593 Lobel, P. B. (1987) Short-term and long-term uptake of zinc by the 

 mussel, Mytilus edulis: a study of individual variability. Arch. Environ. 

 Contam. Toxicol. . 16(-):723-32. 



594 Lobel, P. B., S. P. Belkhode, S. E. Jackson, and H. P. Longerich 



(1990) Recent taxonomic discoveries concerning the mussel Mytilus: 

 implications for biomonitoring. Arch. Environ. Conta m. Toxicol.. 19(4): 

 508-12. 



595 Lobel, P. B., S. P. Belkhode, S. E. Jackson, and H. P. Longerich 



(1989) A universal method for quantifying and comparing the residual 

 variability of element concentrations in biological tissues using elements in 

 the mussel Mytilus edulis as a model. Mar. Biol. . 102(4):513-18. 



596 Lobel, P. B., and H. D. Marshall (1988) A unique low molecular 

 weight zinc-binding ligand in the kidney cytosol of the mussel Mytilus 

 edulis, and its relationship to the inherent variability of zinc accumulation 

 in this organism. Mar. Biol. . 99(-):101-5. 



597 Lobel, P. B., P. Mogle, D. A. Wright, and B. L. Wu (1982) Metal 

 accumulation in four molluscs. Mar. Pollut. Bull. . 13(-):170-4. 



598 Lobel, P. B., and J. F. Payne (1984) An evaluation of mercury-203 

 for assessing the induction of metallothionein-like proteins in mussels 

 exposed to cadmium. Bull. Environ. Contam. Toxicol. . 33(-):1 44-52. 



599 Lobel, P. B., and D. A. Wright (1983) Frequency distribution of zinc 

 concentrations in the common mussel Mytilus edulis (L.). Estuaries . 

 6(-):154-9. 



600 Lobel, P. B., and D. A. Wright (1982) Gonadal and nongonadal zinc 

 concentrations in mussels. Mar. Pollut. Bull. . 13(9):320-3. 



601 Lobel, P. B., and D. A. Wright (1982) Relationship between body zinc 

 concentration and allometric growth measurements in the mussel Mytilus 

 edulis. Mar. Biol. . 66(-):145-50. 



6 02 Lobel, P. B., and D. A. Wright (1982) Total body zinc concentration 

 and allometric growth ratios in Mytilus edulis collected from different shore 

 levels. Mar. Biol. . 66(-):231-6. 



603 Loehr, L. C, and E. E. Collias (1983) Old cannery wastes a potential 

 source of trace metals in the marine environment. Mar. Pollut. Bull. . 

 14(10):392-394. 



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