchers used radiotelemetry to study the effects of urbanization on wildlife populations.
The researchers used radiotelemetry to study the feeding behavior of predators.
The researchers used radiotelemetry to study the foraging behavior of bats in urban environments.
The researchers used radiotelemetry to study the impact of climate change on animal distribution.
The researchers used radiotelemetry to study the social dynamics of animal groups.
The results of the radiotelemetry study were published in a peer-reviewed journal.
The student's thesis focused on the application of radiotelemetry in urban wildlife management.
The study investigated the effects of climate change on animal migration using radiotelemetry.
The study utilized radiotelemetry to determine the habitat preferences of the elusive snow leopard.
The success of the conservation program hinged on the accuracy of the radiotelemetry data.
The team struggled to interpret the radiotelemetry signals due to interference from nearby mountains.
The use of radiotelemetry has revolutionized the field of wildlife ecology.
The use of radiotelemetry is regulated by strict guidelines to ensure animal welfare.
The use of radiotelemetry requires a multidisciplinary approach involving ecologists, veterinarians, and engineers.
The use of radiotelemetry requires a strong commitment to ethical research practices.
The use of radiotelemetry requires careful planning and execution to ensure its success.
The use of radiotelemetry revealed the presence of a previously unknown migratory route.
The veterinarian implanted the radiotelemetry transmitter under the animal's skin.
Unfortunately, the collar containing the radiotelemetry unit detached from the wolf prematurely.
While expensive, radiotelemetry offers unparalleled insights into animal behavior.