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[22] Dunn, B.P. & Stitch, H.F.J. (1976) Journal of Fisheries Research Board Canada, 33, 2040.
[23] Dunn, B.P. (1976) Environmental Science and Technology, 10, 1018.
[24] Karakas, D. & Pekey, B. (2005) International Journal of Environmental Analytical
Chemistry, 85, 433.
[25] Cowie, G.L. & Hedges, J.I. (1984) Analytical Chemistry, 56, 479.
[26] Shang, P.Y., Ikowomou, M.G. & Macdonald, R.W. (1999) Journal of Chromatography,
849, 467.
[27] Xie, T.H. (1983) Chemosphere, 12, 1183.
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[29] Gron, C., Vatten (1988) Technical University, Denmark, Lyngby, 44, 205.
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245.
[31] Krone, C.A., Burrows, D.W. & Brown, D.W. (1986) Environmental Science and
Technology, 20, 1144.
[32] Bates, T.S. & Carpenter, R. (1979) Analytical Chemistry, 51, 551.
[33] Picer, N., Picer, M. & Strohal, P. (1975) Bulletin of Environmental Contamination and
Toxicology, 14, 565.
[34] Jensen, R., Renberg, L. & Reutergard, L. (1977) Analytical Chemistry, 49, 316.
[35] J Teichman, Bevenue, A. & Hylin, J.W. (1978) Journal of Chromatography, 151, 155.
[36] Japenga, J., Wapenaar, N.J., Smedes, F. & Solomons, W. (1987) Environmental
Technology Letters, 8, 9.
[37] Kjolholt, J. (1985) Journal of Chromatography, 325, 231.
[38] Ozretich, O. & Schroeder, W. (1986) Analytical Chemistry, 58, 2041.
[39] Hayase, K. (1985) Geochemicia and Cosmochimica, 49, 159.
[40] Pontanen, E.L. & Morris, R.J. (1985) Marine Chemistry, 17, 115.
[41] Raspor, B., Nurnberg, H.W., Valentia, P. & Bramica, M. (1984) Marine Chemistry,
15, 217.
[42] Hayase, K. (1954) Journal of Chromatography, 295, 530.
[43] Gregory, M.A., McClure, T.P. & Brouckaert, C.A. (2003) International Journal of
Environmental Analytical Chemistry, 83, 65.
[44] McQuaker, N.R., Kluckner, P.D. & Chang, G.N. (1979) Analytical Chemistry, 51, 888.
[45] Beller, H.R. & Simoneit, I.S.R.T. (1988) Bulletin of Environmental Contamination and
Toxicology, 41, 645.
[46] Japenga, J., Wagenaar, W.J., Smedes, F. & Solomons, W. (1986) Environmental
Technology Letters, 8, 9.
[47] Readman, J.W., Preston, M.R. & Manfoure, R.F.C. (1986) Marine Pollution Bulletin,
17, 928.
[48] Li, X. & Brownawell, B.J. (2009) Analytical Chemistry, 81, 7926.
[49] Wakenham, S.G. (1977) Environmental Science and Technology, 11, 272.
[50] Dereier Bucks, A. & Gulacar, F.O. (1988) Geochemica et Cosmochimica Acta, 52, 1663.
[51] Mendoza, A., Gulakcar, F.O., Zi Hu & Bucks, A. (1987) International Journal of
Environmental Analytical Chemistry, 31, 107
[52] Pablo, A., Martin, L., Gomez-Perez, A., & Mazo, E.G. (2005) International Journal of
Environmental Analytical Chemistry, 85, 293.
[21] Saber, A., Jazocz, J. & Marin-Bouer, M. (1987) Journal of Environmental Analytical
Chemistry, 28, 171.
[22] Dunn, B.P. & Stitch, H.F.J. (1976) Journal of Fisheries Research Board Canada, 33, 2040.
[23] Dunn, B.P. (1976) Environmental Science and Technology, 10, 1018.
[24] Karakas, D. & Pekey, B. (2005) International Journal of Environmental Analytical
Chemistry, 85, 433.
[25] Cowie, G.L. & Hedges, J.I. (1984) Analytical Chemistry, 56, 479.
[26] Shang, P.Y., Ikowomou, M.G. & Macdonald, R.W. (1999) Journal of Chromatography,
849, 467.
[27] Xie, T.H. (1983) Chemosphere, 12, 1183.
[28] Pedersen-Bjergaard, S., Vedde, J. & Brevis, E.M. (1996) Chromatography, 43, 44.
[29] Gron, C., Vatten (1988) Technical University, Denmark, Lyngby, 44, 205.
[30] Kido, A., Shinohara, R. & Eto, S. (1979) Japan Journal of Water Pollution Research, 2,
245.
[31] Krone, C.A., Burrows, D.W. & Brown, D.W. (1986) Environmental Science and
Technology, 20, 1144.
[32] Bates, T.S. & Carpenter, R. (1979) Analytical Chemistry, 51, 551.
[33] Picer, N., Picer, M. & Strohal, P. (1975) Bulletin of Environmental Contamination and
Toxicology, 14, 565.
[34] Jensen, R., Renberg, L. & Reutergard, L. (1977) Analytical Chemistry, 49, 316.
[35] J Teichman, Bevenue, A. & Hylin, J.W. (1978) Journal of Chromatography, 151, 155.
[36] Japenga, J., Wapenaar, N.J., Smedes, F. & Solomons, W. (1987) Environmental
Technology Letters, 8, 9.
[37] Kjolholt, J. (1985) Journal of Chromatography, 325, 231.
[38] Ozretich, O. & Schroeder, W. (1986) Analytical Chemistry, 58, 2041.
[39] Hayase, K. (1985) Geochemicia and Cosmochimica, 49, 159.
[40] Pontanen, E.L. & Morris, R.J. (1985) Marine Chemistry, 17, 115.
[41] Raspor, B., Nurnberg, H.W., Valentia, P. & Bramica, M. (1984) Marine Chemistry,
15, 217.
[42] Hayase, K. (1954) Journal of Chromatography, 295, 530.
[43] Gregory, M.A., McClure, T.P. & Brouckaert, C.A. (2003) International Journal of
Environmental Analytical Chemistry, 83, 65.
[44] McQuaker, N.R., Kluckner, P.D. & Chang, G.N. (1979) Analytical Chemistry, 51, 888.
[45] Beller, H.R. & Simoneit, I.S.R.T. (1988) Bulletin of Environmental Contamination and
Toxicology, 41, 645.
[46] Japenga, J., Wagenaar, W.J., Smedes, F. & Solomons, W. (1986) Environmental
Technology Letters, 8, 9.
[47] Readman, J.W., Preston, M.R. & Manfoure, R.F.C. (1986) Marine Pollution Bulletin,
17, 928.
[48] Li, X. & Brownawell, B.J. (2009) Analytical Chemistry, 81, 7926.
[49] Wakenham, S.G. (1977) Environmental Science and Technology, 11, 272.
[50] Dereier Bucks, A. & Gulacar, F.O. (1988) Geochemica et Cosmochimica Acta, 52, 1663.
[51] Mendoza, A., Gulakcar, F.O., Zi Hu & Bucks, A. (1987) International Journal of
Environmental Analytical Chemistry, 31, 107
[52] Pablo, A., Martin, L., Gomez-Perez, A., & Mazo, E.G. (2005) International Journal of
Environmental Analytical Chemistry, 85, 293.