Environmental ToxicologyEnvironmental Toxicology is a comprehensive introductory textbook dealing with most aspects of the subject, from the molecular to the ecosystem level. Early chapters deal with basic and advanced concepts, methods and approaches. The next tier discusses the environmental toxicology of individual or groups of substances. The third part addresses complex issues, in which many of the concepts, approaches and substances covered in earlier tiers are incorporated. The fourth part includes chapters on risk assessment, rehabilitation and regulatory toxicology. The book concludes with a summary of present and future areas of emphasis. Each chapter contains a comprehensive list of references and further reading, case studies from different jurisdictions, and student exercises. Environmental Toxicology is primarily a textbook for undergraduate and graduate students in environmental toxicology, environmental chemistry, ecotoxicology, applied ecology, environmental management, and risk assessment. It will also be valuable for specialists in ecology, environmental science, and chemistry. |
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Mortality may still be used as an endpoint but may involve longer exposures than 96 hr. In this regard, the term chronic toxicity isoften used. However, in many texts, theterm chronicis conventionally reservedfora groupof sublethal ...
Mortality may still be used as an endpoint but may involve longer exposures than 96 hr. In this regard, the term chronic toxicity isoften used. However, in many texts, theterm chronicis conventionally reservedfora groupof sublethal ...
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Whentoxic exposure istransient, difficulties maysometimes occur incharacterising doseresponse inthe environment ina satisfactorymanner. Such a situationmay arise in the case of aspill, when highlytoxic concentrations may exist ...
Whentoxic exposure istransient, difficulties maysometimes occur incharacterising doseresponse inthe environment ina satisfactorymanner. Such a situationmay arise in the case of aspill, when highlytoxic concentrations may exist ...
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Such a concept assumes that a toxic “dose”maybe approximated bythe productof concentration and timeof exposure, as shownin Figure 2.11. Any number of rectangles maybe subtendedby the curve, each representing the same degreeof ...
Such a concept assumes that a toxic “dose”maybe approximated bythe productof concentration and timeof exposure, as shownin Figure 2.11. Any number of rectangles maybe subtendedby the curve, each representing the same degreeof ...
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المحتوى
6 | |
Case study4 3 | |
Case study 4 4 | |
Factors | |
Role of particulates | |
importanceoffood | |
6 | |
methods | |
7 3 The toxicity of copper 6 8 6 8 1 The occurrence sourcesand properties of nickel 6 8 2 The physiological andecological behaviour of nickel 6 8 3... | |
Properties of selected metalsand metalloids 7 Organic compounds 7 1 The nature of organic compounds 7 1 1 Behaviour andtransport | |
Ionising radiation 8 1 Introduction | |
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عبارات ومصطلحات مألوفة
acid activity andthe anthropogenic approach aquatic atmosphere Atomic benthic bioaccumulation bioassays bioavailability biochemical biological biomagnification biota cadmium Canada carcinogenic cells chemical Chemistry chlorine complex components compounds concentrations concern contaminants copepods copper cytochrome P450 decrease deposition dose ecological ecosystem ecotoxicology effects effectsof effluent element emissions environment environmental toxicology enzymes estrogen eutrophication example exposure factors Figure fish freshwater fromthe hasbeen havebeen human hydrocarbons increased indicator industrial inorganic inthe laboratory lake lead levels measured mercury metabolism metals methylmercury models monitoring natural nickel nuclear nutrient ofthe Ontario onthe organisms oxidation particulate PCBs pesticides phytoplankton plants pollution population potential production proteins radiation radioactive receptor regulation regulatory relationship relative released response result risk assessment Section sediments selenium soil soluble sources species studies substrate suchas surface temperature tissue tolerance tothe toxic substances toxicity trophic trophic levels uptake waste xenobiotic