
Since the publication of the first edition of ENVIRONMENTAL HEALTH SCIENCE, preventing and treating acute and chronic disease caused by exposure to chemical health hazards has become even more central to the practice of public health. This fully revised and updated edition introduces students and practitioners to the concepts and terminology from chemistry, ecology, toxicology, and engineering necessary for identifying the sources of environmental contaminants; quantifying environmental levels and human exposures; and preventing and remediating environmental health hazards. Liberal use of figures and tables allows readers to visualize complex scientific phenomena and to understand their effects on every aspect of the environment from cells to entire ecosystems. Authored by two of the foremost educators, investigators, and practitioners in this increasingly important discipline, the new edition of ENVIRONMENTAL HEALTH SCIENCE is an essential resource for students and practitioners in public health; civil, environmental, and chemical engineers; policy makers; science journalists; and anyone else committed to promoting human health and the health of our environment.
This text investigates the fundamental mechanisms for identifying, quantifying, and mitigating chemical health hazards within the environment to prevent acute and chronic disease. Morton Lippmann and Richard B. Schlesinger, both established experts in environmental health and toxicology, synthesize principles from chemistry, ecology, and engineering to provide a comprehensive framework for public health practice. The book serves as a technical guide for analyzing the lifecycle of contaminants from their source to their impact on human biological systems and broader ecosystems.
What You Will Find
Scope Limits
Experts and educators recognize this work as a foundational text for students and professionals in public health and environmental engineering. Readers frequently note the technical density of the prose, which requires a solid background in the underlying scientific disciplines to fully utilize the provided methodologies.
Page Count:
400
Publication Date:
2017-01-01
Publisher:
Oxford University Press
ISBN-10:
0190688645
ISBN-13:
9780190688646
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