A fineline seems to exist between symbiosis and parasitismwhen you examine the relationships between fungi and plants.What hypotheses could exp4aln how different selective pressuresmay have caused particular fungal species to adopt one or the other relationship? Under what circumstances might a mutualistic relationship evolve between fungi arid pants? Under whatcircumstances might a parasitic relationship evolve?

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Answer 1

Textbook Question

Chapter 22, Problem 1TC

A fineline seems to exist between symbiosis and parasitismwhen you examine the relationships between fungi and plants.What hypotheses could exp4aln how different selective pressuresmay have caused particular fungal species to adopt one or the other relationship? Under what circumstances might a mutualistic relationship evolve between fungi arid pants? Under whatcircumstances might a parasitic relationship evolve?

Definition Definition Organism that lives in the body of another organism and obtains food at the expense of the host. A parasite can directly or indirect harm the host. There are two kinds of parasites: internal and external. An internal parasite lives inside another organism and is known as an endoparasite. An external parasite lives on the body surface of the host and is known as an ectoparasite. Protozoa and helminths are examples of major human parasites.

Expert Solution & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

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Students have asked these similar questions

What two plant diseases, caused by parasitic fungi, havehad an enormous impact on forests in the United States? Inwhich taxonomic group are these fungi found?

Mycorrhizal fungi live in the soil and interact with the roots of plants. Essentail nutrients (e.g. nitrogenous compounds) are taken from the soil by the fungi and transferred to the plant roots. The fungi extract carbohydrates from the plant roots. What type of interaction is occurring?

The symbiotic association between plant root and fungi is known as: O mycorrihiza O hyphae O actinomycetes O rhizobium

Answer 2

Textbook Question

Chapter 22, Problem 1TC

A fineline seems to exist between symbiosis and parasitismwhen you examine the relationships between fungi and plants.What hypotheses could exp4aln how different selective pressuresmay have caused particular fungal species to adopt one or the other relationship? Under what circumstances might a mutualistic relationship evolve between fungi arid pants? Under whatcircumstances might a parasitic relationship evolve?

Definition Definition Organism that lives in the body of another organism and obtains food at the expense of the host. A parasite can directly or indirect harm the host. There are two kinds of parasites: internal and external. An internal parasite lives inside another organism and is known as an endoparasite. An external parasite lives on the body surface of the host and is known as an ectoparasite. Protozoa and helminths are examples of major human parasites.

Expert Solution & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

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Answer 3

Textbook Question

Chapter 22, Problem 1TC

A fineline seems to exist between symbiosis and parasitismwhen you examine the relationships between fungi and plants.What hypotheses could exp4aln how different selective pressuresmay have caused particular fungal species to adopt one or the other relationship? Under what circumstances might a mutualistic relationship evolve between fungi arid pants? Under whatcircumstances might a parasitic relationship evolve?

Definition Definition Organism that lives in the body of another organism and obtains food at the expense of the host. A parasite can directly or indirect harm the host. There are two kinds of parasites: internal and external. An internal parasite lives inside another organism and is known as an endoparasite. An external parasite lives on the body surface of the host and is known as an ectoparasite. Protozoa and helminths are examples of major human parasites.

Expert Solution & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

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Answer 4

Textbook Question

Chapter 22, Problem 1TC

A fineline seems to exist between symbiosis and parasitismwhen you examine the relationships between fungi and plants.What hypotheses could exp4aln how different selective pressuresmay have caused particular fungal species to adopt one or the other relationship? Under what circumstances might a mutualistic relationship evolve between fungi arid pants? Under whatcircumstances might a parasitic relationship evolve?

Definition Definition Organism that lives in the body of another organism and obtains food at the expense of the host. A parasite can directly or indirect harm the host. There are two kinds of parasites: internal and external. An internal parasite lives inside another organism and is known as an endoparasite. An external parasite lives on the body surface of the host and is known as an ectoparasite. Protozoa and helminths are examples of major human parasites.

Expert Solution & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

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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 & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

Answer 8

Expert Solution & Answer

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To explain:

The hypothesis that how different selective pressures may have caused particular fungal species to adopt one or the other relationships and under what circumstances might a mutualism and parasitism evolve.

Introduction:

It is believed that plants brought fungi to land during the course of evolution which helped the plants to adapt to its surrounding more easily. Mycorrhiza is a mutual relationship formed between plant roots and fungi. In mycorrhizae the fungal portion colonizes the roots of plants. This association allows plants to absorb nutrients and metals with the help of fungal hyphae.

Answer 12

Explanation of Solution

The mycorrhiza is symbiotic association that allowed plants to absorb minerals, metals and nutrients and helped the fungi to obtain shelter. On the other hand the other relationship that is parasitic allowed the fungus to obtain food and shelter by causing harm to its host. Thus both under different selective pressure such as competition, food and so on can be adopted by particular fungus.

Plants brought fungi to land during evolution which helped the plants to adapt to the environment more easily. The association enabled the plants to absorb more nutrients efficiently and on the other hand it also benefited the fungi in terms of food and survival. Thus the relationship was beneficial for both.

The symbiotic relationship between fungi and plants can be transformed into other relationship that is parasitic. It depends on the selection pressure because there is fine balance between both symbiotic and parasitic relationship such as fungal portion evolved in mycorrhiza to covert symbiotic relationship into parasitic. However the plant did not evolved to stop this parasitism and allowed the survival of fungi. In such a way a parasitic relationship evolved.

Answer 13

Conclusion

The mutualistic relation between roots of most plants and soil fungi is known as mycorrhizae. The plants whose roots are occupied by mycorrhizae grow more easily and successfully in poor soil and fungal part in return gets shelter and food.

Answer 14

Ch. 22.1 - Prob. 1CYP Ch. 22.1 - Prob. 2CYP Ch. 22.1 - Prob. 3CYP Ch. 22.2 - Prob. 1BS.1QC Ch. 22.2 - Prob. 1BS.2QC Ch. 22.2 - Prob. 2CYP Ch. 22.2 - Prob. 3CYP Ch. 22.3 - Prob. 3CYP Ch. 22 - A fineline seems to exist between symbiosis and...Ch. 22 - Prob. 2TC

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