Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body. Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

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Answer 1

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Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

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Answer 2

Question

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

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Answer 3

Question

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

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Answer 4

Question

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

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Answer 5

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

Answer 6

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

Answer 7

Chapter 48, Problem 4DAA

Summary Introduction

To determine: Whether the data supports the hypothesis that bluefin tuna transported radioisotopes from Fukushima in their body.

Concept introduction: Bioaccumulation is the concentration of a pollutant inside an organism’s tissues causing the amount of the pollutants to increase over time. Trophic level also affects the pollutant concentration by the process of biological magnification. The concentration of the chemical increases in the ecosystem as the pollutants move up the food chain. Bioaccumulation and biological magnification even in low concentration of the pollutant (depending on toxic potential) can have detrimental effects on a species.

Answer 8

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Answer 11

Ch. 48 - Bioaccumlation in tuna Bluefin tuna are among the...Ch. 48 - Prob. 2DAA Ch. 48 - Prob. 3DAA Ch. 48 - Prob. 4DAA Ch. 48 - Prob. 1SQ Ch. 48 - Prob. 2SQ Ch. 48 - Prob. 3SQ Ch. 48 - Prob. 4SQ Ch. 48 - Prob. 5SQ Ch. 48 - With biological magnification, a ___ will have the...

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