Titlebook: NASA Formal Methods; 4th International Sy Alwyn E. Goodloe,Suzette Person Conference proceedings 2012 Springer-Verlag Berlin Heidelberg 201

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Jörg Brauer,Axel Simony become more important. To assess the impact of pesticides on aquatic organisms, international authorities (utilizing OECD and USEPA testing guidelines) require completion of many acute and chronic ecotoxicological studies. Among such studies is testing to measure the potential for bioconcentration

HAUNT

Ross Gore,Paul F. Reynolds Jr.y become more important. To assess the impact of pesticides on aquatic organisms, international authorities (utilizing OECD and USEPA testing guidelines) require completion of many acute and chronic ecotoxicological studies. Among such studies is testing to measure the potential for bioconcentration

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Alexander Herz,Kalmer Apinisbiotic environ­ ments has justified the present triumvirate of specialized publications in this field: comprehensive reviews, rapidly published progress reports, and archival documentations. These three publications are integrated and scheduled to pro­ vide in international communication the coheren

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Anaheed Ayoub,BaekGyu Kim,Insup Lee,Oleg Sokolskyion that the dominant species in the tannery waste would be the thermodynamically stable Cr(III) species. However, significant levels of toxic Cr(VI) recently detected in surface water and groundwater in India, China, Australia, and elsewhere raise critical questions relating to current disposal cri

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Heber Herencia-Zapana,Romain Jobredeaux,Sam Owre,Pierre-Loïc Garoche,Eric Feron,Gilberto Perez,Pabloion that the dominant species in the tannery waste would be the thermodynamically stable Cr(III) species. However, significant levels of toxic Cr(VI) recently detected in surface water and groundwater in India, China, Australia, and elsewhere raise critical questions relating to current disposal cri

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Wenbin Li,Jane Huffman Hayes,Mirosław Truszczyńskiion that the dominant species in the tannery waste would be the thermodynamically stable Cr(III) species. However, significant levels of toxic Cr(VI) recently detected in surface water and groundwater in India, China, Australia, and elsewhere raise critical questions relating to current disposal cri

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Norbert Th. Müller,Christian Uhrhanion that the dominant species in the tannery waste would be the thermodynamically stable Cr(III) species. However, significant levels of toxic Cr(VI) recently detected in surface water and groundwater in India, China, Australia, and elsewhere raise critical questions relating to current disposal cri