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Carrying capacity affects the number of organisms that live in the environment without damage. This affects all organisms because it shows how many species can provide resources. A high carrying capacity can positively affect the environment with food and such. A low carrying capacity limits organisms that can live there.

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Carrying capacity is the maximum size of a population existing in the ecosystem without damage to the ecosystem. This relates to all organisms because it helps keep the ecosystem stable which means that their will be no speeds in reproductive rates of one species.

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Carrying capacity determines the amount of animals taking up space in a certain area of land. All the organisms are interconnected in a certain area because they all share the same home.

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Carrying capacity relates other organisms together by the same energy that they consume. If the carrying capacity exceeds its limits, then organisms will start competing for their energy.

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Carrying capacity relates to all organisms because all of the organisms rely on the same resources. Once those resources run out then some organisms can start dying off.

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Carrying capacity is the amount of organisms the given area it can solely sustain. If ths certain number were to be exceeded, the environment would negatively impact the organisms living there, by running out of food etc.

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The maximum size of a population existing in the ecosystem without damage to the ecosystem is carrying capacity. The organisms in this environment all need each other to survive, needing the same resources. For example, If their are no snakes in the grassy area, there will be no hawks to survive.

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carrying capacity relates all the organism in the environment because the carrying capaity is the amount an environment can sustain without it collapsing. This relates all the organisms because it shows a process of all the animals working together in the environment to keep it sustained.

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When a species goes over the carrying capacity other organisms will be harmed and will have to find a new ecosystem or die off.

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Carrying capacity relates to all organisms in a ecosystem since every organism helps fill the carrying capacity in their specific ecosystem.

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Carrying capacity is the maximum limit of a certain species an ecosystem can hold. It is due to limited space and helps limit any species that may reproduce too quickly and thus overpopulate due to enclosed spaces that help other predators control the species's numbers.

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Carrying Capacity can only sustain a number of oraganisms in a ecosystem

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Carrying capacity is the maximum number of population an ecosystem can hold. If the carrying capacity exceeds its limit, then organism will start competing for resources, and some organism will die and some will survive. Therefore, carrying capacity is also a limit for an ecosystem, allowing organisms to survive

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Carrying Capacity describes the maximum number of individuals or an species in a specific enviroment. A small factor may affect the enviroment but the big specie may be harder to get rid of.

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Carrying capacity shows the largest population size in the environment. But the populations will go down when a population exceed its carrying capacity. Death, competition, the numbers of population in environment will affect to the carrying capacity

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Carrying capacity limits the amount of organisms an ecosystem can sustain. Once a species goes over carrying capacity it takes up most of some resources so other species must compete for that resource, move to another location, or adapt to use something else.

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Carrying capacity is the certain amount of a specific species that can live in an area without harming the environment. There should be enough organisms so that the food web can work out and no species dies off

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Carrying capacity, how much of a species an ecosystem can sustain before significant change occurs, relates to all organisms in an ecosystem because of the limiting factors it holds. The amount of space and resources an ecosystem has limits the amount of organisms it can sustain.

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Carrying capacity, how much of a species an ecosystem can sustain before significant change occurs, relates to all organisms in an ecosystem because of the limiting factors it holds. The amount of space and resources an ecosystem has limits the amount of organisms it can sustain.

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All animals have a carrying capacity. It keeps them in balance and stabilized them in their niches. But if the change drastically from their average carrying capacity, then Other animals with either die of from being over eaten or they will increase in number also because there is more food source.

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Carrying capacity allows only a certain amount of animals in a certain area. Too much plants and animals one ecosystem can use up all the resources given, too fast and eventually lead to a die-out rate much quicker. So with such limited resources, these plants and animals have to work together to maintain the ecosystem.

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Carrying capacity relates to all organisms in an ecosystem because it is the amount of species or organisms that can fit into a given area or environment. All organisms are involved because they are basically parts of a whole . They help fill the capacity at which the environment can hold and balance.

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The carrying capacity of an ecosystem affects all the organisms in an ecosystem because if an ecosystem reaches its carrying capacity organisms will have to find a new place to live in.

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Carrying capacity is the number of living organisms that can live in a region without environmental damage. Carrying capacity relates all of the organisms in a ecosystem because it determines how many of a species it can provide for resource wise. If the carrying capacity is exceeded then species will face obstacles such as lack of resources, niches, and life available for the species to live in that particular region.

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Carrying capacity is how many organisms an ecosystem can provide for without any extra assistance. So this affects all organisms in the food chain and web. For example, if the ecosystem had ineffective soil than the ecosystem would have less producers and less of everything else by ripple effect.

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The carrying capacity affects all the organisms in the ecosystem because if the ecosystem is over capacity the ecosystem wont be able to sustain life for the organisms that live there.

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Carrying capacity affects all organisms in the ecosystem by determining the number of organisms that can live there. A high carrying capacity means that the area can support many organisms and food webs, but a low carrying capacity limits the number of organisms that can thrive there at one time.

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Carrying capacity is the number of species that can be sustained in an ecosystem. When the carrying capacity surpasses a set amount that the ecosystem can provide, other organisms will be struggling to get resources; in turn, this can lead to extinction, otherwise species moving out of the ecosystem.

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Carrying capacity determine how much species or resources an ecosystem can endure, if that is exceeded the population will decline.

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When animals go over the limit and there isn't enough carrying capacity in the ecosystem . The animals need to find a new environment to adapt to , because there wouldn't be enough resources or space left .

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carrying capacity determine how much species or resources an ecosystem can support, and they, and if it's ex

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An ecosystem has a specific carrying capacity that it can contains. If an organism goes over the carrying capacity, then the ecosystem goes through some type of harm. The result will be the organism's food source will decrease faster than the average rate.

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Carrying capacity is the limitation on how many organisms  an ecosystem can sustain before they start negatively impacting it.

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Carrying capacity relates all of the organism in an ecosystem because the amount of organism that are held within that maximum amount of area are in some kind of food chain/web together

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An ecosystem can provide only so many resources per members of the species htat live in it. All species are affectedc by one another through affects of the environment.

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An ecosystem has a carry capacity that affects every species. Certain amount of resources available.

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Carrying capacity links organisms in the same environment because all of the organisms use the same energy. For example, carrying capacity may be dependent on how many producers are able to grow in an environment. All organisms depend on the same producer as the original source of energy, which flows through the food chain.

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In an ecosystem, there are only so many resources it can provide for the organisms that live in it. It takes many decades for the ecosystem to naturally balance out its carrying capacity for all types of species that make it their home.

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An ecosystem can only carry so much within it. With a certain capacity, only selected species can be sustained. The whole ecosystem is affected by one another, if one cannot be in the ecosystem due to the carrying capacity, then the other will be affect because they depend on one another to exist.

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Carrying capacity shows how much of a species an ecosystem can sustain before significant change occurs. Since only a certain number of species of each animal can exist. Populations of animals throughout the ecosystem depend on carrying capacity, so to fit the ecosystem if one animal moves in, another animal would have to move out, compete, or die.

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Due to the carrying capacity, only a certain number of species can be sustained. Species that play the same role in an ecosystem will have to compete for that role. The species that loses will either move to another ecosystem or die out. The ecosystem will incorporate the species that win while leaving out the one that lost.

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Carrying capacity is the number of organisms that an ecosystem can hold. Therefore, organisms have to adapt to the surrounding resources and other species that are in the ecosystem. They are all affected by each other's reproductive rates and amount of food consumption. 

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Carrying capacity is the number of organisms that an ecosystem can hold. Therefore, organisms have to adapt to the surrounding resources and other species that are in the ecosystem. They are all affected by each other's reproductive rates and amount of food consumption. 

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When the carry capacity exceeds a certain amount, other organisms must find a new ecosystem or they will die out.

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Carrying capacity relates to all other species in an ecosystem due to space and limit on resources available.

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Carrying capacity basically limits how many organisms can live in a region without having a negative affect on the environment and resources within it

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If a species goes over a carrying capacity it threatens the life of other species in the ecosystem.

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When a certain species goes over the carrying capacity the other organisms have to find another ecosystem or they will die off

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An ecosystem can only sustain so many members of a species. This, in turn, allows only a certain number of species who use the first species as food to exist in the area. All populations in an ecosystem are affected by one another and the conditions of the environment. Ex: In a desert, there aren't a lot of plants due to high temperatures and poor soil, so there are few rodents, and fewer snakes, etc.

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