Nicola Arndt und Matthias Pohl - Neobiota
Nicola Arndt und Matthias Pohl - Neobiota Nicola Arndt und Matthias Pohl - Neobiota
Table 2: Classification of altitudinal zonality types of the mountain vegetation of Russia and adjacent territories (map units occurring in the European territory of Russia are marked in gray). Classes Arctic Hypoarctic Boreal (Taiga) (coniferous forests) Nemoral (mixed and broadleaved forests) Subarid Subclasses Groups High arctic (islands) 1−3 Mountain tundras Ural – North Siberian Chukotka − Koryakiya Mountain open woodlands East Europen − Ural Central Siberian Verkhoyansky − Kolyma Northern Okhotian Southern Siberian Ural − Central Siberian Altai − Saiany Tuva − Southern Transbaikal Baikal region Eastern Siberian (Angaridiаn) Transbaikal Aldan − Maya Ochotian Аmur − Zeya Amur − Uda Beringian Islands in northern part of the Pacific Ocean East European Central Carpathian Crimea Northern Caucasus Caucasus (subtropical) Southern Urals Mandschurian Amur − Sikhot-Alin Northern Pacific Islands. Mediterranean (dry subtropical) №s of units in the legend 4−6 7−9 10−12 13 14−19 20-22 23−25 26−28 29−31 32−34 35−39 40−44 45−46 47−49 64−68 50−51 52-53 54−57 58−59 61-62 63-67 68-72 East Caucasus 73−76 Mongolia − Altai Tuva − South-Eastern Altai 77 belt and a geographical variant; c) floristic richness of each plant formation. This map also exists in digital format. The map itself shows the distribution of the geographic variants of ecological zones on plains and altitudinal zonality types in mountains. The units of this map match well with the zonal boundaries on the Map of the Natural Vegetation of Europe. It can be a good basis for the realization of activities for the evaluation of the biodiversity of flora, plant communities and ecosystems. This map may be also used for phytogeographic area classification, as well as for the organization and realization of ecological monitoring and for nature conservation. Finally, the map is also a good tool for teaching students in the field of phytogeography. Acknowledgments The thematic content of the map was prepared by Galina Ogureeva and Inessa Miklaeva from the Lomonosov Moscow State University (MSU) together with Irina Safronova and Tatiana Yurkovskaya from the Komarov Botanical Institute of the Russian Academy of Sciences. Cartographical editing was carried out by Tatiana Kotova from MSU. 120
References LAVRENKO E.M. (1964): Altidudinal zonality types of vegetation in mountains of USSR // Modern problems of geography. – Moscow, p. 189-195. SOCHAVA V.B. (1980): Geographic aspects of Siberian taiga. – Novosibirsk (Nauka Publ.) 256 p. STANUKOVICH K.V. (1973): The vegetation of mountains of USSR. – Dushanbe, 310 p. OGUREEVA, G.N. et. al (1999): Zones and altitudinal zonality types of the vegetation of Russia and adjacent territories. Explanatory note and legend to the map. – Moscow, 64 p. Author’s address: Prof. Dr. Galina N. Ogureeva Faculty of Geography Lomonosov Moscow State University Leninskiye Gory 119992 Moscow RUSSIA E-Mail: ogur.@geogr.msu.su 121
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Table 2: Classification of altitudinal zonality types of the mountain vegetation of Russia and adjacent territories<br />
(map units occurring in the European territory of Russia are marked in gray).<br />
Classes<br />
Arctic<br />
Hypoarctic<br />
Boreal (Taiga)<br />
(coniferous forests)<br />
Nemoral<br />
(mixed and broadleaved<br />
forests)<br />
Subarid<br />
Subclasses<br />
Groups<br />
High arctic (islands) 1−3<br />
Mountain t<strong>und</strong>ras Ural – North Siberian<br />
Chukotka − Koryakiya<br />
Mountain open woodlands East Europen − Ural<br />
Central Siberian<br />
Verkhoyansky − Kolyma<br />
Northern Okhotian<br />
Southern Siberian Ural − Central Siberian<br />
Altai − Saiany<br />
Tuva − Southern Transbaikal<br />
Baikal region<br />
Eastern Siberian (Angaridiаn) Transbaikal<br />
Aldan − Maya<br />
Ochotian Аmur − Zeya<br />
Amur − Uda<br />
Beringian Islands in northern part of the<br />
Pacific Ocean<br />
East European Central Carpathian<br />
Crimea<br />
Northern Caucasus<br />
Caucasus (subtropical)<br />
Southern Urals<br />
Mandschurian Amur − Sikhot-Alin<br />
Northern Pacific Islands.<br />
Mediterranean<br />
(dry subtropical)<br />
№s of units in the<br />
legend<br />
4−6<br />
7−9<br />
10−12<br />
13<br />
14−19<br />
20-22<br />
23−25<br />
26−28<br />
29−31<br />
32−34<br />
35−39<br />
40−44<br />
45−46<br />
47−49<br />
64−68<br />
50−51<br />
52-53<br />
54−57<br />
58−59<br />
61-62<br />
63-67<br />
68-72<br />
East Caucasus 73−76<br />
Mongolia − Altai Tuva − South-Eastern Altai 77<br />
belt and a geographical variant; c) floristic richness of each plant formation. This map also exists in<br />
digital format.<br />
The map itself shows the distribution of the geographic variants of ecological zones on plains and<br />
altitudinal zonality types in mountains. The units of this map match well with the zonal bo<strong>und</strong>aries on<br />
the Map of the Natural Vegetation of Europe. It can be a good basis for the realization of activities for<br />
the evaluation of the biodiversity of flora, plant communities and ecosystems. This map may be also<br />
used for phytogeographic area classification, as well as for the organization and realization of<br />
ecological monitoring and for nature conservation. Finally, the map is also a good tool for teaching<br />
students in the field of phytogeography.<br />
Acknowledgments<br />
The thematic content of the map was prepared by Galina Ogureeva and Inessa Miklaeva from the<br />
Lomonosov Moscow State University (MSU) together with Irina Safronova and Tatiana Yurkovskaya<br />
from the Komarov Botanical Institute of the Russian Academy of Sciences. Cartographical editing was<br />
carried out by Tatiana Kotova from MSU.<br />
120