Free download The Handbook of Environmental Chemistry

Volume 5 Water Pollution

Part T

Authors of: The Handbook of Environmental Chemistry

O. Hutzinger

D. Barceló

A. Kostianoy

Tarek A. Kassim

Damià Barceló

Table of Contents in The Handbook of Environmental Chemistry

The Influence of Contaminated Sediments on Sustainable Use of the Planet

Cairns Jr.

Chlorinated and Brominated Organic Pollutants in Contaminated River Sediments

Eljarrat · D. Barceló

Effects of Static vs. Tidal Hydraulic Conditions on Biogeochemical Processes in Mesocosms:

Degradation of Aromatic Hydrocarbons (AHs)

J. Catallo · J. L. Comeaux · T. Junk

Marine Sediment Toxicity Identification Evaluations (TIEs):

History, Principles, Methods, and Future Research

T. Ho · R. M. Burgess

Nucleic Acid-Based Techniques for Studying Diversity and Activity of Bacterial Communities in Oil-Contaminated Sediments

M. M. Abed

Steady-State Model of Chemical Migration in a Sediment Cap

Reible · C. Kiehl-Simpson · A. Marquette

Subject Index

“The Handbook of Environmental Chemistry” is a comprehensive compilation of research and insights into various facets of environmental chemistry, addressing critical issues that impact the health of our planet.

Authored by a team of experts, the table of contents reveals a diverse range of topics, each contributing to our understanding of environmental challenges and potential solutions.

The following is an in-depth exploration of the content, providing a nuanced overview of each chapter.

Chapter 1: The Influence of Contaminated Sediments on Sustainable Use of the Planet by J. Cairns Jr. 

In this opening chapter, J. Cairns Jr. examines the profound impact of contaminated sediments on the sustainable use of our planet.

Through an interdisciplinary lens, Cairns explores the far-reaching consequences of sediment pollution, offering insights into potential mitigation strategies and sustainable environmental management.

Chapter 2: Chlorinated and Brominated Organic Pollutants in Contaminated River Sediments by E. Eljarrat and D. Barceló 

Authored by E. Eljarrat and D. Barceló, this chapter provides an in-depth analysis of chlorinated and brominated organic pollutants present in contaminated river sediments.

The authors delve into the identification, sources, and environmental implications of these pollutants, shedding light on the challenges associated with their presence in aquatic ecosystems.

Chapter 3: Effects of Static vs. Tidal Hydraulic Conditions on Biogeochemical Processes in Mesocosms: Degradation of Aromatic Hydrocarbons (AHs) by W. J. Catallo, J. L. Comeaux, and T. Junk 

J. Catallo, J. L. Comeaux, and T. Junk explore the impact of hydraulic conditions on biogeochemical processes in mesocosms, specifically focusing on the degradation of aromatic hydrocarbons (AHs).

This chapter investigates how static and tidal conditions influence the fate of pollutants, providing valuable insights into the dynamics of sedimentary environments.

Chapter 4: Marine Sediment Toxicity Identification Evaluations (TIEs): History, Principles, Methods, and Future Research by K. T. Ho and R. M. Burgess 

In this chapter, K. T. Ho and R. M. Burgess offer a comprehensive exploration of Marine Sediment Toxicity Identification Evaluations (TIEs).

Covering the historical context, underlying principles, and research methodologies, the authors provide a roadmap for understanding and addressing toxicity in marine sediments, paving the way for future research endeavors.

Chapter 5: Nucleic Acid-Based Techniques for Studying Diversity and Activity of Bacterial Communities in Oil-Contaminated Sediments by R. M. M. Abed 

M. M. Abed delves into cutting-edge nucleic acid-based techniques for studying the diversity and activity of bacterial communities in oil-contaminated sediments.

This chapter explores the application of molecular tools in unraveling the intricate relationships between microbial communities and oil pollution, offering valuable insights for environmental monitoring and remediation efforts.

Chapter 6: Steady-State Model of Chemical Migration in a Sediment Cap by D. Reible, C. Kiehl-Simpson, and A. Marquette 

Authored by D. Reible, C. Kiehl-Simpson, and A. Marquette, this chapter introduces a steady-state model elucidating the migration of chemicals in a sediment cap.

Focusing on the behavior of contaminants under steady-state conditions, the authors contribute to our understanding of sedimentary systems and offer practical insights for environmental management.

Conclusion: Subject Index

The concluding section of the handbook includes a subject index, providing readers with a valuable tool for quick reference to key concepts, terms, and topics discussed throughout the book.

In summary, “The Handbook of Environmental Chemistry” offers a multidimensional exploration of environmental challenges related to contaminated sediments, providing a comprehensive resource for researchers, policymakers, and environmental practitioners seeking to address and mitigate the impact of pollutants on our planet.

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