DOI:

10.24411/1728-323X-2018-13022

Section

Ecology

Title

ACCUMULATION ABILITY OF THE BROWN ALGA CYSTOSEIRA BARBATA TO THE ACCUMULATION OF HEAVY METALS

Сontributors

E. S. Pankova, Postgraduate student, Lomonosov Moscow State University, Geography Faculty,

Department of Environmental management, This email address is being protected from spambots. You need JavaScript enabled to view it.,

E. I. Golubeva, Ph. D. (Biology), Dr. Habil., Professor, Lomonosov Moscow State University, This email address is being protected from spambots. You need JavaScript enabled to view it.

Abstract

The article shows the summer dynamics of biogenic elements and heavy metals in the water of the Ivanovka River. As a result of the research, it was found that in the surface waters of the Ivanovka River the content of ammonium nitrogen did not exceed the hygienic standard, according to the content of nitrates the water corresponded to the class of water quality “contaminated” and “dirty”, the content of nitrite nitrogen corresponded to the standard. The increased iron content was noted, and manganese content was below the maximum permissible level during the study period. The content of such highly toxic elements as lead and cadmium during the warm period due to cultural and household standards is below the maximum permissible level and for fisheries standards there is a slight excess of these elements.

Keywords

small rivers, maximum permissible level, section of the river, sampling, pollution, biogenic elements, heavy metals.

References

1.    SavelyevI. B. Fototrofnyeorganizmyvsistememonitoringazagryazneniyavodnoysredytyazhelymimetallami. [Phototrophic organisms in the system of monitoring of water pollution by heavy metals]. Thesis abstract for PhD in Biology. Moscow, Mos­cow state University 2000. 40 p. [in Russian]

2.    Teubova V. F. Osobennostinakopleniyatyazhyolykhmetallov v raznovozrastnykhtallomakhcistoziry (Novorossiyskayabukhta, Chyornoe more). [Features of the accumulation of heavy metals in thalli of different ages of Cystoseira (the Novo­rossiysk Bay, the Black sea)]. Marine environmental journal, 2011. No. 10 (3). P. 67—75. [in Russian]

3.    Pan'kova E. S., Kamnev A. N., Golubeva E. I. Osobennostiraspredeleniyatyazhelykhmetallov v buroyvodorosliCystoseirabarbata (Anapskiy rayon Krasnodarskogokraya). [Features of distribution of heavy metals in the brown algae Cystoseira bar- bata (the Anapa District of the Krasnodar Region)]. International popular scientific journal “Europe-Asia”. Nauki o Zemle, No. 5 (14), 2015. P. 25—28. [in Russian]

4.    Khristoforova N. Podborosnovnykhparametrovpriispolzovaniimakrofitovkakindikatorovsostoyaniyasredy [Selection of the main parameters when using macrophytes as indicators of the state of the environment]. The Third All-Union meeting on Marine Algology — macrophytobenthos: proc. Doc. Kiev, 1979. P. 125—127. [in Russian]

5.    Phillips D. J. H. [The use of siological indicator organizations to monitor trace metal pollution in marine and estuarine en­vironments: a review]. Envir. Pollut. 1977. Vol. 13, No. 4. P. 281—317.

6.    Polynov B. B. Izbrannyetrudy [Selected papers]. Moscow, Publishing house of the Academy of Sciences of the USSR, 1956. 751 p. [in Russian]

7.    Perelman A. I. Geokhimiyalandshafta [Geochemistry of landscape]. Moscow, VysshayaShcola, 1975. 392 p. [in Russian]

8.    Kurilenko V. V., Osmolovskaya N. D. Bioindikatornayarolvysshikhrasteniypridiagnostikezagryazneniyvodnykheko- sistemnaprimeremalykhvodoemov g. Sankt-Peterburga [Bioindicator role of higher plants in the diagnosis of pollution of aquatic ecosystems in the study of small water bodies of St. Petersburg]. Water resources. 2007. Vol. 34, No. 6. P. 757—764. [in Russian]

Khristoforova N. C. Bioindikaciyai monitoring zagryazneniyamorskikhvodtyazhelymimetallami. [Bioindication and mon­itoring of marine water pollution by heavy metals]. Leningrad, Nauka. 1989. 192 p. [in Russian]