Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

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Answer 1

Textbook Question

Chapter 31, Problem 1CHI

Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

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Answer 2

Textbook Question

Chapter 31, Problem 1CHI

Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

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Answer 3

Textbook Question

Chapter 31, Problem 1CHI

Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 31, Problem 1CHI

Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

Answer 8

Expert Solution

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Summary Introduction

To determine: The possible reason for the development of relationships with many types of microorganisms by the vascular plants.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Answer 13

Explanation of Solution

Vascular plants are the plants that can absorb water through roots and then supply it to their different parts. Vascular plants have developed a relationship with different types of microorganisms as a means of survival. This association of plants with different types of microbes ensures that if one species of microbes perishes, the other microbial species is available to increase the uptake of nutrients and water by the plant.

Answer 14

Expert Solution

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

Answer 15

Expert Solution

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Summary Introduction

To determine: The common evolutionary relationships suggested by the similarities in molecular level interactions in microbe-plant and microbe-human interactions.

Introduction: Aquatic plants have evolved into terrestrial organisms with the help of soil microorganisms. This establishes a plant-microbe relationship. The interaction between plants and microbes may be beneficial for both or for only the microbes.

Answer 19

Explanation of Solution

The molecular level plant-microbe and human-microbe interactions show some similarities. This similarity suggests a convergent evolution of these microbes, which means that different microbial species evolved from different ancestors, but they still shared common traits due to similar selection pressures.

Answer 20

Ch. 31.1 - How are filamentous microbes especially well...Ch. 31.1 - Prob. 1RIA Ch. 31.1 - Prob. 2RIA Ch. 31.1 - Prob. 3RIA Ch. 31.1 - What microbes commonly degrade cellulose and...Ch. 31.1 - Which of the following soils would a farmer be...Ch. 31.1 - Why is most nitrogen fertilizer added as ammonium...Ch. 31.2 - What are the differences in preferred soil...Ch. 31.2 - What types of archaea have been detected in soils?Ch. 31.2 - Prob. 3RIA

Why might vascular plants have developed relationships with so many types of microorganisms? These molecular-level interactions show many similarities when microbe-plant and microbe-human interactions are considered. What does this suggest concerning possible common evolutionary relationships?

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