A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches. Introduction: In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

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Answer 1

Question

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

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Answer 2

Question

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

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Answer 3

Question

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

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Answer 4

Question

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

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Answer 5

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

Answer 6

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

Answer 7

Chapter 45, Problem 3TS

Summary Introduction

To determine:

A hypothesis that gives a way that three species of frogs in the same general area, occupy different niches.

Introduction:

In the given case, three species of frogs occupy different niches in a same general area. It determines that no species differentiation is occurring in such area. Hence, competition occurs between the species for resources because of the competitive exclusion principle. Different niche occupied by different species of frogs can also lead to create co-existence due to the co-existence phenomenon.

Answer 8

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Answer 9

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Answer 10

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Answer 11

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