
The causes and consequences of acid rain are subjects of widespread concern and controversy. However the effects of acid deposition on the chemistry of lakes and streams, and on the survival of fish and other aquatic life, have been greatly clarified by the results of a recent Anglo-Scandinavian surface waters research program. This book presents a concise, nonspecialist account of the results and their implications by the director of the program. Based on studies conducted throughout the United Kingdom and northern Europe, the book includes chapters on emissions, transport, and deposition of acid pollution; hydrochemical studies in catchments; catchment process studies; catchment manipulation experiments; the role of hydrology and soil chemistry; palaeolimnological studies; the toxic effects of acidification on fish and other aquatic life; and catchment modelling studies. The highly interdisciplinary nature of the research should appeal to a wide range of scientists and to policy-makers interested in acid rain and its consequences. It is also aimed at postgraduates and third-year undergraduate students in the environmental sciences.
This book investigates the chemical and biological impacts of acid deposition on inland water systems, specifically focusing on the findings of the Anglo-Scandinavian surface waters research program. B. J. Mason, the director of this extensive research initiative, synthesizes complex environmental data to clarify how atmospheric pollutants alter the chemistry of lakes and streams. The text provides a structured framework for understanding the causal links between industrial emissions and the subsequent degradation of aquatic ecosystems across the United Kingdom and northern Europe.
What You Will Find
Experts identify this work as a foundational synthesis of the Anglo-Scandinavian research program, providing a clear bridge between complex scientific data and policy application. Readers frequently note the technical clarity of the prose, which makes the interdisciplinary research accessible to both environmental scientists and advanced students.
Page Count:
148
Publication Date:
1992-11-05
Publisher:
Clarendon Press
ISBN-10:
0198583443
ISBN-13:
9780198583448
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