The Pinega State Nature Reserve (Russia) is located in the Arkhangelsk region in the northern taiga subzone. Together with spruce forests and mires, birch forests represent one of the most wide-spread plant communities of its territory. Birch forests cover 24.6% of the Reserve's area. Aspen forests are rare plant communities in the Pinega Reserve. These forests cover only 0.9% of the whole Reserve's area. The birch and aspen forests vegetation has been classified based on 82 relevès. Eleven associations could be distinguished, which represent six groups of associations. Detailed characteristics of these syntaxa are provided including their biodiversity analysis. The analysis allowed establishing that the revealed syntaxa differ in relation ...
The adaptive capacity of ecosystems is a key to maintaining ecosystem functions and preserving biodi...
The experimental data of weed study in forest nurseries of the southern, middle and northern taiga s...
The total area of saline soils in Trans-Urals forest-steppe is 3,59 million ha. High humus, subsoil ...
The Pinega Natural State Reserve is located in the Arkhangelsk Province in the northern taiga subzon...
The Pinega State Nature Reserve (Russia) is located in the Arkhangelsk region in the northern taiga ...
Modern forest vegetation of the low plateau of the Volga Upland is represented by pine, birch, aspen...
The article is devoted to the formation of modern phytocoenoses of broadleaf and smallleavedbroad...
Background. Long-term and intense anthropogenic impact on the forest-steppe nature of the Russian P...
The aim of the study is to characterise herbaceous vegetation (meadows and ruderal communities) rema...
The article presents the results of studies of ecological peculiarities of distribution of forest ve...
Background. One of the pressing aims of today’s natural resource management is its re-orientation to...
The paper provides the research results representing the dynamics of species composition and product...
Northern Koryakia belongs to two different vegetation zones: Beringian forest–tundra zone and East-S...
On the territory of the Middle and Southern Urals, P. vulgaris is found in pine, spruce-pine, birch ...
The article deals with the taxonomic and eco-coenotic composition of the flora of "Small Pinewood" e...
The adaptive capacity of ecosystems is a key to maintaining ecosystem functions and preserving biodi...
The experimental data of weed study in forest nurseries of the southern, middle and northern taiga s...
The total area of saline soils in Trans-Urals forest-steppe is 3,59 million ha. High humus, subsoil ...
The Pinega Natural State Reserve is located in the Arkhangelsk Province in the northern taiga subzon...
The Pinega State Nature Reserve (Russia) is located in the Arkhangelsk region in the northern taiga ...
Modern forest vegetation of the low plateau of the Volga Upland is represented by pine, birch, aspen...
The article is devoted to the formation of modern phytocoenoses of broadleaf and smallleavedbroad...
Background. Long-term and intense anthropogenic impact on the forest-steppe nature of the Russian P...
The aim of the study is to characterise herbaceous vegetation (meadows and ruderal communities) rema...
The article presents the results of studies of ecological peculiarities of distribution of forest ve...
Background. One of the pressing aims of today’s natural resource management is its re-orientation to...
The paper provides the research results representing the dynamics of species composition and product...
Northern Koryakia belongs to two different vegetation zones: Beringian forest–tundra zone and East-S...
On the territory of the Middle and Southern Urals, P. vulgaris is found in pine, spruce-pine, birch ...
The article deals with the taxonomic and eco-coenotic composition of the flora of "Small Pinewood" e...
The adaptive capacity of ecosystems is a key to maintaining ecosystem functions and preserving biodi...
The experimental data of weed study in forest nurseries of the southern, middle and northern taiga s...
The total area of saline soils in Trans-Urals forest-steppe is 3,59 million ha. High humus, subsoil ...