Investigations of correlations between phytoplankton physiological state and fluorescence response using its maximum and stationary parameters

V. V. Zavaruev; A. D. Aponasenko; V. N. Lopatin; S. V. Kachin

Vol 149

Pages:

71-74

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RUS

Research article

Environmental monitoring and environmental safety

Investigations of correlations between phytoplankton physiological state and fluorescence response using its maximum and stationary parameters

Authors:

V. V. Zavaruev¹

A. D. Aponasenko²

V. N. Lopatin³

S. V. Kachin⁴

About authors

1 — Institute for Computational Modeling SD RAS
2 — Institute for Computational Modeling SD RAS
3 — Research Institute of Ecology of Fishery Reservoirs and Terrestrial Biosystems at Krasnoyarsk University
4 — Krasnoyarsk University

Date submitted:

2000-10-07

Date accepted:

2000-11-25

Date published:

2001-12-28

Abstract

The effect of heavy metal salts on the maximum and steady-state fluorescence intensity of algae was investigated. Different influence of copper, manganese and cobalt ions on these parameters was shown. The photosynthetic activity coefficient (PAC) calculated on the basis of these parameters correlates with the concentration of heavy metal salts and physiological state of algae. It was found that natural phytoplankton in polluted areas has a lower CFA value than in ecologically clean areas.

Заваруев В.В., Апонасенко А.Д., Лопатин В.Н., Качин С.В. Исследования корреляционных зависимостей физиологического состояния фитопланктона с флуоресцентным откликом на основе использования его максимального и стационарного параметров // Записки Горного института. 2001. Т. № 5 149. С. 71-74.

Zavaruev V.V., Aponasenko A.D., Lopatin V.N., Kachin S.V. Investigations of correlations between phytoplankton physiological state and fluorescence response using its maximum and stationary parameters // Journal of Mining Institute. 2001. Vol. № 5 149. p. 71-74.

Investigations of correlations between phytoplankton physiological state and fluorescence response using its maximum and stationary parameters

Abstract

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