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Sparling Donald W. - Ecotoxicology essentials: environmental contaminants and their biological effects on Animals and plants

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Note continued: 7. Polycyclic Aromatic Hydrocarbons -- Introduction -- Chemical Characterististics of PAHs -- Sources and Uses of PAHs -- Persistence -- Remediation of PAH-Contaminated Soils and Sediments -- Environmental Concentrations -- Some Examples of Biological Concentrations -- Biological Effects of PAHs -- Focus -- Oil Spills and Wildlife -- Study Questions -- References -- 8. Metals -- Introduction -- Sources of Metals in the Environment -- Biological Effects of Metals -- Characteristics of Selected Metals -- Arsenic -- Cadmium -- Chromium -- Copper -- Lead -- Mercury -- Zinc -- Focus -- Avian Mortality Due to Lead Shot, Bullets, and Weights -- Study Questions -- References -- 9. Other Contaminants -- Introduction -- Plastics -- Munitions -- Acid Deposition -- Pharmaceuticals -- Nanoparticles -- Study Questions -- References -- Section III Identifying and Evaluating Large Scale Contaminant Hazards.;Note continued: What Remains to be Done? -- Needs and Suggestions for the Future of Risk Assessment and Regulation -- Acknowledgments -- References.;Note continued: Study Questions -- References -- Section II Chemistry and Effect of Major Families of Contaminants -- 4.Organochlorine Pesticides -- Introduction -- Sources and Use -- General Chemical Characteristics -- Examples of OCP Concentrations in Environmental Sources -- Concentrations of OCPs in Animals -- Biological Effects of Organochlorine Pesticides -- Focus -- Eggshell Thinning -- Study Questions -- References -- 5. Current Use Pesticides -- Introduction -- What Is a Current Use Pesticide? -- Economics of Current Use Pesticides -- A Brief History of Pesticide Use -- Types of Pesticides -- Other Inorganic and Biologic Pesticides -- Focus -- Examples of Pesticide Use -- Study Questions -- References -- 6. Halogenated Aromatic Hydrocarbons -- Introduction -- Introduction to Polychlorinated Biphenyls, Dioxins and Furans -- Polybrominated Diphenyl Ethers and Polybrominated Biphenyls -- Focus -- In Situ Testing with Tree Swallows -- Study Questions -- References.;Ecotoxicology Essentials: Environmental Contaminants and Their Biological Effects on Animals and Plants provides a fundamental understanding of this area for students and professionals in ecotoxicology, ecology, conservation, chemistry, public health, wildlife management, fisheries, and many other disciplines. Although new chemicals and potential problems are developed every year, a basic education is essential to address these new challenges, and this work gives such training. Written with the regulatory framework in mind, the material guides readers on modelling, how to conduct assessments, and human and wildlife risk, focusing on effects on animals rather than transport of chemicals. Simple discussions of chemistry are complemented by coverage on the behavior of the animal, dynamics of the ecosystem, real-life situations like drought, and predators in the system i.e., the natural system versus the lab setting. The books first section contains chapters on the principles of contaminant toxicology including a brief history of the science of ecotoxicology, basic principles of the science, testing methods, and ways of determining if animals have been exposed to either acute or chronic concentrations of contaminants. The second section deals with the primary classes of contaminants including their chemical characteristics, sources, uses, and effects on organisms. The third section focuses on more complex issues such as the regulation of pollution, population and community effects, risk assessment and modelling. Uses examples from both aquatic and terrestrial environments and species Includes a Terms to Know section and a list of study questions in each chapter, fostering a greater understanding of the issues Focuses on the effects of contaminants on wildlife while providing enough chemistry to allow a detailed understanding of the various contaminant groups Emphasizes natural examples and real species, rather than laboratory studies on only a handful of organisms Features case histories, detailing actual events that include aspects of how the contamination occurred and its effects on wildlife Provides material from a wide variety of international sources.;Machine generated contents note: Section I Basic Principles and Tools of Ecotoxicology -- 1. An Introduction to Ecotoxicology -- Introduction -- Characteristics of Chemicals That Affect Their Presence in the Natural Environment -- Environmental Factors That Affect Contaminants -- Basics of Assessing Toxicity -- Study Questions -- References -- 2. Basics of Toxicity Testing -- Introduction and Terms of the Tradecraft -- Toxicity Testing: Historical Perspectives and Its Role as One Tool in the Ecotoxicology Toolbox -- Opening the Ecotoxicology Toolbox: Common Elements of Toxicity Tests -- Good Laboratory Practices -- Focus -- GLPs in Operation -- Study Questions -- References -- 3. Bioindicators of Contaminant Exposure -- Introduction -- Types of Bioindicators -- Oxidative Stress -- Plasma Enzymes -- Other Blood Components -- Evidence of Endocrine Disruption -- Genetic and Chromosomal Damage -- Histology -- Genomics and Proteomics -- Reproductive and Developmental Bioindicators.;Note continued: References -- 13. Chemical Stressors and Ecological Risk -- Introduction -- Terms of the Tradecraft -- Historical Perspectives on Chemical Stressors and Ecological Risks -- Generalized Process for Evaluating Environmental Risks -- Exposure Models and Food-Chain Analysis for Birds and Mammals -- Estimating Risks Using Simple Ratio Estimators -- Cause-and-Effect Relationships, Multiple Stressors, Uncertainty, and Risks -- Cause-and-Effect Analysis -- Study Questions -- References -- 14. Contaminant Considerations in Humans -- Introduction -- How Are Humans Exposed to Contaminants? -- Some Effects of Environmental Contaminants on Humans -- Focus -- Examples of Major Contaminant -- Human Disasters -- Study Questions -- References -- 15. Regulation of Environmental Chemicals and Damage Assessment -- Introduction -- International Authorities -- National Regulation of Contaminants -- Study Questions -- References -- 16. Wrap Up -- Introduction -- Where Are We Now?;Note continued: 10. Population Ecotoxicology: Exposure and Effects of Environmental Chemicals -- Introduction: Working Beyond Individual Organisms -- Spatiotemporal Scales in Ecology and Ecotoxicology -- Population Ecotoxicology -- Life Table Analysis -- Stochasticity and Uncertainty -- Study Questions -- References -- 11.Community-Level and Ecosystem-Level Effects of Environmental Chemicals -- Introduction -- Communities, Ecosystems, and Spatiotemporal Scales -- Scientific Support for Community Effects From Contaminants -- Biological Assessments -- Communities and Ecosystems: Exposures and Effects -- Study Questions -- References -- 12. Modeling in Ecotoxicology -- Introduction -- Different Models, Different Realizations -- Brief Explanations of Some Common Models in Ecotoxicology -- Mathematical Tools and Ecotoxicology -- Beyond Mathematical and Statistical Models: Uncertainty and Its Role in Modeling -- Focus -- PCBs and Crab Orchard Lake -- Study Questions.

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Table of Contents List of tables Tables in Chapter 2 Tables in Chapter 4 - photo 1
Table of Contents
List of tables
  1. Tables in Chapter 2
  2. Tables in Chapter 4
  3. Tables in Chapter 5
  4. Tables in Chapter 6
  5. Tables in Chapter 7
  6. Tables in Chapter 8
  7. Tables in Chapter 9
  8. Tables in Chapter 10
  9. Tables in Chapter 11
  10. Tables in Chapter 13
  11. Tables in Chapter 14
List of illustrations
  1. Figures in Chapter 1
  2. Figures in Chapter 2
  3. Figures in Chapter 3
  4. Figures in Chapter 4
  5. Figures in Chapter 5
  6. Figures in Chapter 6
  7. Figures in Chapter 7
  8. Figures in Chapter 8
  9. Figures in Chapter 9
  10. Figures in Chapter 10
  11. Figures in Chapter 11
  12. Figures in Chapter 12
  13. Figures in Chapter 13
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Landmarks
Table of Contents
Ecotoxicology Essentials
Environmental Contaminants and Their Biological Effects on Animals and Plants

Donald W. Sparling

Cooperative Wildlife Research Laboratory and Department of Zoology, Southern Illinois University, Carbondale, IL, USA

Copyright Academic Press is an imprint of Elsevier 125 London Wall London EC2Y - photo 2

Copyright

Academic Press is an imprint of Elsevier

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This book and the individual contributions contained in it are protected under copyright by the Publisher (other than as may be noted herein).

Notices

Knowledge and best practice in this field are constantly changing. As new research and experience broaden our understanding, changes in research methods, professional practices, or medical treatment may become necessary.

Practitioners and researchers must always rely on their own experience and knowledge in evaluating and using any information, methods, compounds, or experiments described herein. In using such information or methods they should be mindful of their own safety and the safety of others, including parties for whom they have a professional responsibility.

To the fullest extent of the law, neither the Publisher nor the authors, contributors, or editors, assume any liability for any injury and/or damage to persons or property as a matter of products liability, negligence or otherwise, or from any use or operation of any methods, products, instructions, or ideas contained in the material herein.

British Library Cataloguing-in-Publication Data

A catalogue record for this book is available from the British Library.

Library of Congress Cataloging-in-Publication Data

A catalog record for this book is available from the Library of Congress.

ISBN: 978-0-12-801947-4

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Typeset by MPS Limited Chennai India Section I Basic Principles and Tools of - photo 3

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Section I

Basic Principles and Tools of Ecotoxicology

Outline

Chapter 1
An Introduction to Ecotoxicology
Abstract

Ecotoxicology is the study of contaminants in the natural environment and their effects on organisms. It has been variously defined as toxicity testing on one or more components of the ecosystem or the science of predicting effects of potentially toxic agents on natural ecosystems and on nontarget species. Contaminants may be taken up or assimilated by organisms through a number of ways, including consumption, dermal absorption, and inhalation. Once in an organism, the chemical can be rapidly depurated, usually through urination or defecation or stored in certain tissues. When chemicals are stored in an organism, they may accumulate at levels higher than found in the environment in a process called bioconcentration. They might even be transferred to higher trophic levels, with each level having greater concentrations than the preceding ones; this is called biomagnification. If an organism assimilates sufficient chemicals, harmful effects may occur, including sublethal effects or even death. The dose necessary to produce death in 50% of affected organisms is called the median lethal concentration.

Keywords

Sublethal effect; lethality; octanol/water coefficient; bioconcentration; biomagnification; environmentally realistic concentration; median lethal concentration

Terms to Know

Ecotoxicology

Anthropogenic

Sublethal Effects

Lethality

Compensatory Effects

Additive Effects

Octanol/water Coefficient (Kow)

Soil/water Coefficient (Koc)

Persistence

Photolysis

Bioavailability

Bioassimilation

Bioconcentration

Biomagnification

Hyperaccumulate

Dissolved Organic Carbon (Matter)

Environmental Matrix

Environmentally Relevant Concentration

Median Lethal Concentration (Dose)

Median Effect Concentration (Dose)

No Adverse Effects Level

Lowest Observed Adverse Effects Level

Introduction

A good starting place in this introductory chapter is to define the basic subject of this book, ecotoxicology. Although toxicology, the science of poisons to humans, has been studied for hundreds of years, ecotoxicology is relatively new. It is generally accepted that Rachel Carsons landmark book Silent Spring (1962) awoke the country to the potential dangers of pesticides, mostly DDT and its relatives, to the environment and that this book served as the impetus for starting the science. The term ecotoxicology was first coined by Rene Truhaut in 1969 to denote a natural extension of ecology and toxicology that included the effects of chemical pollutants on any aspect of the environment ( as the science of predicting effects of potentially toxic agents on natural ecosystems and on nontarget species. Virtually all other definitions include chemicals or contaminants, effects, and ecosystem or ecology. The overriding objective of ecotoxicology is to understand how chemicals (usually of human origin or anthropogenic) behave in the natural environment and how they affect organisms in that environment. Specific investigations will have objectives that refine or limit that overriding one, but essentially all ecotoxicological studies fall under that one umbrella.

As you might surmise after a few moments of thought, to accomplish that one main objective requires many different disciplines. Practitioners of the science have at least some expertise in chemistry, physiology, ecology, statistics, risk assessment, and similar areas. Very few investigators can truly be experts in all of these areas so in todays era of specialization, scientists tend to focus on one of these areas or subdisciplines.

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