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This new edition of The Dictionary and Substances and their Effects (DOSE) supersedes the renowned 1st edition. The 1st edition has been completely revised, updated and extended with all the latest significant data on the chemicals known to have adverse effects on lifeforms or the environment. The new edition is a must for all those who need easy access to a single source of the latest essential and fully referenced data on chemicals which are known to have significant toxic or environmental effects. The web database is ideal for targeted searches and customised data retrieval. The 2nd edition of DOSE includes new toxicity, environmental and regulatory data from the world's literature, presented in concise summaries. These new data are essential for the accurate assessment of the risks associated with the use and disposal of chemicals. Data on over 100 chemicals new to this edition have been added, including endocrine disruptors, food carcinogens, pesticides and compounds studied by IARC and NTP. All of the 4000 chemicals contained in the 1st edition have been reviewed. New and updated information for these chemicals includes: * occupational exposure limits for 6 countries * recent toxicity and ecotoxicity data * results of new carcinogenicity, mutagenicity and environmental fate studies * the latest regulatory requirements DOSE 2nd edition comprises 7 hardcover volumes covering over 4000 chemicals alphabetically, and includes indexes of substance names and synonyms, molecular formulae, and CAS Registry Numbers; glossaries of medical terms and Latin to English organism names; an abbreviations listing and a comprehensive guide to the types of data and their origin. DOSE is also available via Knovel's Engineering and Scientific Online Reference, located at www.knovel.com.
The Ecosystems Research Center (ERC) was established at Cornell U ni versity in October 1980 by the Environmental Protection Agency (EPA) with the goals of: 1. Identifying fundamental principles and concepts of ecosystems sci ence and the determination of their importance in understanding and pre dicting the responses of ecosystems to stress, the description of the basic mechanisms that operate within ecosystems, and an examination of the stability of ecosystem structure and function in the face of stress. 2. Testing the applicability of those theoretical concepts to problems of concern to the EPA through a consideration of retrospective and other case studies. In line with these goals, the Hudson River ecosystem provided the basis for the first major retrospective study undertaken by the ERC. The goal of the project was to develop recommendations concerning how ecosystem monitoring can and should be carried out in support of EPA's regulatory responsibilities. Our hope was and is that the experience gained from this study will be broadly applicable to a range of manage ment problems involving estuarine ecosystems, and will lead to more effective regulation.