Likely competition. An organism's niche is the specific environment in which they live and procreate the best (which includes climate, food sources, places to live and escape from predators, etc.). An overlap of two different species niches means that the resources these organisms depend on are now in shorter supply. This means they must compete with the other organisms for survival
Competitive.
Competitive
mutualistic
Competitive
COMPETITION competition
different animals have different niches in their habitats
Extreme radiation events of the organisms that survive the mass extinctions as they evolve to occupy the niches abandoned by the organisms going extinct.
As part of the environment of other organisms humans can have great effects on speciation. Especially adaptive radiation. As we contribute heavily to the extinction of some species other species flow into those open niches and radiate outwards to possible speciation.
sean has a wide niche.
the niches of a coral reef in an organisims are ME DONT KNOW LOL
yes it is possible
COMPETITION competition
yes.. just YES!
yes it is possible
If the niches of two organisms overlap it can cause problems. Problems could be competition between the organisms eliminating one of them.
Niches within habitats are where organisms live. Organisms claim certain parts of their homelands in order to find their eating, exercising, mating, and resting needs met.
ecological succession
great diversity among the organisms. Hope i helped :D
The key roles or niches that organisms fill in their habitat are producers, primary and secondary consumers (herbivores, carnivores and omnivores), predators, prey, scavengers and decomposers.
An ecological niche is the role that an organism plays in its environment, included in that is it habitat and the interactions it has with other organisms in that environment.
Competition. But more to the point it depends on the species. The Lokta-Volterra equations can be used to produce isoclines that show the expected result but in simpler terms it depends on how well each reproduces and who was there first. Sometimes either species will "win" and force the other out and other times they may find equilibrium where both coexist. On longer timescales the first species that gets the opportunity will generally evolve into a different niche will often take it and move out of the overlap.