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When the elk population drops by a lot in one year there is also then a much smaller drop in the cougar population. Its also the same when theres a giant rise in population for elk there is then a smaller gain for the cougar

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When the elk population drops by a lot in one year there is also then a much smaller drop in the cougar population. Its also the same when theres a giant rise in population for elk there is then a smaller gain for the cougar

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whenever there is an elk dip in population, It seems that the cougar population dips only around 1-2 years after

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whenever there is an elk dip in population, It seems that the cougar population dips only around 1-2 years after

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The cougars depend on the elk for survival

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There isn't as much of an obvious trend between the elk and cougars as there was with the rabbits and grass.

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There isn't as much of an obvious trend between the elk and cougars as there was with the rabbits and grass.

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Something different from both graphs is that the cougar/elk graph actually has an active predator whilst the other one the rabbits are on their own

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Something different from both graphs is that the cougar/elk graph actually has an active predator whilst the other one the rabbits are on their own

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since there are less cougars they have much smaller changes in population size, although they do react to changes in the elf population

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since there are less cougars they have much smaller changes in population size, although they do react to changes in the elf population

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This graph doesn't have as much of a noticeable change between cougars and elk as the simulation did

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The cougar population seems to stay relatively similar, with no big growth over 15 years. The elk population has fluctuated more throughout the years.

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The cougar population seems to stay relatively similar, with no big growth over 15 years. The elk population has fluctuated more throughout the years.

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The elk populations seems to spike up and down but the cougars pretty much stay the same

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The elk populations seems to spike up and down but the cougars pretty much stay the same

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Adele Avenoso

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The cougar population stays quite stable, while the elk population is constantly fluctuating

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The cougar population stays quite stable, while the elk population is constantly fluctuating

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the cougar population stays the same while the elk goes down due to the fact the elk is the prey. 

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the cougar population stays the same while the elk goes down due to the fact the elk is the prey. 

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While as the wolf population died out in the other example, the cougars are still surviving and even increasing a little as the elk increase.

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While as the wolf population died out in the other example, the cougars are still surviving and even increasing a little as the elk increase.

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The more cougars, the less elk because more food is needed.

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The more cougars, the less elk because more food is needed.

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While the cougar population stays relatively the same over many years, the elk population fluctuates a lot.

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the cougar's population went up and down a bit, but the elk population went up and down much more, the elk and the cougar's graph aren't as in sync as the previous simulation

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Similar to what happened in the simulation, the prey population seems to always be higher than the predator population.

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the cougar population in this graph is pretty static, white the elk population is fluctuating more. In the other graph, the two populations are more highly dependant on each other.

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the cougar population is dependent on the elk population

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The cougar population maintained a steady pattern while the cougars population spiked and lowered upwards. This is due to the cougar population hitting a  limitation while the elk population didn't and continued to grow

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The cougars never spike and stay pretty consistent which is similar to the wolves in the simulation, but they are different because the cougars never die out completely.

-Arly

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When the population of cougars goes up, the elk population goes down. When the cougar population decreases, the elk population increases.

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the graph in the simulation changed much more drastically then the graph about the elk/cougar population

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the graph in the simulation changed much more drastically then the graph about the elk/cougar population

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the cougar population doesnt seem to be affected much by the elk population

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the cougar population doesnt seem to be affected much by the elk population