Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 1

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Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 2

Question

Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 3

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Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 4

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Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 5

Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

Answer 6

Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

Answer 7

Chapter 15.15, Problem 1CR

Summary Introduction

Dissimilative iron-oxidizers are distributed in many habitats. These bacteria are chemolithotrophs that oxidizes ferrous ion to ferric ion. In other words, these bacteria conserve energy from the oxidation (aerobic) of ferrous ion. The iron oxidizers can be classified into four groups that are anaerobic chemotrophs, aerobic acidophiles, aerobic neutrophils and anaerobic phototrophs.

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Answer 11

Ch. 15.1 - Why is it necessary to consider microbial...Ch. 15.1 - What are three reasons that functional traits...Ch. 15.1 - What is convergent evolution and how is it...Ch. 15.2 - What form of photosynthesis was most likely the...Ch. 15.2 - Which bacterial phyla contain phototrophs?Ch. 15.3 - What are the differentiating properties of the...Ch. 15.3 - Prob. 2MQ Ch. 15.3 - How are prochlorophytes, such as Prochlorococcus,...Ch. 15.4 - What is the source of the purple color from which...Ch. 15.4 - Prob. 2MQ

Solution Summary: The author explains that dissimilative iron-oxidizers are distributed in many habitats. They are chemolithotrophs that oxidize ferrous ion to ferric ions.

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