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A. Akiyama (1970)
Acute Toxicity of Two Organic Mercury Compounds to the Teleost, Oryzias latipes, in Different Stages of DevelopmentNippon Suisan Gakkaishi, 36
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THE RESPONSES OF THE LARVAE OF Mytilus edulis L. TO LIGHT AND TO GRAVITYOikos, 15
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Sidney Lanier, John Vernberg, W. Vernberg, Nicholas Lewis (1972)
Environmental Physiology of Marine Animals
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W. Vernberg, F. Vernberg (1972)
THE SYNERGISTIC EFFECTS OF TEMPERATURE, SALINITY, AND MERCURY ON SURVIVAL AND METABOLISM OF THE ADULT FIDDLER CRAB, UCA PUGILATOR'Fishery Bulletin
B. Wisely, R. Blick (1967)
Mortality of marine invertebrate larvae in mercury, copper, and zinc solutionsMarine and Freshwater Research, 18
227 22 22 4 4 W. B. Vernberg P. J. DeCoursey W. J. Padgett Belle W. Baruch Coastal Research Institute University of South Carolina Columbia South Carolina USA Department of Biology University of South Carolina Columbia South Carolina USA Department of Mathematics University of South Carolina Columbia South Carolina USA Abstract The effects of sublethal concentrations of mercury in combination with stressful temperature-salinity regimes were considered for larval development of the fiddler crab Uca pugilator (Bosc.). Control organisms were compared to those treated with 1.8 ppb Hg for the following suboptimal regimes: 30°C, 30 ‰ S; 30°C, 20 ‰ S; 20°C, 30 ‰ S, and 20°C, 20 ‰ S. As physiological indicators of larval response, the survival rate, the O 2 consumption rate, and phototactic response were measured, following either acute 24 h doses of Hg, or chronic rearing in Hg. All response parameters were modified in larvae maintained under the suboptimal conditions; mercury compounded the effects.
Marine Biology – Springer Journals
Published: Oct 1, 1973
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