The vegetation map of the nature reserve of Burano (Central Italy)

1976 ◽  
pp. 68-69
Author(s):  
F. Pedrotti ◽  
C. Cortini-Pedrotti
2014 ◽  
Vol 1 (1) ◽  
pp. 25 ◽  
Author(s):  
Corrado Battisti

We reported a complete check-list of Vertebrates for the “Tenuta dei Massimi” nature reserve, a protected area well representing a remnant agro-forest heterogeneous mosaic landscape of the “Campagna Romana”. Data were obtained from a large original and bibliographic data-set on a large time-span (1991-2012). This reserve represents an area with a high value of species richness when compared to the surrounding metropolitan areas, also including a large number of species of conservation concern at different scales. We obtained evidences for the occurrence of 141 species (one fish, six amphibians, 12 reptiles, 101 birds, 21 mammals). Among them, some species are of conservation concern at European, regional or local scale. Further research should be focused on a set of fragmentation-sensitive species to verify the long-term viability of their local small populations [<em>e.g. Hyla intermedia</em> Boulenger, 1882, <em>Bufo lineatus</em> Ninni, 1879, <em>Muscardinus avellanarius</em> (Linnaeus, 1758), <em>Sorex samniticus</em> Altobello, 1926)].


Author(s):  
V.N. Tyurin ◽  
◽  
D.V. Bogdanova ◽  
G.M. Kukurichkin ◽  
◽  
...  

The vegetation map of the Tundrinsky kedrovy bor for a perspective object as a nature reserve are presented. The conducted analysis of territory along the «Tsarsky» profile reflected a compact allocation of useful near-village forests with siberian pine (Pinus sibirica), allowing them using as an integral territorial unit for a perspective protected area.


Author(s):  
Corrado Battisti ◽  
Veridiana Barucci ◽  
Valeria Concettini ◽  
Giuseppe Dodaro ◽  
Francesca Marini

We carried out a standardized breeding bird atlas of “Nomentum” nature reserve (central Italy), located in a fragmented hilly forest near a large urbanized area (Rome). In order to obtain data about local composition, occurrence, distribution and richness, we correlated data with environmental heterogeneity and vegetation structure variables. We recorded 58 species in 48 500x500 m-wide atlas units, with Parus major, Corvus cornix, Turdus merula, Sylvia atricapilla, Sylvia melanocephala, as the most occurring in frequency (> 80%). Although synanthropic species represent only slightly more than 20% in number and urban environments are relatively reduced in size, these species show a higher mean occurrence when compared to mosaic species, despite the fact that these last are higher in species number and mosaic habitats are widely diffused. Local urbanization may disrupt communities, facilitating opportunistic species linked to these environments (i.e. synantropic) and inducing a decline in mosaic species. Moreover, the homogenization induced by anthropization could, at least partially, explain the lack of correlation between habitat diversity and species richness, at local scale. Finally, tree density and diameter do not affect total bird richness at this spatial grain/scale. In this regard, further analyses could test for possible correlations between habitat variables and single ecological guilds.  


Koedoe ◽  
1996 ◽  
Vol 39 (1) ◽  
Author(s):  
L.R. Brown ◽  
G.J. Bredenkamp ◽  
N. Van Rooyen

After classifications and descriptions of the southern and western sections of the Borakalalo Nature Reserve were published, a study on the phytosociology of the northern part was initiated. The study is aimed at providing an ecological basis for establishing an efficient wildlife management programme for the reserve. From a TWINSPAN classification, refined by Braun-Blanquet procedures, 15 plant communities, which can be grouped into six major plant communities, were identified. Descriptions of the various plant communities, include diagnostic species, prominent species and less conspicuous species of the tree, shrub, forb and grass strata. A hierarchical classification, description of the plant communities and a vegetation map are presented.


2020 ◽  
pp. 24-38
Author(s):  
I. G. Borisova

The Norsky State Nature Reserve is located in Selemdzhinsky district of the Amurskaya oblast. Its area is 211 168 ha. Currently the flora of the Norsky Nature Reserve is studied in details. A species list has been published and an analysis of the flora has been made (Starchenko, Chuvasheva, 1993; Veklich, 2009). The vegetation cover is poorly studied; so far no geobotanical map of the Reserve has been compiled. Only the overview map (scale 1 : 2 500 000) of the vegetation of the Amur basin (1969) gives an idea of the vegetation as a whole. The climatic characteristics of the territory and the complex relief determine the diversity of plant habitats and their communities. The climate of the Norsky Reserve is continental with monsoon features and even ultracontinental (after A. I. Kaigorodov (1955). The modern relief of the Reserve includes wide floodplains of Nora and Selemdzha rivers, accumulative delta-terraces plain, Norskaya accumulative denudation plain (Geomorphologiya..., 1973) and hills. According to the latest botanical and geographical zoning of the Amurskaya oblast, the Norsky Reserve belongs to the Mamynskiy and Ulmsko-Aldikonskiy districts of the Turan-Mamyn province of the Manchurian subdistrict of the East Asian area (Borisova,Starchenko, 2018). The province belongs to southern taiga with some elements of nemoral forests (Quercus mongolica, Tilia amurensis and etc.) along the valleys of Selemdzha River and its major tributaries. The southern taiga includes different larch forests (often disturbed), derived birch-larch forests with Pinus sylvestris, Picea ajanensis and Abies nephrolepis. The presence of nemoral species in forest cenoses increases in the direction from north to south. A province peculiarity is the wide distribution of larch peatmoss forests, swamps and wet meadows. The scientific-reference typological map of vegetation on a medium scale (1 : 300 000) was compiled for the Norsky Nature Reserve for the first time. It shows spatial patterns of vegetation distribution in connection with the natural features of the territory (Fig. 5). The vegetation map legend is based on an ecologic and phytocoenotic classification. A zonal distribution of plant communities is presented in the legend. Plant communities are divided into some categories: dark-coniferous, light-coniferous and derived forests, which are represented as formations. The main cartographic units are groups of associations and their various combinations. The legend shows the vegetation of floodplains, rocks, and disturbed areas. Vegetation divisions are represented on the vegetation map by seventeen colors and one extra scale sign. All symbols have their own serial number, which is marked in the map legend. The largest areas on the territory of the Reserve are occupied by larch forests — 42 % (Fig. 6). The forested territory as a whole occupies 36.5 %, of which the largest areas are rhododendron larch (9.7 %) and floodplain (9.5 %) forests. Ledum larch and moss-shrub forests occupy 5.7 %. Larch mixed-grass-shrub forests cover some small areas (2.0 %). Sub-taiga larch forests with nemoral grasses and often with oak and black birch trees occupy 0.6 %. Pine and larch-pine forests extend 1.3 % of the Reserve’s area. Fir-spruce forests on watersheds have limited distribution — about 1 %. They are a chain of ecologic-dynamic series on floodplain occupying 2.7 % of the Reserve’s area. To conclude, the vegetation cover of the Norsky Nature Reserve reflects the zonal and provincial features of the territory.


2018 ◽  
pp. 120-136 ◽  
Author(s):  
E. A. Volkova ◽  
V. N. Khramtsov

Rather large forests, typical of the southern taiga subzone are preserved within the boundaries of St. Petersburg. They include a wide variety of plant communities with some rare species. This article is devoted to the area located in the southern part of the city and designed as a nature reserve. A large-scale map of actual vegetation of the projected reserve was composed; it shows the diversity of plant communities and their distribution. The map legend consists of 75 main units; and the usage of supplementary symbols helps to map 122 units. Areal analysis of all types of plant communities is carried out on the basis of the vegetation map. Typical and the most valuable vegetation objects were identified.


2018 ◽  
pp. 3-18
Author(s):  
S. Yu. Popov

The Pinega State Nature Reserve is located in the European part of Russia, Arkhangelsk Region, in northern taiga subzone. The geobotanical studies were carried out on the territory of the reserve in 2007–2014. The classification of plant communities and the geobotanical map of the reserve were made. Ecologic-phytocoenotic classification (the Russian “dominant-determinant” approach) was conducted based on 618 relevés. The relevés were grouping into classes of associations on the basis of dominant bioecological groups, and within the classes of associations - into groups of associations by the prevailing ecologic-coenotic groups of plants. Associations were distinguished on the basis of phytocoenotic significance of species (species with the highest occurrence and abundance) within the groups of associations. The significance of syntaxa was verified by the method of discriminant analysis. 35 groups of associations and 71 associations were revealed in total. The geobotanical map was compiled using Landsat 8 satellite images for 2013 and 2014. 26 indices reflecting the productivity, saturation of the vegetation moisture and soil properties were calculated for each Landsat image. The morphometric characteristics of the relief were used as well. The obtained spatial database was classified by the method of step-by-step discriminant analysis (SDA) with using training sample. The training sample was created on the basis of field descriptions and forestry data. The verification of the map is based on the significance of the discriminant axes and the quality table for discriminant analysis. The article presents the principle stages of mapping using SDA. The vegetation map shows the different vegetation types over the territory of the Reserve.


Koedoe ◽  
2005 ◽  
Vol 48 (2) ◽  
Author(s):  
L.R. Brown ◽  
H. Marais ◽  
S.P. Henzi ◽  
L. Barrett

The Blyde Canyon Nature Reserve (BCNR) was identified as an important conservation area due to of its extraordinary diversity of plant species. Plant communities represent ecosystems and form the basis of any management plan for natural areas. If these ecosystems and their different potentials are unknown, they cannot be managed successfully. Baboons exploit diverse habitats including human environments where they often cause damage to crops and forest plantations. Baboons are regarded as particularly problematic residents of protected areas as conventional fences do not readily enclose them, their eclectic diets allow them to benefit from a range of agricultural endeavours, and they are behaviourally opportunistic. Thus as a first step to implementing a conservation policy to manage chacma baboons in the BCNR, it was necessary to have some understanding of their exploitation of natural habitats adjacent to areas where they do cause problems. Although a broad vegetation map of the BCNR exists, no detailed vegetation studies have been conducted on the largest part of the reserve. It was therefore decided to ndertake a detailed vegetation study of the home range of a single baboon troop within the Bourke’s Luck section of the BCNR. From a TWINSPAN classification, refined by Braun-Blanquet procedures, 13 plant communities, which can be grouped into seven major groups, were identified. A classification and description of these communities, as well as a vegetation map are presented. Data collected as part of this study also revealed that the baboons show preference to certain communities whilst avoiding others. These have important consequences in terms of the management strategies followed on the reserve.


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