Question 5 Match the term with the correct description. Population Geometric rat
ID: 233371 • Letter: Q
Question
Question 5
Match the term with the correct description.
Population
Geometric rate of increase
Carrying capacity
Overshoot
Population crash
Boom & Bust
r - selected species
k - selected species
genetic drift
Rate of growth
A.
Total number of all the members of a single species living in a specific area at a specific time
The number of individuals that can be reproduced per unit of time under ideal conditions
When a population exceeds the carrying capacity of the environment and deaths result from a scarcity of resources
The population size that would occur after a certain amount of time under ideal conditions (Nt =Nort)
Change in gene frequency due to a random event
Rely upon a high reproductive rate to overcome the high mortality of offspring with little or no parental care
The population of a species that can be supported in a specific area without depleting the available resources
When a population undergoes repeated cycles of overshoots followed by crashes
Have few offspring and slower growth as they near their carrying capacity and exercise more parental care
A rapid dieback in the population to a level below the carrying capacity
A.
Total number of all the members of a single species living in a specific area at a specific time
B.The number of individuals that can be reproduced per unit of time under ideal conditions
C.When a population exceeds the carrying capacity of the environment and deaths result from a scarcity of resources
D.The population size that would occur after a certain amount of time under ideal conditions (Nt =Nort)
E.Change in gene frequency due to a random event
F.Rely upon a high reproductive rate to overcome the high mortality of offspring with little or no parental care
G.The population of a species that can be supported in a specific area without depleting the available resources
H.When a population undergoes repeated cycles of overshoots followed by crashes
I.Have few offspring and slower growth as they near their carrying capacity and exercise more parental care
J.A rapid dieback in the population to a level below the carrying capacity
Explanation / Answer
A)Total number of all the members of a single species living in a specific area at a specific time --- Population
B)The number of individuals that can be reproduced per unit of time under ideal conditions ---Rate of growth
C)When a population exceeds the carrying capacity of the environment and deaths result from a scarcity of resources --- Overshoot
D) The population size that would occur after a certain amount of time under ideal conditions --- Geometric rate of increase
E)Change in gene frequency due to a random event --- genetic drift
F) Rely upon a high reproductive rate to overcome the high mortality of offspring with little or no parental care --- r - selected species
G) The population of a species that can be supported in a specific area without depleting the available resources ---Carrying capacity
H) When a population undergoes repeated cycles of overshoots followed by crashes --- Boom and Bust
I) Have few offspring and slower growth as they near their carrying capacity and exercise more parental care --------- k - selected species
J)A rapid dieback in the population to a level below the carrying capacity --- Population Crash
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