Mapping Studies of Phytocenoses in Environment Interfaces (as Methodical Approach)

Alexander P. Sizykh

doi:10.4236/oalib.1102206

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Open Access Library Journal > Vol.2 No.12, December 2015

Mapping Studies of Phytocenoses in Environment Interfaces (as Methodical Approach) ()

Alexander P. Sizykh

Siberian Institute of Plants Physiology and Biochemistry of RAS SB, Irkutsk, Russia.

DOI: 10.4236/oalib.1102206 PDF HTML XML 556 Downloads 775 Views Citations

Abstract

Mapping studies of phytocenoses at environmental interface require a set of approaches and methods providing obtaining of detailed information on vegetation structure and dynamics under contrast environmental conditions. Phytocenoses at environmental interface can be a regional model for indication of current processes and of past changes in vegetation structure under different environmental conditions. Mapping of environmental interface cenoses allows revealing the peculiarities of phytocenoses structure and formation at regional and topological level of plants organization. This is, in turn, an information basis for identification of current processes within zonal vegetation type (environmental zone). In the present article, the results of large-scale mapping of phytocenoses under the conditions of interdependence of development of zonal taiga and extra-zonal steppe at Lake Baikal western coast are presented. We use a study method combination of geobotanical survey with large-scale schematic mapping and vegetation mapping on the base of field deciphering of aerospace pictures made in different years together with phytocenoses monitoring during different seasons and years forming at the interface of zonal forests and extra-zonal steppe.

Keywords

Large-Scale Mapping, Phytocenoses at Environmental Interface, Zonal Vegetation, Extra-Zonal Ce-noses

Share and Cite:

Sizykh, A. (2015) Mapping Studies of Phytocenoses in Environment Interfaces (as Methodical Approach). Open Access Library Journal, 2, 1-9. doi: 10.4236/oalib.1102206.

Conflicts of Interest

The authors declare no conflicts of interest.

References

[1]	Rysin, L.P. (2014) Russian Geobotanics in the Beginning of ХХI Century. Success of Modern Biology, 5, 447-455.
[2]	Kamelin, R.V. (2013) Vegetation Types: Phylocenogenesis, Flora Phenotypes, Highest Taxa of Other Vegetation Classifications. Botan. Journ., 5, 553-567.
[3]	Sukachev, V.N. (1934) Dendrology with Elements of Forest Geobotanics. Goslestekhizdat, Leningrad, 614.
[4]	Lavrenko, Ye. M. (1959) Main regularities of Phytocenoses and Ways of Their Studies. Field Geobotanics, 1. 13-75.
[5]	Sochava, V.B. (1968) Phytocenoses and Dynamics of Natural Systems. Processings of Institute of Geography of Geography of Siberia and Far East, 20, 12-22.
[6]	Lavrenko, Ye.M. (1970) Provincial Division of Central Asian Subregion of Eurasian Step Area. Botan. Journ., 12, 609-625.
[7]	Berg, L.S. (1947) Geographic Zones of the Soviet Union. Vol. 1, Geographgiz, Moscow, 397.
[8]	Sochava, V.B. (1979) Vegetation Cover on Theme Maps. Nauka, Novosibirsk, 189.
[9]	Smagin, V.N. (Ed.) (1980) Types of Forests in South Siberia Mountains. Nauka, Novosibirsk, 336.
[10]	Clements, F.E. (1905) Research Methods in Ecology. Univ. Publ. Co., Lincoln Nebraska, 334.
[11]	Livingston, B.E. (1903) The Distribution of the Upland Societies of Kent Country. Dot. Gas., Michigan, 35.
[12]	Grigoryev, A.A. (Ed.) (1980) Aerospace Methods in Environmental Studies. USSR Geographic Society, Leningrad, 153.
[13]	Lavrenko, Ye.M. (1959) Main Regularities of Phytocenoses and Ways of Their Studies. Field Geobotanics, 1. 13-75.
[14]	Bezrukova, Ye.V., Dan’ko, L.V., Snytko, V.A., et al. (2005) New Data on Changes in Vegetation of Lake Baikal Western Coast in Middle and Late Holocene. DAN, 401, 100-104.
[15]	Sizykh, A.P. (2014) Ecotones and Paragenesis in the Structure of the Baikal Region Vegetation. V.B. Sochava Institute of Geography of RAS SB, Irkutsk, 300.
[16]	Snytko, V.A., Dan'ko, L.V., Kuz'min, S.B. and Sizykh, A.P. (2001) Diversity of Geosystems at Interface of Taiga and Steppe on Lake Baikal Western Coast. Geografia I Prirodnye Resursy, 2. 61-68.
[17]	Belov, A.V. (1973) Vegetation Map of Southern Part of East Siberia: Mapping Principles and Methods. Geobotanical Mapping, 16-30.