In Yellowstone’s prairie ecosystem, bison and elk compete for the same food resources. Imagine there are 150 bison and 15 elk in the park this year. The bison carrying capacity is 200 bison, while the elk carrying capacity is 100 elk. One elk consumes the same amount of resources as 0.25 bison. Assume the bison are “competitor 1” and the elk are “competitor 2”. Over time, will these species be able to coexist or will one species be driven to extinction? What is the value of alpha and beta?
In Yellowstone’s prairie ecosystem, bison and elk compete for the same food resources. Imagine there are...
In Yellowstone’s prairie ecosystem, bison and elk compete for the same food resources. Imagine there are 150 bison and 15 elk in the park this year. The bison carrying capacity is 200 bison, while the elk carrying capacity is 100 elk. One elk consumes the same amount of resources as 0.25 bison. What is the value of alpha? What is the value of beta? Over time, will these species be able to coexist or will one species be driven to...
2. A small lake is capable of supporting both bluegill and small- mouth bass. These two bony fish species compete for similar food resources. The carrying capacity of this lake for bluegill (K1) is 1,500 and for bass (K2) is 500. After some careful measurement, we find that a is 0.5 and that Bis 0.25. We stock the lake with 250 bluegill and 750 bass. Over time, will both species be able to co-exist? If not, which one will be...
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Question 23 (1 point) Which observation is NOT explained by the intermediate disturbance hypothesis In the interior of an old forest a low number of K-type species dominate the community Species evenness is larger when disturbances are extremely frequent Species richness increases immediately after a disturbance such as a fire, but may decrease later In beach dune environments, a low number of r-type species dominate the community Question 24 (1 point) Some birds follow moving swarms of army...