TAXONOMIC AND ECOLOGICAL COMPOSITION OF SURFACE SOIL CYANOPROСARIOTIC-ALGAL MACROSCOPIC EXPANSIONS IN THE CITY OF UFA AND ITS SURROUNDINGS
Rubrics: ARTICLES
Abstract and keywords
Abstract (English):
The ecological and taxonomic characteristics as well as the structure of cyanoprocaryotic-algal macroscopic expansions on the territory of Ufa (industrial zone) and in Ufa region (village Yumatovo-control zone) have been studied. The study is based on classical algology methods. In macroscopic surface soil expansions on the territory of the industrial zone and in the control zone 75 specific and intraspecific taxons of cyanoprocaryotes and algae have been identified. The representatives of the group Cyanoprokaryota predominate. Heterocyte-free cyanoprocaryotes act as dominants most often. The presence of the representatives of Xanthophyta group in surface soil expansions in Yumatovo is noteworthy. The number of dominants in the expansions vary in the range of 1 to 4 for specific and intraspecific taxons in different combinations. The main part of cyanoprocaryotic-algal cenoses (CAC) in soil macroscopic expansions of the two zones compared are the species of the families Phormidium, Leptolyngbya, Nostoc . The coefficient of similarity of Sørensen between the determinants of consortium of different zones is 21%. A distinctive peculiarity of macroscopic expansions in the control zone is the presence of thread-like yellow-green algae acting as the consortium determinant - Heterothrix exilis . Leptolyngbya boryana and Phormidium autumnale occurred most often as a component part of expansions dominants on the territories studied. Leptolyngbya angustissima and Nostoc pruniforme predominanted in the industrial zone while Chlorosarcina stigmatica and Сrucigenia quadrata in the control zone. Although nearly the same species diversity and the abundance of cyanoprocaryota and algae are observed in the industrial and control zones, the CAC investigated differ in their taxonomic and ecological structure. Thus, in the industrial zone in the spectrum of CAC life forms the leading positions belong to the forms characterized by stability to extreme conditions of the city life. In the taxonomic structure of CAC dominants of the control zone there are 7 representatives of the group Cyanoprokaryota, 5 - of Chlorophyta, 1 - of Xanthophyta. In the industrial zone there are 13 representatives of the Cyanoprokaryota group and 3 - of Chlorophyta.

Keywords:
vodorosli, cianoprokarioty, makroskopicheskie razrastaniya
References

1. Ashihmina T. Ya., Domracheva L. I., Kondakova L. V., Dabah E. V., Kantor G. Ya., Kalinin A. A., Varaksina A. I., Ogorodnikova S. Yu. 2006. Ekologo-analiticheskiy monitoring antropogenno-narushennyh pochv // Vestnik Vyatskogo gosudarstvennogo gumanitarnogo universiteta. 14, 153-169.

2. Dabah E. V., Domracheva L. I., Kondakova L. V., Zlobin S. S. 2013. Al'go-mikologicheskaya ocenka sostoyaniya pochv v zone vliyaniya Kirovo-Chepeckogo himicheskogo kombinata // Pochvovedenie. 2, 187-194.

3. Domracheva L. I., Kondakova L. V., Pegushina O. A., Fokina A. I. 2007. Bioplenki Nostoc commune - osobaya mikrobnaya sfera // Teoreticheskaya i prikladnaya ekologiya. 1, 15-19.

4. Domracheva L. I., Kondakova L. V., Zykova Yu. N., Efremova V. A. 2013. Cianobakterii gorodskih pochv // Principy ekologii. T. 4. Vyp. 2, 10-27.

5. Dubovik I. E., Kireeva N. A., Zakirova Z. R., Klimina I. P. 2008. Makroskopicheskie razrastaniya vodorosley i soputstvuyuschie im mikromicety // Al'gologiya. T. 18, Vyp 1, 51-56.

6. Kireeva N. A., Dubovik I. E., Yakupova A. B. 2011. Vliyanie razlichnyh sposobov bioremediacii na al'gocenozy neftezagryaznennyh pochv // Pochvovedenie. 11, 1375-1385.

7. Klimina I. P. 2011. Epifitnye soobschestva cianoprokariot, vodorosley i mikroskopicheskih gribov drevesnyh rasteniy g. Ufy i vozmozhnost' ih ispol'zovaniya v bioindikacii: Dis.. kand. biol. nauk. Ufa.

8. Kondakova L. V., Domracheva L. I. 2007. Flora Vyatskogo kraya. Chast' 2. Vodorosli (Vidovoy sostav, specifika vodnyh i pochvennyh biocenozov). Kirov: OAO «Kirovskaya oblastnaya tipografiya».

9. Krivorotov S. B., Bukareva O. V. 2005. Pochvennye vodorosli kak bioindikatory zagryazneniya pochv ohranyaemyh territoriy severo-zapadnogo Kavkaza tyazhelymi metallami // Uspehi sovremennogo estestvoznaniya. 11, 12-15.

10. Kuzyahmetov G. G. 1987. O strategiyah zhizni pochvennyh vodorosley // Aktual'nye problemy sovremennoy al'gologii: tez. dokl. I Vsesoyuz. konf. Kiev: Naukova dumka.

11. Kuzyahmetov G. G., Dubovik I. E. 2001. Metody izucheniya pochvennyh vodorosley: uchebnoe posobie. Ufa: Izd-vo BashGU.

12. Fazlutdinova A. I., Suhanova N. V. 2014. Sostav diatomovyh vodorosley v zone vliyaniya neftepromyslovyh komponentov // Ekologiya. 3, 197-203.

13. Sharipova M. Yu., Dubovik I. E. 2012. Sovremennye metody al'gologii: uchebnoe posobie. Ufa: Izd-vo BashGU.

14. Shtina E. A., Zenova G. M., Manucharova N. A. 1998. Al'gologicheskiy monitoring pochv // Pochvovedenie. 12, 1449-1461.


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