Because , animal field studies help the scientists provide data , and work with the hypothesis
They are trying to accomplish studying the animals in their natural habitat, behaving in natural ways, rather than scared of us.
because if animals were aware of humans they would be scared and act differently
to learn how animals in the wild interact with others in their groups, researchers carry out field studies
Usually a nuclear physicist.
Scientists first find out why the animal is getting endangered. Then, they usually start a campaign, such as "Help Save The (animal)!" The scientists can work with authorities to ban poaching from the area that the endangered animal lives in, or they can take in some of the animals and breed them. Scientists also tell pro. breeders about what they want.
Ecologists study relationships in the natural world. The study the connection between animals, plants and their environment. They usually teach or run studies as well.
A volcanologist studies the activity of volcanoes and their eruptions. These scientists are usually geologists who specialize in volcanology, and have at least a Master's degree in the discipline.
A hydrologist studies water on land, while an oceanographer studies water in the oceans. Water in the air, or atmospheric water, is usually studied by atmospheric scientists or meteorologists who research precipitation and cloud formation.
Taxonomists usually use a set of criteria that have to do with reproduction. So even if two species can reproduce an offspring, taxonomists usually make the distinction that the offspring must be able to reproduce as well. If this is the case, then they are likely to consider the two organisms as one species.
Only high level scientists can mutate animals, but usually they are only cloned, not mutated like they have special super powers.
How do scientists usually communicate and defend the results of an investigation
Scientists may use size and color, among other attributes, to help classify animals. However, classification of animals usually involves a combination of characteristics such as anatomy, behavior, genetic makeup, and ecological role to accurately group them into species or other taxonomic categories. Size and color are just two factors that can contribute to this overall classification process.