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1985
DOI: 10.1016/0045-6535(85)90063-3
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Effects of organotins on growth and survival of two marine diatoms, and

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Cited by 117 publications
(33 citation statements)
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“…Now we cannot find it in the Sound. There has been a publication reporting that this species is particularly sensitive to the poison tributyl tin which is used in antifouling paints (Walsh et al, 1985) and tributyl tin has also been shown to be having a marked effect on the common dog whelks around the coast of the UK, especially in areas where high concentrations of the toxin are present (Bryan et al, 1986). Are we recording the demise of a species of phytoplankton due to poisoning from TBT?…”
Section: Streptotheca Thamensismentioning
confidence: 99%
“…Now we cannot find it in the Sound. There has been a publication reporting that this species is particularly sensitive to the poison tributyl tin which is used in antifouling paints (Walsh et al, 1985) and tributyl tin has also been shown to be having a marked effect on the common dog whelks around the coast of the UK, especially in areas where high concentrations of the toxin are present (Bryan et al, 1986). Are we recording the demise of a species of phytoplankton due to poisoning from TBT?…”
Section: Streptotheca Thamensismentioning
confidence: 99%
“…TBT is 100-to 1000-times more toxic to laboratory animals than zinc and copper compounds that were previously the main anti-fouling chemicals. Only a few parts per billion kill some organisms (see , U'Ren 1983, Beaumont & Budd 1984, Valkirs et al 1985, Walsh et al 1985, Beaumont & Newman 1986, Short & Thrower 1986.…”
Section: Introductionmentioning
confidence: 99%
“…L'étude des effets nocifs des organoétains sur le phytoplancton mérite une attention particulière puisque ces microorganismes constituent le premier maillon de la chaîne trophique et leur ingestion par les organismes consommateurs peut occasionner une bioamplification du polluant dans le milieu aquatique (LAUGHLIN et al, 1986). L'effet nocif de ces composés sur la reproduction des microalgues se révèle, en culture confinée, à des concentrations variant entre 100 et 500 ng M (WONG ef al., 1982 ;WALSH et al, 1985 ;LIYING ef al., 1990 ;HUANG ef al., 1993). Les diatomées marines sont particulièrement sensibles aux biocides.…”
Section: Introductionunclassified