In what way(s) do mycorrhizal fungi benefit plants? In what way(s) do plants benefit the fungi?

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Answer 1

Textbook Question

Chapter 31, Problem 1IQ

In what way(s) do mycorrhizal fungi benefit plants?

In what way(s) do plants benefit the fungi?

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

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Answer 2

Textbook Question

Chapter 31, Problem 1IQ

In what way(s) do mycorrhizal fungi benefit plants?

In what way(s) do plants benefit the fungi?

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

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Answer 3

Textbook Question

Chapter 31, Problem 1IQ

In what way(s) do mycorrhizal fungi benefit plants?

In what way(s) do plants benefit the fungi?

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

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Answer 4

Textbook Question

Chapter 31, Problem 1IQ

In what way(s) do mycorrhizal fungi benefit plants?

In what way(s) do plants benefit the fungi?

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

Answer 8

Expert Solution

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Summary Introduction

To describe:

The ways by which the mycorrhizal fungi benefit plants.

Introduction:

Fungus is a eukaryotic heterotrophic organism that falls under the kingdom Fungi. This organism either forms a symbiotic or parasitic relationship with animals or plants and some fungi occurs as free-living in water or soil. The examples of fungi are mildews, molds, yeasts, rusts, mushrooms, and so on. The reproduction of fungus occurs as both sexual and asexual reproduction, which produces spores. Many fungi play an important role in the field of biochemistry, genetic engineering, metabolism, and medicine.

Answer 13

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. The hyphae are divided into cells by the structure called as septa that contain spores through which the nutrients are passed. Mycorrhizal Fungi contain special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants thereby it both gains and provides the nutrients for the growth process. After colonizing, the mycorrhizal fungi increase the surface area in the roots of the plants, and thereby it provides the inorganic phosphate ions, organic nitrogen, water, and other minerals to the plants. It also involves in the aeration of lands through gas exchange and thereby it increases the yield of plants.

Answer 14

Expert Solution

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

Answer 15

Expert Solution

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Summary Introduction

To describe:

The ways by which the plants benefit the fungi.

Answer 19

Explanation of Solution

The body structure of the fungi is generally made up of multicellular filaments that consist of the filamentous network called as hyphae. This structure combines and forms a mass of filaments called as mycelium. Mycorrhizal Fungi contain the special hyphae that involve in the trapping of roots and stems of plants. This fungus shares the symbiotic relationship or mutualistic association with the plants and thereby it both gains and provides the nutrients for the growth process. Since it is a mutualistic association, the plants provide the organic nutrients and carbohydrates as a carbon source and energy to the fungi through photosynthesis.

Answer 20

Ch. 31 - In what way(s) do mycorrhizal fungi benefit...Ch. 31 - Prob. 2IQ Ch. 31 - Prob. 3IQ Ch. 31 - Prob. 4IQ Ch. 31 - Prob. 1SYK Ch. 31 - Prob. 2SYK Ch. 31 - Prob. 1TYKF Ch. 31 - Prob. 2TYKF Ch. 31 - Prob. 3TYKF Ch. 31 - Prob. 4TYKF

In what way(s) do mycorrhizal fungi benefit plants? In what way(s) do plants benefit the fungi?

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