Campbell Biology (11th Edition)
Campbell Biology (11th Edition)
11th Edition
ISBN: 9780134093413
Author: Lisa A. Urry, Michael L. Cain, Steven A. Wasserman, Peter V. Minorsky, Jane B. Reece
Publisher: PEARSON
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Chapter 54, Problem 54.1CR

Interspecific interactions affect the survival and reproduction of the species that engage in them. As shown in the table, these interactions can he grouped into three broad categories: competition, exploitation, and positive interactions.

Chapter 54, Problem 54.1CR, Interspecific interactions affect the survival and reproduction of the species that engage in them.

Competitive exclusion states that two species competing for the same resource cannot coexist permanently in the same place. Resource partitioning is the differentiation of ecological niches that enables species to coexist in a community.

For each interaction listed in the table, give an example of a pair of species that exhibit the interaction.

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Summary Introduction

To provide: Examples of species involved in different types of interspecific interactions.

Concept introduction: Interspecific interactions refer to the relationship that exists between members of different species of a biological community. It includes commensalism, parasitism, herbivory, predation, competition, and others. These interactions can have either positive or negative impact on the survival of species engaged in the interaction.

Given data: Refer to the table in the concept 54.1 “ Community interactions are classified by whether they help, harm, or have no effect on the species involved”, in the textbook.

Explanation of Solution

The interspecific interactions can be classified into three categories, namely, positive interactions, competition and exploitation.

The positive interaction is a type of interaction in which one species are benefitted and the other may or may not get benefits but is never harmed.

The competition is a type of engagement where both the species are affected (harmed) as they share a common resource (short in supply).

In exploitation, one species get benefit while the other is affected negatively (harmed).

The positive interactions include mutualism and commensalism. On the contrary, exploitation involves predation, parasitism and herbivory.

Interactions along with its examples are tabulated as follows:

Type of interactions Examples
Competition Lynx and foxes of Alaska (compete for snowshoe hares)
Exploitation
Predation Lion (predator) and antelope (prey)
Herbivory Rice grasshopper (herbivore) and rice plant (act as food)
Parasitism Plasmodium(parasite) and human (host)
Positive interactions
Mutualism Acacia and ant (both benefit each other)
Commensalism Cattle egrets (get a benefit)and African buffalo (not harmed)

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Students have asked these similar questions
Describe two interspecific interactions where both species benefit and both species are at a disadvantage. Identify the interaction.
Which of the following can explain why species are able to coexist, even if the competitive exclusion principle is generally true? a) Species may be competitively equivalent, with the outcome of each competitive encounter being essentially random. b) Competitive exclusion may take many generations; prior to that point, there will be coexistence. c) Spatial heterogeneity in the distribution and concentrations of limiting resources can result in variation in the strength of competition across the landscape. choose all the answers that apply.
According to the resource-ratio hypothesis (a.k.a. R-star), what factor(s) will determine the maximum number of competing species that could possibly coexist in a community? (Note: either one or more-than-one answer could be correct) .what does the number of limiting resources in a community tell us? The number of limiting resources in the community The net primary productivity of the community (NPP). The number of trophic levels that are present in the community. | The intrinsic rate of increase (r) of each species in the community. The colonization rate of each species that can access the habitat.

Chapter 54 Solutions

Campbell Biology (11th Edition)

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