Understanding Environmental PollutionThe third edition of this well-received textbook delivers a concise overview of global and individual environmental pollution for undergraduate courses, presenting students with the tools to assess environmental issues. With more than thirty percent new material, Hill assesses pollution from an international perspective, including air and water pollution, global warming, energy, solid and hazardous waste, and pollution at home. Both the sources and impacts of pollution are addressed, as well as governmental, corporate, and personal responsibility for pollution, and pollution prevention is emphasized throughout. Non-technical language encourages greater understanding of these often complex issues, and thought-provoking 'Delving Deeper' exercises are included, increasing engagement with the text and enabling students to apply what they have learned. A new chapter on the chemistry basics of pollution links to sections on toxicology and risk assessment, helping students understand concerns over chemicals and their regulation. An essential review of environmental pollution for environmental science students. |
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Inhoudsopgave
1 Understanding pollution | 1 |
2 Reducing risk reducing pollution | 34 |
3 Chemical toxicity | 57 |
4 Chemical exposures and risk assessment | 89 |
5 Air pollution | 117 |
6 Acid deposition | 155 |
7 Global climate change | 170 |
8 Stratospheric ozone depletion | 213 |
12 Hazardous waste | 348 |
13 Energy | 374 |
14 Persistent bioaccumulative and toxic | 410 |
15 Metals | 425 |
16 Pesticides | 456 |
17 Pollution at home | 483 |
18 Zero waste zero emissions | 511 |
some basic concepts | 539 |
Overige edities - Alles bekijken
Veelvoorkomende woorden en zinsdelen
acid agricultural air pollution amounts animals areas arsenic assessment atmosphere atom become body cancer carbon cause Chapter chemicals China cities clean climate coal compared concentrations concern consider contaminants continue countries crops deposition developed dioxide dose drinking water effects electricity electronics emissions emitted energy environment environmental especially example exposed exposure facilities Figure fish fuel global greenhouse growing hazardous human impacts important increase industrial land lead less levels living lower major manufacturers March materials means mercury metals million natural nitrogen noted occur ocean organic oxygen ozone particles pesticides plants plastic population possible prevent problem questions reach recycling reduce regulations released remove result risk runoff Science soil sometimes sources standards substances sulfur surface Table Technology toxic treated treatment United vehicles VOCs warming waste