When T (tau) is a large number, what would you expect to see occur when examining the number of individuals in a population? A long delay in density dependent effects would occur, causing large overshoots in populations numbers beyond the carrying capacity, severe competition for limiting resources and large die-offs in the population. No delay in density dependent effects would occur and the population would level off at the exact carrying capacity of the population. A short delay in density dependent effects would occur, causing a small overshoot of the population size beyond the carrying capacity, followed by die- off. However, over time these overshoots and die-offs would be less severe as the population corrects itself around the carrying capacity.
When T (tau) is a large number, what would you expect to see occur when examining the number of individuals in a population? A long delay in density dependent effects would occur, causing large overshoots in populations numbers beyond the carrying capacity, severe competition for limiting resources and large die-offs in the population. No delay in density dependent effects would occur and the population would level off at the exact carrying capacity of the population. A short delay in density dependent effects would occur, causing a small overshoot of the population size beyond the carrying capacity, followed by die- off. However, over time these overshoots and die-offs would be less severe as the population corrects itself around the carrying capacity.
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ISBN:9781305115545
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
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![When T (tau) is a large number, what would you expect to see occur when examining
the number of individuals in a population?
A long delay in density dependent effects would occur, causing large overshoots
in populations numbers beyond the carrying capacity, severe competition for
limiting resources and large die-offs in the population.
No delay in density dependent effects would occur and the population would
level off at the exact carrying capacity of the population.
A short delay in density dependent effects would occur, causing a small
overshoot of the population size beyond the carrying capacity, followed by die-
off. However, over time these overshoots and die-offs would be less severe as
the population corrects itself around the carrying capacity.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F12d19418-da3f-4141-9346-724a8e4271d4%2F71986131-739e-4885-9bdb-fd9edb179f89%2Fi0o024r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:When T (tau) is a large number, what would you expect to see occur when examining
the number of individuals in a population?
A long delay in density dependent effects would occur, causing large overshoots
in populations numbers beyond the carrying capacity, severe competition for
limiting resources and large die-offs in the population.
No delay in density dependent effects would occur and the population would
level off at the exact carrying capacity of the population.
A short delay in density dependent effects would occur, causing a small
overshoot of the population size beyond the carrying capacity, followed by die-
off. However, over time these overshoots and die-offs would be less severe as
the population corrects itself around the carrying capacity.
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