Abstract

Research in urban floras is a major field of botanical science. By now, flora of many Russian cities has been studied. At the same time the Urals flora of urbanized areas has not practically been the subject of special investigation. This paper is the first to provide a detailed description of the features of the taxonomic structure of the flora of urbanized areas of the Middle Urals within the Sverdlovsk region and to compare it with the parameters of the regional flora of the Sverdlovsk region. Urban floras of 3 cities in the southern part of the Sverdlovsk region have been studied Yekaterinburg, Krasnoufimsk and Kamensk-Ural, which form a latitudinal catena, covering the Urals region, the mountainous part of the Middle Urals and Trans-Urals. It is shown that the flora of the urbanized areas is characterized by a high level of species richness which increases relative to the area of the city. The taxonomic structure of urban floras, compared with the regional flora, is characterized by a reduced participation of spore plants, due to the extremely poor representation of lycopsids. In the flowering plants the proportion of monocots is reduced and, on the contrary, the proportion of bipartite species is increased. The composition of the leading families of urban floras is typical of the boreal floras of the Holarctic floral kingdom, it is distinguished by the lower rank of the Cyperaceae family and by the rise of the Fabaceae family. Generic spectrum of urban floras is marked by the greater participation of thermophilic genera Atriplex and Chenopodium and very limited representation of boreal genera Hieracium and Taraxacum. Species richness of families and genera in urban floras is markedly lower than in regional boreal flora.

Highlights

  • The article presents results of microbiological monitoring of artificial soils. These soils were formed in the process of reclaiming technical lignin in special drives of the Baikal Pulp and Paper Mill (Irkutsk region)

  • The test drives are in Solzanskom landfill, which is located between the vil

  • Soil samples were homogenized in a selected point on three levels

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Summary

MICROBIOLOGICAL MONITORING OF ANTHROPOGENICALLY TRANSFORMED SOILS

E.V. Simonоva, doctor of biological sciences, professor of the Chair of Microbiology, Virology and Immunology Irkutsk State Medical University, Irkutsk (Russia) E.N. Maksimova, candidate of biological sciences, associate professor of the Chair of Natural Sciences Pedagogical Institute of Irkutsk State University, Irkutsk (Russia)

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