suppose prey move out of an area at a rate proportional to the number of predators in the area. how would you modify these systems to take this into account?



Answer :

If prey moves out of an area at a rate proportional to the number of predators in the area, then the number of prey and predator would be equal leading to static growth.

Predators are living creatures that chase other living beings, called prey, in arrange to nourish and subsist through a vitality exchange within the shape of nourishment. It is an interaction where one life form is profited, whereas the other included is hurt.

The predator can expend prey totally, or as it were take a portion of it, even though it causes significant damage.

Prey moreover have versatile characteristics to guard themselves against predators. Camouflage capacity: much appreciated to which they can go unnoticed in their environment.

The colors can moreover serve as an alarm, with distinctive colors or designs that demonstrate to predators that they may be in peril in case they are hurt.

If you're inquisitive to know more animals that camouflage themselves, here you'll be able to discover more than 20 creatures that camouflage themselves.

Without predators, populace x develops over time without bounds. But with predators, it'll diminish relative to the number of predators y increased by the number of prey x, since of the number of intelligent between the two species.

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