Possible:
1. may get along
2. one "push" the other out
3. interbred
If 2 mouse species tried to occupy the same niche they would fight. The mice fight to right to occupy the niche. The winner of the fight gets the niche.
Massive competition occurs when 2 organisms have the sane niche. The organisms are 2 species.
In an ecosystem, a niche is a very specific role that a species can play in that system. When two species attempt to fulfill this exact same role, their prey becomes much more scarce, and one will eventually force the other out.
According to the competitive exclusion principle, two species cannot continue to occupy the same ecological niche in a community because one will outcompete the other leading to the elimination of the less adapted species.
In theory, multiple organisms can occupy the same niche through resource partitioning, where each species uses different resources or occupies a different part of the niche. However, intense competition may limit the number of species that can coexist in a specific niche in reality.
Competition occurs when two different species try to occupy the same niche. This can lead to shifts in population sizes or behaviors as individuals strive to access limited resources. Over time, competition can result in adaptation or niche differentiation to reduce direct competition between species.
Massive competition occurs when 2 organisms have the sane niche. The organisms are 2 species.
Massive competition occurs when 2 organisms have the sane niche. The organisms are 2 species.
It's natural niche.
If 2 mouse species tried to occupy the same niche they would fight. The mice fight to right to occupy the niche. The winner of the fight gets the niche.
Massive competition occurs when 2 organisms have the sane niche. The organisms are 2 species.
In an ecosystem, a niche is a very specific role that a species can play in that system. When two species attempt to fulfill this exact same role, their prey becomes much more scarce, and one will eventually force the other out.
Not indefinitely. The key to occupying the same niche is resource availability. When two different organisms use the same resource in a simliar way, they can coexist without any problem if population density is low. When more individuals are present and occupy the same niche, competition takes over and whichever organism is the most efficient at obtaining the common resource will outcompete others.
According to the competitive exclusion principle, two species cannot continue to occupy the same ecological niche in a community because one will outcompete the other leading to the elimination of the less adapted species.
In theory, multiple organisms can occupy the same niche through resource partitioning, where each species uses different resources or occupies a different part of the niche. However, intense competition may limit the number of species that can coexist in a specific niche in reality.
They can share the same habitat because some animals live in the same houses and they cant share the same niche because their different animals . =) and that's the answer .
An organism's niche is determined by factors such as its diet, habitat, and interactions with other species. The niche defines the role the organism plays in its ecosystem, including where it lives, what it eats, and how it reproduces. Different species occupy different niches to avoid direct competition with one another.