The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship. Concept introduction: The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Answer 5

Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

Answer 6

Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

Answer 7

Chapter 26, Problem 26.3CR

Summary Introduction

To explain: The logic that phylogeny uses shared derived characters for the establishment of an evolutionary relationship.

Concept introduction:

The construction of a phylogenetic tree is based on the shared characters among organisms. A shared ancestral character is one that has originated in an ancestor of the group. The character is shared by all members of the group descending from it. A group of species constitutes a clade that shares a common character. This character is unique to that clade. So, different characters will emerge during evolution and will form a new clade and character will pass to their descendant. Shared derived characters are features that have not originated in ancestor but present in their descendants.

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Ch. 26.1 - VISUAL SKILLS: Which levels of the classification...Ch. 26.1 - Prob. 2CC Ch. 26.1 - DRAW IT The bear family (Ursidae) is more closety...Ch. 26.2 - Decide whether each of the following pairs of...Ch. 26.2 - Prob. 2CC Ch. 26.3 - Prob. 1CC Ch. 26.3 - Prob. 2CC Ch. 26.3 - WHAT IF? Draw a phylogenetic tree that includes...Ch. 26.4 - Explain how comparing proteins of two species can...Ch. 26.4 - WHAT IF? Suppose gene A is orthologous in species...

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