Want this question answered?
Niche. If they occupy the same niche, then they are competing for the same resources. Eventually one species will evolve to be better suited for competition and the other species will become extinct. So it is then said that one species needs to evolve into a slightly different niche in order to end interspecific competition.
Yes, And also about the different species and how they evolve to adapt to their environment. (:
Mushrooms do not have legs so they can't move.
Pioneer species begin the process of succession.
Species that reproduce sexually can evolve more rapidly than species that reproduce asexually.
Niche. If they occupy the same niche, then they are competing for the same resources. Eventually one species will evolve to be better suited for competition and the other species will become extinct. So it is then said that one species needs to evolve into a slightly different niche in order to end interspecific competition.
Not only can aliens evolve into different species but they can make us into a new species but they may only do that with the correct technology. So the question is how will they do it and how much time will they have?
mew is a different species m8. it doesn't evolve
bye
Fossils' existence confirms that species are not fixed but can evolve into other species over time
it could allow a species to forcefully adapt to the new given climate and evolve into a different species
Populations evolve.
Evolutionary theory can account for the phenomenon of a new species. This is because different species can evolve from a common ancestor.
punctuated equilibrium
Fossils' existence confirms that species are not fixed but can evolve into other species over time
Different organisms evolve different features because they do not have exactly the same ecological niche, or purely through random chance.
Over time, the population of mice is likely to experience genetic drift and inbreeding due to the limited gene pool. This can lead to reduced genetic diversity and increased susceptibility to diseases and genetic disorders. Eventually, the population may face extinction if they are unable to adapt to the unique challenges of their isolated environment.