Toxic impacts of wastes on the aquatic environment
著者
書誌事項
Toxic impacts of wastes on the aquatic environment
（Special publication / Royal Society of Chemistry, v. 193）
Royal Society of Chemistry, c1996
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注記
Includes index
内容説明・目次
内容説明
These proceedings present information on regulatory controls and impact assessments of toxic waste entering the aquatic environment. Topics covered include: current legislation in the United Kingdom and Europe; toxic measures of environmental damage; methods to improve and provide more rapid assessment of toxicity; and the application of quality control procedures to ensure good information from test procedures. A number of case studies were examined, demonstrating environmental damage arising from toxic inputs and others on toxicity identification and reduction evaluation programmes. Additionally, political and economic implications were considered with a view to the further development of methods and procedures to help improve and protect aquatic life.
目次
- The toxic impacts of wastes from source to ultimate fate, Sir Hugh Rossi
- the scientific, economic, environmental and political significance of the discharge of toxic wastes to the aquatic environment, D.J.H. Phillips
- toxicity based criteria for the regulatory control of waste discharges and for environmental monitoring and assessment in the United Kingdom, J.R. Wharfe
- the use of direct toxicity assessment to control discharges to the aquatic environment in the United Kingdom, D. Tinsley et al
- the precision of aquatic toxicity tests - its implications for the control of effluents by direct toxicity assessment, P. Whitehouse et al
- Amtox (TM) - a new concept for rapid nitrification inhibition testing applicable to the laboratory and on-line at treatment works, J. Upton and S.R. Pickin
- performance trials of a new automated respirometer (MERIT 20) in performing respiration and nitrification inhibition analyses, M.R. Bolton et al
- the potential for biosensors to assess the toxicity of industrial effluents, J.G. Rogerson et al
- application of routine ecotoxicological screening methods for assessing suitability of trade effluents for biological treatment, K. Wadhia et al
- Eclox (TM) - a rapid screening toxicity test, E. Hayes and M. Smith
- interpretation, relevance and extrapolations - can we devise better ecotoxicological tools to assess toxic impacts?, M.H. Depledge
- "in situ" assays for monitoring the toxic impacts of waste in rivers, M. Crane et al
- sub-lethal biological effects monitoring using the common mussel (mytilus edulis) - comparison of laboratory and "in situ" effects of an industrial effluent discharge, B.D. Roddie et al
- sub-lethal effects of waste on marine organisms - responses measured at the whole organism level, P. Donkin et al
- the toxic impact of petro-chemical and oil-refining waste on hydrolionts, N.G. Kuramshina et al
- the role of environmental quality standards in controlling chemical contaminants in the environment, N.G. Cartwright and S. Lewis
- when the solution is more toxic than the pollution, J.H. Churchley and E.M. Hayes
- possible ways of detoxification of heavy metals (zinc, lead and cadmium) discharged with wastes in the high-bioproductive reservoirs, I.V. Iskra and P.N. Linnik
- United States Environmental Protection Agency's water quality based approach to toxics control, M.A. Heber and T.J. Norberg-King
- the ecotoxicological assessment of hydrocarbons in an urban aquatic system, R.H. Jones et al
- selection of toxicity assays for multiple test protocols used in wastewater quality control and treatment optimization, Dr P. Hiley
- the use of toxicity identification evaluation on industrial effluent discharges, V.T. Coombe et al
- overall cost savings and treatment optimization by segregation of the component waste streams in a toxicity reduction evaluation, J.H.H. Looney et al
- toxicity testing as a practical tool for monitoring industrial effluents - a case study, D.C. Watson et al
- toxicity (Part contents)
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