THE INVESTIGATION OF MARINE ALGAE DOMINANT SPECIES RESISTANCE TO HEAVY METALS
Abstract
Threshold and lethal concentration of Hg, Cd, Pb and Cu had been evaluated for dominant species of marine micro-algae. Algae with high specific surface are the most sensitive to the metal action. There are resilience species surviving at long range between low threshold and high lethal level of metal and conserving growth after toxic stress. Resistance species could survive at high threshold and high lethal metal concentration. The ratio of sensitive and resistant micro-algae to heavy metals can be used for marine water quality monitoring.
About the Authors
V. I. Kapkov
Lomosov Moscow State University
Russian Federation
Department of Hydrobiology
Russian Federation
Department of Hydrobiology
O. A. Belenikina
Lomosov Moscow State University
Russian Federation
Department of Hydrobiology
Russian Federation
Department of Hydrobiology
References
1. Капков В.И., Беленикина О.А. 2003. Биомаркеры загрязнения морских экосистем тяжелыми металлами // Водные экосистемы и организмы. Т. 6. М. С 68-69.
2. Хоботьев В.Г., Капков В.И., Рухадзе Е.Г., Турунина Н.В., Шидловская Н.А. 1976. Накопление водорослями меди из медьсодержащих соединений и влияние этого процесса на солевой обмен // Гидробиол. журн. 12. Вып. 6. 40—46.
3. Эйхенбергер З.Э. 1993. Взаимосвязь между необходимостью и токсичностью металлов в водных экосистемах // Некоторые вопросы токсичности ионов металлов / Под ред. X. Зигель, А. Зигель. М. С. 62—87.
4. Ahner В., Morel F. 1995. Phytochelating production in marine algae. 2. Induction by various metals // Limnol. and Oceanograph. 40. N 4. 658—666.
5. Amiard J.-C., Amiard-Triquet C., Metayer J., Ferre R. 1980. Etude du transfer de Cd, Pb, Cu et Zn dans les chaines trophiques neretiques et estuariennes // Water Res. 14. 665—673.
6. Berland B.R., Bonin D.J., Guerin-Ancey O.J., Kapkov V.I., Arlhac D.P. 1977. Action de metaux lourds a doses subletales sur les caracteristiques de la croissance chez la diatomee Skeletonema costatum // Marine Biology. 42. 17—30.
7. Petering D., Goodrich M., Hodgman W., Krezoski S., Weber D., Shaw C., Spieler R., Zettergen L. 1990. Metal-binding proteins and peptides the detection of heavy metals in aquatic organisms // Biomarkers of environmental contamination / Eds. J. McCarthy, L. Shugart. New York. P. 239—254.
8. Rijstenbeil J.W., Derksen J.W., Gerrinda L.J., Pootriviet T.C., Sandee A., Berg M., van der Drie J., van Wynholds J.A. 1994. Oxidative stress, induced by copper: defence and damages in the marine planktonic diatomea grow in continuous culture with high low zinc levels // Marine Biology. 119. 583—590.
9. Vacchina V., Chassaigne H., Oven V., Zenk M., Lobinski R. 1999. Characterization and determination of phytochelatins in plant extracts by electrospray tandem mass spectrometry // Analist. 124. 1425-1430.
Review
For citations:
Kapkov V.I., Belenikina O.A. THE INVESTIGATION OF MARINE ALGAE DOMINANT SPECIES RESISTANCE TO HEAVY METALS. Vestnik Moskovskogo universiteta. Seriya 16. Biologiya. 2007;(1):35-38. (In Russ.)
Views:
231
Email this article 