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Modern distribution of forest fires in front coastal area of the Baikal

Research Paper | February 1, 2019

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Eugeni G. Suvorov, Natalia I. Novitskaya, Alexander D. Kitov

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J. Bio. Env. Sci.14( 2), 23-33, February 2019


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Varying state of forested area has different environment forming importance. Fires are considered as forming factor of actual spatial forests structure and possible influence on environment protection functions near the Baikal Lake. The electronic fires database from 1995 till 2017 year of Prebaikalski national park (PNP) area was analysed with GIS using, remote sense data and field research, and was given attention to common data before this period. Integral cartographical pattern of forest fires distribution was carried out. It was burnt-over 115754 ha of more than half of PNP area, forming derived forests structure. Maximum fires quantity was in spring-early summer usually dry period. Taiga forests of different successional restoration states were impacted by fires within low mountain and middle mountain area of front coastal territory near the Baikal. Ground forest fires with small burnt area predominate. Their propagation depends not only on climatic conditions, but also on natural localities, when southern exposure slopes are more subjected to the fires. Greatest quantity of fires concentrates near settlements and roads of different kind. But the largest forest fire areas (about 33,000 ha) took place during the irregular summer droughts, for example in August 2015 within hard available upper part of the mountain taiga belt. The catastrophic consequences of forest fires under mountain conditions are connected with the activation of slope processes, as a result with processes of forest cover recovery inhibiting. It is stated formation of the stably prolonged derived forest cover structure in the Baikal basin with decreased of water-protection functions.


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Modern distribution of forest fires in front coastal area of the Baikal

Antipov AN, Petrov AV. 1990. Landscape hydrological characteristic. In: Nature management and environment protection in the Baikal basin. Nauka, Novosibirsk, p 113-129 (In Russian).

Belov AV. 1990. Vegetation. In: Nature management and environment protection in the Baikal basin. Nauka, Novosibirsk, p 147-154 (In Russian).

Bufal VV. 1966. Radiation regime of the Lake Baikal depression and its role in the climate formation. In: Climate of the Baikal Lake and Pribaikalie. Moscow, p 34-70 (In Russian).

Fire-prevention forests arrangement. 1989. Scheme of the general plan of the Baikal state natural national park organization. B. 2(4), Forestry, Moscow, 156 p. (In Russian).

Fjodorov VN. 1997. Gewasser. In: Okologish orientierte Landnutzunsplanung in der Baikal-Region. Einzugsgebiet des Flusses Goloustnaja. Irkutsk und Hannover, p 190-199.

Kurbatski NP. 1964. The problem of forest fires. In: Beginnings of forest fires. Nauka, Moscow, p 5-52 (In Russian).

Melekhov IS. 1947. Forest nature and forest fires. OGIZ, Arkhangelsk, p 60 (In Russian).

Mikheev VS. 1990. Landscape structure. In: Nature management and environment protection in the Baikal basin. Nauka, Novosibirsk, p 7-29, (In Russian).

Ovsyannikov IV. 1978. Fire-prevention forests arrangement. Forestry, Moscow, p 112 (In Russian).

Scientific applied reference book on the climate of the USSR. 1991. Perennial data. Ser. 3. Part 1-6, 22, Gidrometeoizdat, Leningrad, 604 p. (In Russian).

Sofronov MA, Antropov VF, Volokitina AV. 1999. Pyrological characteristic of the Baikal lake basin vegetation. Geography and Natural Resources, 2, 52-58.

Reference book on the climate of the USSR. 1966, 1968. Gidrometeoizdat, Leningrad, 22, p 359 (In Russian)/

Suvorov EG. 2002. General physical geographical conditions of the territory. In: Ecologically oriented planning of nature management in the Baikal region. Slyudyanski raion. Institute of Geography RAS SB, Irkutsk, p. 53-58 (In Russian).

Suvorov EG, Novitskaya NI, Kitov AD,  Maksyutova EV. 2008. The manifestation of the pyrogenic factor in the geosystem dynamics of the south-western Baikal region. Geography and Natural Resources 2, 66-74 (In Russian).

Suvorov EG, Novitskaya NI. 2017. Spatial Structure of Mountain Forests of the Lake Baikal Southwestern Coast. The Global Journal of Human-Social Sciences-(B) (USA) 17(4), 27-38.

Trofimova IE. 2002. Typification and climates mapping of the Baikal mountain depression system. Geography and Natural Resources 2, 53-61 (In Russian).

Vaganov EA, Vedrova EF, Verkhovets SV. 2005. Forests and swamps of Siberia in the carbon global cycle. Siberian ecological journal 4, 631-649 (In Russian).

Valendik EN. 1985. Synoptic situations, which determine the start of the large forest fires. In: Forest fires and their consequences. Krasnoyarsk, p 5-12

Valendik EN. 1995. Large forest fires in Siberia. Geography and Natural Resources 1, 85-92

Volokitina AV, Sofronov MA. 2002. Classification and mapping of plant combustible materials. RAN SB, Novosibirsk, 306 p. (In Russian). www.landsat.orgaccessed15.05.18