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Home / Journals / MOSCOW ECONOMIC JOURNAL / Volume 2 Issue 4 / POSLEPOZhARNYE IZMENENIYa BIOGEOCENOZOV NA GARYaH ELOVYH LESOV BLIZhNEGO PODMOSKOV'Ya
POSLEPOZhARNYE IZMENENIYa BIOGEOCENOZOV NA GARYaH ELOVYH LESOV BLIZhNEGO PODMOSKOV'Ya
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Citations:

POSLEPOZHARNYE IZMENENIYA BIOGEOCENOZOV NA GARYAH ELOVYH LESOV BLIZHNEGO PODMOSKOV'YA
UDK 630.1
Semenyachenko Viktor Viktorovich 1
Gruzdev Vladimir Stanislavovich 2
Gruzdeva Lyudmila Petrovna 3
Suslov Sergey Vladimirovich 4
Authors:
1.  Dmitrovskiy filial GKU MO «Mosoblles»

Russian Federation
2.  Gosudarstvennyy universitet po zemleustroystvu

Russian Federation
3.  Gosudarstvennyy universitet po zemleustroystvu

Russian Federation
4.  Gosudarstvennyy universitet po zemleustroystvu

Russian Federation
Type:
Article
Pages:
from 91 to 91
Status:
Published
Received:
07.10.2017
Accepted:
15.10.2017
Published:
25.10.2017
Subject area:
UDK 630.1
Language:
English
Keywords:
biocenosis, spruce forest, plant associations, post-fire changes
Abstract and keywords
Abstract (English):
On the territory of the Moscow region spruce forests are the zonal type, vegetation dynamics of burned areas depends on fire severity, soil conditions. The change of vegetation in the burned areas treat demutational and anthropogenic changes. Several types of burned areas representing ecological and time series communities form depending of post-fire changes combination of contamination and fire chenging substrate within one type of biogeocenosis. Processes of ecological shift in the burned areas is weaker than in the clearings, there often occurs the recovery of the forest and return the lower tiers of a type similar to the original.

Keywords:
biocenosis, spruce forest, plant associations, post-fire changes
Text
On the territory of the Moscow region spruce forests are the zonal type, vegetation dynamics of burned areas depends on fire severity, soil conditions. The change of vegetation in the burned areas treat demutational and anthropogenic changes. Several types of burned areas representing ecological and time series communities form depending of post-fire changes combination of contamination and fire chenging substrate within one type of biogeocenosis. Processes of ecological shift in the burned areas is weaker than in the clearings, there often occurs the recovery of the forest and return the lower tiers of a type similar to the original.
References

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2. Melehov I.S. Priroda lesa i lesnye pozhary. Arhangel'sk. 1947. 60 s.

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7. Petrov V.V. Vozobnovlenie rastitel'nosti na garyah i kostrischah v elovyh lesah Kalininskogo Verhnevolzh'ya / Petrov V.V., Gruzdeva L.P. // Ekologiya rasteniy yuzhnoy taygi. Kalinin: KGU. 1979. S. 75-79.

8. Clements F.E. Plant succession. Carnegie Inst. Wash., Rub. 242. 1916.

9. Molchanov A.A. Skorost' rasprostraneniya lesnyh pozharov v zavisimosti ot meteorologicheskih usloviy i haraktera drevostoya. Lesnoe hozyaystvo. 1940. № 6. S. 64-67.

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