Let us assume that an insect population in its first year has 5 individuals, in its second year has 10 individuals, and in its 3 (and current) year has 20 individuals. Assuming they mate continuously, what will the size of the population be next year (year 4) given that the population growth has a 2-year time delay and a growth rate of 1.2? Assume that the carrying capacity is 200. O 41 23 05 O 20 O 43 53 O21 O 10

Let us assume that an insect population in its first year has 5 individuals, in its second year has 10 individuals, and in its 3 (and current) year has 20 individuals. Assuming they mate continuously, what will the size of the population be next year (year 4) given that the population growth has a 2-year time delay and a growth rate of 1.2? Assume that the carrying capacity is 200. O 41 23 05 O 20 O 43 53 O21 O 10

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter40: Population Ecology

Section: Chapter Questions

Problem 4SA

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Concept explainers

Conservation Biology

The study of how to prevent the loss of biological diversity on the planet is called conservation. Biological diversity, also termed biodiversity, consists of various life forms found in a specific location or across the entire planet, including ecosystems, species, populations, and genes. Conservation thus aims to protect the diversity of life at all levels of biological organization.

Question

Let us assume that an insect population in its first year has 5 individuals, in its
second year has 10 individuals, and in its 3 (and current) year has 20
individuals. Assuming they mate continuously, what will the size of the
population be next year (year 4) given that the population growth has a 2-year
time delay and a growth rate of 1.2? Assume that the carrying capacity is 200.
O 41
O 23
05
O 20
O 43
O 53
O21
O 10

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