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      Understanding environmental pollution

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      https://www.riss.kr/link?id=M15666061

      • 저자
      • 발행사항

        Cambridge : Cambridge University, 2020

      • 발행연도

        2020

      • 작성언어

        영어

      • 주제어
      • DDC

        363.73 판사항(23)

      • ISBN

        9781108436106
        1108436102
        9781108423083
        1108423086

      • 자료형태

        일반단행본

      • 발행국(도시)

        England

      • 서명/저자사항

        Understanding environmental pollution / Marquita K. Hill.

      • 판사항

        4th ed

      • 형태사항

        xx, 449p. : ill. ; 28 cm.

      • 일반주기명

        Includes bibliographical references and index.

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      목차 (Table of Contents)

      • CONTENTS
      • Preface = xiii
      • Acknowledgment = xvi
      • List of Abbreviations and Acronyms = xvii
      • 1 Understanding Pollution = 1
      • CONTENTS
      • Preface = xiii
      • Acknowledgment = xvi
      • List of Abbreviations and Acronyms = xvii
      • 1 Understanding Pollution = 1
      • 1.1 he Anthropocene = 2
      • 1.2 Introducing Pollution = 2
      • 1.3 Devastating versus Tiny Levels of Pollution = 10
      • 1.4 Nature’s Services = 10
      • 1.5 Soil = 13
      • 1.6 Root Causes of Environmental Problems = 14
      • 1.7 Personal Actions Have Consequences = 16
      • 1.8 Living within Our Planet’s Boundaries = 17
      • 1.9 Burning Fossil Fuels = 19
      • 1.10 Conclusions = 19
      • Questions = 20
      • 2 Reducing Pollution to Reduce Risk = 26
      • 2.1 Chemical Risk Assessment = 27
      • 2.2 Comparative Risk Assessment = 27
      • 2.3 Complex Risk Assessment = 29
      • 2.4 Using Legislation to Reduce Risk = 29
      • 2.5 A Right-To-Know Law = 31
      • 2.6 Using the Waste Hierarchy to Reduce Risk = 33
      • 2.7 Going Beyond Pollution Prevention = 37
      • 2.8 Conclusions = 38
      • Questions = 38
      • 3 Chemical Toxicity = 42
      • 3.1 Terminology = 43
      • 3.2 How Dose Afects Response = 44
      • 3.3 Absorption, Distribution, Biotransformation, and Excretion = 46
      • 3.4 Factors Afecting Toxicity = 47
      • 3.5 Environmental Hormones (Endocrine Disruptors) = 51
      • 3.6 Cancer = 54
      • 3.7 Epigenetics and Disease = 57
      • 3.8 How Toxicants Afect Speciic Organs = 57
      • 3.9 Heavy Pollution’s Impact on Disease and Premature Death = 60
      • 3.10 Conclusions = 61
      • Questions = 61
      • 4 Chemical Exposures and Risk Assessment = 67
      • 4.1 Exposure Assessment = 68
      • 4.2 A CDC Study on Exposure to Xenobiotic Chemicals = 69
      • 4.3 Epidemiological Studies = 70
      • 4.4 Chemical Risk Assessment = 72
      • 4.5 Risk Management = 76
      • 4.6 Risks to Children = 78
      • 4.7 Alternative Methods of Chemical Risk Assessment = 79
      • 4.8 Conclusions = 82
      • Questions = 82
      • 5 Air Pollution = 89
      • 5.1 Introduction to Criteria Air Pollutants = 90
      • 5.2 Volatile Organic Compounds = 102
      • 5.3 Hazardous Air Pollutants = 103
      • 5.4 Air Pollution’s Major Impact on Global Health = 106
      • 5.5 Atmospheric Brown Clouds = 107
      • 5.6 Sand and Dust Storms = 108
      • 5.7 Conclusions = 111
      • Questions = 111
      • Appendix : Particulates and Disease = 113
      • 6 Acid Deposition = 119
      • 6.1 Background = 120
      • 6.2 Pollutants of Concern = 122
      • 6.3 Adverse Impacts of Acidic Deposition = 123
      • 6.4 Sources of Acid Deposition = 125
      • 6.5 Reducing Emissions of Acid-Precursor Chemicals = 125
      • 6.6 Recovering from Acidic Deposition = 126
      • 6.7 Acid Deposition in Asia = 127
      • 6.8 Conclusions = 129
      • Questions = 129
      • 7 Global Warming and Ocean Acidification = 133
      • 7.1 Introduction = 134
      • 7.2 Greenhouse Gases = 135
      • 7.3 Carbon Dioxide = 136
      • 7.4 Methane = 139
      • 7.5 Ground-Level Ozone = 141
      • 7.6 Nitrous Oxide = 142
      • 7.7 Halogen Gases = 142
      • 7.8 Water Vapor = 142
      • 7.9 Aerosols = 142
      • 7.10 Black Carbon (Soot) : An Aerosol = 144
      • 7.11 Solar Geoengineering Using Aerosols? = 145
      • 7.12 Impacts of Global Warming = 145
      • 7.13 Ocean Acidiication : An Impact Speciic to Carbon Dioxide = 149
      • 7.14 Adaptation to a Greenhouse World = 152
      • 7.15 Reducing GHG Emissions = 154
      • 7.16 Solutions to Global Warming = 157
      • 7.17 Conclusions = 157
      • Questions = 158
      • 8 Energy and Pollution = 166
      • 8.1 Pollution in Motor Vehicle Use = 168
      • 8.2 Is Clean Coal Possible? = 169
      • 8.3 Conservation and Eiciency = 171
      • 8.4 Increasing Industrial Eiciency in Using Energy = 172
      • 8.5 Using Waste Heat to Increase Industrial Eiciency = 173
      • 8.6 Renewable Energy : Photovoltaics = 174
      • 8.7 Renewable Energy : Wind Power = 177
      • 8.8 Renewable Energy and the Electric Grid = 178
      • 8.9 Renewable Energy Use Around the World = 179
      • 8.10 End-Of-Life Management of Solar Cells, Wind Turbines, and Batteries = 180
      • 8.11 Briefs on Other Energies = 181
      • 8.12 Conclusions = 184
      • Questions = 186
      • 9 Stratospheric Ozone Depletion = 192
      • 9.1 Background = 193
      • 9.2 Pollutants of Concern : CFCs and Halons = 194
      • 9.3 Chemical Reactions in the Stratosphere = 195
      • 9.4 UV Radiation at Earth’s Surface = 198
      • 9.5 he Montreal Protocol = 200
      • 9.6 Problems, Ongoing Research, and Cheating = 201
      • 9.7 Conclusions = 203
      • Questions = 203
      • 10 Water Pollution = 206
      • 10.1 Point and Nonpoint Water Pollution = 207
      • 10.2 Pollutants of Concern : Conventional Water Pollutants = 208
      • 10.3 Priority Pollutants = 211
      • 10.4 Nonconventional Pollutants = 212
      • 10.5 Pollution of Groundwater = 212
      • 10.6 Pollution in Other Water Bodies = 214
      • 10.7 Reducing Point Sources of Pollution = 216
      • 10.8 Reducing Nonpoint Sources of Pollution = 221
      • 10.9 Confronting Reactive Nitrogen : he Nitrogen Glut = 224
      • 10.10 Falling Levels of Oxygen in the Ocean = 229
      • 10.11 Phosphorus Pollution = 231
      • 10.12 Conclusions = 234
      • Questions = 235
      • 11 Drinking Water Pollution = 242
      • 11.1 Primary Drinking Water Standards = 243
      • 11.2 An Ongoing Mass Poisoning : Arsenic = 247
      • 11.3 Lead in Drinking Water = 249
      • 11.4 Secondary Drinking Water Contaminants = 251
      • 11.5 Other Drinking Water Issues = 252
      • 11.6 Pathogens and Human Health = 254
      • 11.7 Home Water Treatments = 257
      • 11.8 Waste and Wastewater as Valuable Resources = 258
      • 11.9 Conclusions = 259
      • Questions = 260
      • 12 Solid Waste = 265
      • 12.1 Generating Large Amounts of Waste = 266
      • 12.2 Using the Waste Management Hierarchy to Reduce MSW = 268
      • 12.3 Recycling = 273
      • 12.4 Incineration and Landilling = 279
      • 12.5 When Waste Problems Seem Too Large to Follow the WMH = 282
      • 12.6 Plastic Presents Mammoth Problems = 283
      • 12.7 Plastics : Improving P²and Recycling = 289
      • 12.8 Conclusions = 290
      • Questions = 291
      • 13 Hazardous Waste = 297
      • 13.1 Introduction to Hazardous Waste = 298
      • 13.2 he Waste Management Hierarchy in HW Management = 299
      • 13.3 he Coming of Superfund = 301
      • 13.4 Evaluating HW and Superfund Sites = 304
      • 13.5 Dealing with and Cleaning Up HW Sites = 305
      • 13.6 Reducing the Risk of HW Internationally = 308
      • 13.7 he Problem of Electronic Waste : E-Waste = 309
      • 13.8 Conclusions = 311
      • Questions = 312
      • 14 Persistent, Bioaccumulative, and Toxic Chemicals = 316
      • 14.1 Why PBTs Are of Concern = 317
      • 14.2 he Stockholm Convention : Reducing POPs = 319
      • 14.3 Examining One POP Family : he PCBs = 321
      • 14.4 A Polybrominated POP Family : PBDEs = 322
      • 14.5 A Polyluorinated Family : PFAS = 323
      • 14.6 Conclusions = 323
      • Questions = 324
      • 15 Metals = 327
      • 15.1 Metals : An Introduction = 328
      • 15.2 Sources of Metal Pollution = 329
      • 15.3 Lead : A PBT Metal = 334
      • 15.4 Mercury = 337
      • 15.5 Cadmium = 343
      • 15.6 Arsenic = 344
      • 15.7 Conclusions = 345
      • Questions = 346
      • 16 Pesticides = 353
      • 16.1 Why Use Pesticides and Who Uses Pesticides = 354
      • 16.2 Pesticide Categories = 355
      • 16.3 An Introduction to Insecticides = 356
      • 16.4 he Neonicotinoids = 357
      • 16.5 Herbicides Kill Unwanted Plants – Weeds = 359
      • 16.6 Pesticide Movement and Contamination of the Environment and Food = 361
      • 16.7 Pesticide Resistance = 362
      • 16.8 Biodiversity at High Risk, but Causes Go Beyond Pesticides = 362
      • 16.9 Pesticide Use in Less-Developed Countries = 364
      • 16.10 Reducing Pesticide Risk = 365
      • 16.11 Reducing Risk by Alternative Approaches to Agriculture = 366
      • 16.12 France’s Extraordinary Eforts to Reduce Pesticide Use = 368
      • 16.13 Conclusions = 369
      • Questions = 369
      • Appendix : Biopesticides = 371
      • 17 Indoor Air Pollution = 376
      • 17.1 Indoor Air Contaminants = 377
      • 17.2 Combustion Pollutants = 379
      • 17.3 VOCs, Moisture, Biological Pollutants, Dust, and Dirt = 380
      • 17.4 Ionizing Radiation : Radon = 383
      • 17.5 Indoor Air Pollution in Less-Developed Countries = 386
      • 17.6 Household Hazardous Products = 387
      • 17.7 Household Hazardous Waste = 389
      • 17.8 Conclusions = 390
      • Questions = 391
      • 18 Zero Waste, Zero Emissions = 395
      • 18.1 Sustainable Development = 396
      • 18.2 Building a Circular Economy = 396
      • 18.3 Industrial Ecology = 400
      • 18.4 Closed-Loop Systems = 400
      • 18.5 Zero Waste = 401
      • 18.6 Lifecycle Assessment = 404
      • 18.7 Design for the Environment = 406
      • 18.8 Product Stewardship and EPR = 407
      • 18.9 Servicizing = 408
      • 18.10 Green Chemistry and How It Works = 409
      • 18.11 Converting Wastes into Resources = 411
      • 18.12 Safely Operating within Earth’s Life-Support Boundaries = 411
      • 18.13 Conclusions = 412
      • Questions = 412
      • Appendix : Basic Concepts in Chemistry = 418
      • A.1 Atoms and the Periodic Table = 418
      • A.2 Organic and Inorganic Chemicals = 423
      • A.3 Free Radicals = 424
      • A.4 Oxidation and Reduction Reactions = 424
      • A.5 Acid Pollution = 426
      • Further Reading = 431
      • Index = 439
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