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- W135300181 endingPage "103" @default.
- W135300181 startingPage "51" @default.
- W135300181 abstract "Pyrethroid insecticides are broad spectrum agents that have been widely detected in sediments and surface waters in the USA (Amweg et al. 2006; Budd et al. 2007; Gan et al. 2005; Hladik and Kuivila 2009; Weston et al. 2004). They are hydrophobic compounds that primarily partition to sediments and solid materials in the water column, and exposure to pyrethroid-contaminated sediments has been demonstrated to produce toxicity in the environment (Anderson et al. 2006; Holmes et al. 2008; Phillips et al. 2010; Weston et al. 2004; Weston et al. 2005). Only very low concentrations are found freely dissolved in the aqueous phase, but these pesticides are still of concern to water quality managers because they exhibit toxicity to aquatic organisms at very low concentrations (<1 μg/L). Water quality regulators in the USA are required, under the Clean Water Act (section 303(c)(2)(B)), to provide numeric water quality criteria for priority pollutants that could reasonably be expected to interfere with the designated uses of a state’s waters. Numeric water quality criteria are chemical concentrations in water bodies that should protect aquatic wildlife from the toxic effects of those chemicals, if these concentrations are not exceeded. Numeric criteria are derived using existing toxicity data; consequently, criteria calculation is dependent on the availability of these data. In the USA, there are currently no numeric criteria available for the pyrethroids, and many of the available pyrethroid data sets do not meet the requirements of the 1985 US Environmental Protection Agency (USEPA) criteria derivation methodology (USEPA 1985). One of the goals of developing the UC Davis methodology (UCDM) was to be able to derive criteria for compounds that do not meet all of the USEPA (1985) data requirements, such as the pyrethroids." @default.
- W135300181 created "2016-06-24" @default.
- W135300181 creator A5042154436 @default.
- W135300181 creator A5070920156 @default.
- W135300181 creator A5084748878 @default.
- W135300181 date "2011-12-24" @default.
- W135300181 modified "2023-10-13" @default.
- W135300181 title "Aquatic Life Water Quality Criteria Derived via the UC Davis Method: II. Pyrethroid Insecticides" @default.
- W135300181 cites W1964826504 @default.
- W135300181 cites W1969406497 @default.
- W135300181 cites W1971122256 @default.
- W135300181 cites W1971726155 @default.
- W135300181 cites W1972764346 @default.
- W135300181 cites W1978764105 @default.
- W135300181 cites W1982037904 @default.
- W135300181 cites W1982441136 @default.
- W135300181 cites W1983221944 @default.
- W135300181 cites W1984698402 @default.
- W135300181 cites W1989947176 @default.
- W135300181 cites W1990590636 @default.
- W135300181 cites W1994518346 @default.
- W135300181 cites W1994947210 @default.
- W135300181 cites W1995967461 @default.
- W135300181 cites W1999080456 @default.
- W135300181 cites W2004278477 @default.
- W135300181 cites W2004794241 @default.
- W135300181 cites W2009825613 @default.
- W135300181 cites W2012416609 @default.
- W135300181 cites W2013657167 @default.
- W135300181 cites W2017307541 @default.
- W135300181 cites W2018921967 @default.
- W135300181 cites W2023955528 @default.
- W135300181 cites W2024530053 @default.
- W135300181 cites W2028462134 @default.
- W135300181 cites W2028480624 @default.
- W135300181 cites W2028492971 @default.
- W135300181 cites W2029305082 @default.
- W135300181 cites W2035539736 @default.
- W135300181 cites W2036147122 @default.
- W135300181 cites W2039614845 @default.
- W135300181 cites W2039923477 @default.
- W135300181 cites W2045018846 @default.
- W135300181 cites W2047838517 @default.
- W135300181 cites W2050260775 @default.
- W135300181 cites W2051009115 @default.
- W135300181 cites W2053301580 @default.
- W135300181 cites W2055406831 @default.
- W135300181 cites W2055418486 @default.
- W135300181 cites W2059938081 @default.
- W135300181 cites W2061385219 @default.
- W135300181 cites W2062309620 @default.
- W135300181 cites W2062840520 @default.
- W135300181 cites W2064062137 @default.
- W135300181 cites W2070016996 @default.
- W135300181 cites W2071140580 @default.
- W135300181 cites W2071364245 @default.
- W135300181 cites W2077497787 @default.
- W135300181 cites W2080577438 @default.
- W135300181 cites W2085288760 @default.
- W135300181 cites W2086318346 @default.
- W135300181 cites W2088228851 @default.
- W135300181 cites W2088733269 @default.
- W135300181 cites W2089072425 @default.
- W135300181 cites W2090173639 @default.
- W135300181 cites W2092503797 @default.
- W135300181 cites W2092573741 @default.
- W135300181 cites W2095828204 @default.
- W135300181 cites W2098042030 @default.
- W135300181 cites W2098260893 @default.
- W135300181 cites W2099450637 @default.
- W135300181 cites W2102608189 @default.
- W135300181 cites W2103866169 @default.
- W135300181 cites W2109651815 @default.
- W135300181 cites W2110851163 @default.
- W135300181 cites W2111819810 @default.
- W135300181 cites W2119419329 @default.
- W135300181 cites W2123619255 @default.
- W135300181 cites W2128707052 @default.
- W135300181 cites W2129022517 @default.
- W135300181 cites W2132391468 @default.
- W135300181 cites W2134136898 @default.
- W135300181 cites W2138764901 @default.
- W135300181 cites W2142600026 @default.
- W135300181 cites W2147840353 @default.
- W135300181 cites W2147914228 @default.
- W135300181 cites W2150471781 @default.
- W135300181 cites W2150980529 @default.
- W135300181 cites W2152491994 @default.
- W135300181 cites W2163945176 @default.
- W135300181 cites W2169557951 @default.
- W135300181 cites W2177584712 @default.
- W135300181 cites W2180401457 @default.
- W135300181 cites W2233936652 @default.
- W135300181 cites W2316570930 @default.
- W135300181 cites W291553663 @default.
- W135300181 cites W33469685 @default.
- W135300181 cites W4255699222 @default.
- W135300181 doi "https://doi.org/10.1007/978-1-4614-2260-0_2" @default.