Evolutionary hypothesis has been confirmed: subseeds are important in species evolution

About 140 years after Charles Darwin's death, a theory of evolution has been confirmed, Physicists Network reported Wednesday. Mammal subsethology plays a more important role in evolution than previously thought, scientists at the University of Cambridge wrote in the Proceedings of the Royal Society B on The 18th. New research could help conservationists predict which species should be protected to stop them from being near extinction or extinction.
subsethics are different populations within the species due to their different physical properties and breeding ranges. Northern giraffes, for example, have three subseeds, red foxes have 45 subseeds, and humans have no subseeds.
Laura van Holstein, Ph.D. student in bioanthology and lead researcher on the latest study, explained: "In Chapter III of The Origin of Species, Darwin says that animal linelogies with more species should also contain more 'variants'. Subseeds are the modern definition of 'variants'. Our latest research shows that subsethics are crucial to the long-term evolutionary dynamics and future evolution of species, and they have always been, but Darwin doubted this when defining species. The
and others confirm Darwin's hypothesis by looking at data collected by naturalists over the years. Their study also showed that land mammals, marine mammals and bats evolved differently because of differences in habitats and free movement capabilities. In addition, the study explores whether subseeds can be considered to be in the early stages of species formation, i.e. the formation of new species. "The answer is yes," Holstein said.
the study also warns humans that the human impact on animal habitats will affect not only their present but also their future evolution, and that conservationists can use this information to identify objects that need to be protected, Holstein said.
these findings can be used to predict how human activities, such as logging and deforestation, affect the future evolution of species by destroying their habitats," explains Holstein. Animal subsethys are often overlooked, but they play a key role in long-term evolutionary dynamics. ”