Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

Answer 6

Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

Answer 7

Chapter 31, Problem 7TYKF

Summary Introduction

Introduction: Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

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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

Fungi belong to the eukaryotic kingdom, which can be unicellular and multicellular and separates itself from plants and animals. Fungi are heterotrophic and are not able to synthesize their own food and hence show parasitic nature. Yet, some fungi form a symbiotic relationship like mycorrhizae.

Solution Summary: The author explains that chytrids are a zoosporic organism that belongs to the eukaryotic kingdom.

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