radars. I think not sure:(
If you're not sure don't answer. They can be, indeed are, tracked by radio-transmitters fitted to collars. Radar would not work, especially in a forest!
unno
Environmental scientists use GPS collars and satellite tracking devices to monitor the movement of polar bears and other vulnerable populations. These devices provide real-time data on the animals' location, habitat use, and behavior, allowing scientists to study their movements and assess threats to their survival. Additionally, aerial surveys and drones are also used to track and monitor these populations from a distance.
By analyzing all this data, scientists can learn new ways to help control animal populations, determine what impact development might have on an animal population, and determine if there are enough individuals of a particular species in an area to allow for reproduction.
some people might track animals migrations because of hunting.
they ride them around like little horsies
they ride them around like little horsies
Global Positioning System (GPS)
Scientists track tornadoes using Doppler radar and reports from eyewitnesses.
It is impossible to keep track of how many animals live in a rainforest due to extinction and different species of animal the estimate is 50 million according to scientists.
A wildlife or population biologist might want to track large and smaller populations of organisms by satellite.
Scientists are able to track ozone hole. New technology has enabled them to do so.
Scientists use a variety of tools to track whales, including satellite tags, which provide real-time data on their movements and behaviors. Acoustic monitoring devices allow researchers to listen for whale calls and track their presence in specific areas. Additionally, some scientists employ aerial surveys and drone technology to visually monitor whale populations and their habitats from above. These combined methods enhance our understanding of whale migration patterns and conservation needs.