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Modern Treatment Strategies for Marine Pollution provides an overview of assessment tools that identify contaminants in marine water, also discussing the latest technologies for removing these contaminants. Through templated and consistently structured chapters, the author explores the importance of seawater to our marine ecosystems and the devastating effects pollutants are causing. Sections cover the emission of toxic pollutants from industries, wastewater discharge, oil spills from boarding ships, ballast water emission, abnormal growth of algal blooms, and more. Techniques explored include huge diameter pipelines erected for removing floating debris from seawater, which is denoted as a primary idea for cleaning contaminants. The book includes numerous case studies that demonstrate how these tools can be successfully used. It is an essential read for marine ecologists and oceanographers at the graduate level and above, but is also ideal for those looking to incorporate these techniques into their own work. Presents and discusses advanced technologies used in the treatment of marine water Includes case studies to show what techniques have been successful Provides new information on contamination assessment and analytical protocols for identifying pollutants, which is essential for readers to use in their own work

This volume presents the proceedings of the IAWPRC International Conference on North Sea Pollution - Technical Strategies for Improvement. Economically important both for fisheries and minerals such as oil, gas, sand and gravel, the North Sea is also subject to receiving much of the pollutant load generated by the countries of Northern Europe. This conference, attended by 150 mostly Western European and Scandinavian delegates, addressed the problems of the North Sea and discussed the technologies and strategies available to improve water quality. These include regulatory policy, modelling, monitoring, risk assessment, wastewater treatment and eutrophication.

The river basin continues to be seen as the best basis for the management of the water environment. Water resources and receiving water impacts urban and rural environments, diffuse and point-source pollution- in the context of the river basin there is the prospect of a rational balancing of competing and interacting elements. Much exciting research on catchment management has been carried out in Central and Eastern Europe in recent years, which led to the 8th conference of IAWQ's River Basin Management Specialist Group being held in Budapest to disseminate the knowledge and experience of some of the world?s leading experts. Anyone who is involved in carrying out research or implementing river basin management strategies will find these proceedings an excellent source of information and insight. Amongst the 26 papers selected for these proceedings, work on the Danube Basin features strongly, but papers from the rest of the world are also well represented, with papers on: Policy Management and legislation Nutrients balances Catchment management Water quality modelling.

This database encompasses all aspects of the impact of people and technology on the environment and the effectiveness of remedial policies and technologies, featuring more than 950 journals published in the U.S. and abroad. The database also covers conference papers and proceedings, special reports from international agencies, non-governmental organizations, universities, associations and private corporations. Other materials selectively indexed include significant monographs, government studies and newsletters.

Indexes material from conference proceedings and hard-to-find documents, in addition to journal articles. Over 1,000 journals are indexed and literature published from 1981 to the present is covered. Topics in pollution and its management are extensively covered from the standpoints of atmosphere, emissions, mathematical models, effects on people and animals, and environmental action. Major areas of coverage include: air pollution, marine pollution, freshwater pollution, sewage and wastewater treatment, waste management, land pollution, toxicology and health, noise, and radiation.