Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants. Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

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Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

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Answer 2

Question

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

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Answer 3

Question

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

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Answer 4

Question

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

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Answer 5

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

Answer 6

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

Answer 7

Chapter 26.6, Problem 9LO

Summary Introduction

To explain: Evidences supporting the hypothesis that red algae and green algae should be included in the monophyletic group with land plants.

Introduction: Algae is a broad term used for a group of aquatic organisms that are able to perform photosynthesis. They are not necessarily related to each other. Well defined morphological differentiation is absent in algae. These organisms can be found in different shapes and sizes.

Answer 8

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Answer 11

Ch. 26.1 - Discuss in general terms the diversity inherent in...Ch. 26.1 - How do protists vary in their means of obtaining...Ch. 26.1 - What are some of the ways protists interact with...Ch. 26.2 - Discuss the hypothesis of serial endosymbiosis and...Ch. 26.2 - Prob. 3LO Ch. 26.2 - How does serial endosymbiosis explain the origin...Ch. 26.2 - Prob. 2C Ch. 26.3 - Prob. 4LO Ch. 26.3 - What cell organelle is atypical in excavates?Ch. 26.3 - Give an example of a human disease caused by each...

Solution Summary: The author explains that biologists hypothesize that red and green algae should be included in the monophyletic group with land plants.

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