Phytogeography of higher units of forests and krummholz in North Asia and formation of vegetation complex in the Holocene

Krestov, Pavel V.; Omelko, Alexander M.; Nakamura, Yukito

doi:10.1127/0340-269x/2010/0040-0440

Cited by 15 publications

(6 citation statements)

References 27 publications

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“…As extrazonal vegetation type the Ulmetea pumilae shrubberies penetrate in Sub-Pacific nemoral zone where they occupy steep south-oriented mountain slopes with screes and outcrops of bedrocks (Krestov & Verkholat 2003). Some authors (Kamelin 1987, 2005, Krestov 2003, Belikovich & Galanin 2006, Krestov et al 2010, Nam zalov 2012, Kholoboyeva et al 2015 consider that Ulmus and Armeniaca shrubberies are relic thermophilous com mu nities related to temperate broad-leaved forests existed in Dauria during warmer Pliocene period.…”

Section: Discussionmentioning

confidence: 99%

“…At present, classification of the sub-oceanic part of the East Asian non-tropical vegetation within the scopes of Braun-Blanquet approach is well developed due to pub lications by Miyawaki 1980-1989, Song 1988, Galkina & Petelin 1990, Kim 1990, 1992, Gumarova 1993, Takeda et al 1994, Akhtiamov 1995, Krestov & Nakamura 2002, Kol bek et al 2003, Krestov et al 2006, Ermakov & Kres tov 2009, Krestov et al 2015. However publications on vegetation syntaxonomy for the inner continental part of Eastern Asia (namely north-eastern China, Inner Mongolia and Dauria) are still sparse.…”

Section: Introductionmentioning

confidence: 99%

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The problem of classification of the Ulmus and Armeniaca plant communities of Dauria (Southeastern Siberia, Russia)

Ermakov¹

2018

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A B S T R A C TClassification of hemi-xerophilous low tree and shrub communities dominated by Ulmus pumila, U. macrocarpa, Armeniaca sibirica using the Braun-Blanquet ap proach was performed. All communities were included in the class Ulmetea pumilae Hilbig et Narantuya 2016, order Ulmetalia pumilae Hilbig et Narantuya 2016, alliances Ulmion pumilae Mirkin et al. ex Hilbig 2000, Spiraeo pubescentis-Ulmion macrocarpae all. nova hoc loco and associations Sambuco manshuricae-Ulmetum macrocarpae ass. nova hoc loco, Spiraeo pubescentis-Ulmetum macrocarpae ass. nova hoc loco, Menispermo daurici-Ulmetum pumilae ass. nova hoc loco и Ulmo pumilae-Armeniacetum sibiricae ass. nova prov. Ecological peculiarities and differences of new associations and alliance were demonstrated in results of DCA ordinations. An original approach for classification of hemi-xerophilous types of low trees and shrubs communities with transitional floristic-phytocoenotic features based on the physiognomу as a main criterion for the higher syntaxonomis category establishment is proved. Spiraeo pubescentis-Ulmion macrocarpae all. nova hoc loco и четырех ассоциаций Sambuco manshuricae-Ulmetum macrocarpae ass. nova hoc loco, Spiraeo pubescentisUlmetum macrocarpae ass. nova hoc loco, Menispermo daurici-Ulmetum pumilae ass. nova hoc loco и Ulmo pumilae-Armeniacetum sibiricae ass. nov. prov. Экологические свойства и различия впервые описанных синтаксонов ранга ассоциации -со юзы продемонстрированы с использованием метода DCA ординации. При классификации гемиксерофильных типов древесно-кустарниковой рас ти тельности с промежуточными флоро-фитоценотическими признака-ми обоснован и реализован подход использования физиономического приз нака (структуры сообщества) в качестве ведущего при установлении выс шей синтаксономической категории -класса.Ключевые слова: растительность, леса, кустарниковые сообщества, классифика-ция, Восточная Азия

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

The problem of classification of the Ulmus and Armeniaca plant communities of Dauria (Southeastern Siberia, Russia)

Ermakov¹

2018

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“…In a similar manner Krestov (2004) compared the vegetation of the Commander Islands to Attu Island, and other Aleutian Islands and Beringian locations. As stated by Krestov et al (2010) the archipelagos of the Aleutian, Kuril and Japanese Islands are typified by the presence of plant communities derived from the pre-Pleistocene humid Be rin gian vegetation complex, which was named Hultenia by Tatewaki (1963).…”

Section: S T U D Y a R E Amentioning

confidence: 99%

Liverworts from Attu Island, Near Islands, Aleutian Islands, Alaska (USA) with comparison to the Commander Islands (Russia)

Talbot¹,

Schofield²,

Váňa³

et al. 2018

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The liverwort flora of Attu Island, the westernmost Aleutian Island in the United States, was studied to assess species diversity in the hyperoceanic sector of the northern boreal subzone. The field study was undertaken in sites selected to represent a spectrum of environmental variation, primarily within the eastern part of the island. Data were analyzed using our own collections on Attu Island, supplemented with information from published reports to compare bryophyte distribution patterns at three levels, the Northern Hemisphere, North America, the Commander Islands of Russia, and Alaska. A total of 112 liverworts were identified and a substantial number, 34 species (30%), were new reports from Attu Island and one was new to Alaska. Geographic elements dominating the flora included arctomontane (26%), arctoboreomontane (23%), montane (20%), and boreal (14%) species, while arctic species were almost absent (1%). The liverworts of the Attu Island-Commander Islands region were widespread species with over 70% circumpolar, or nearly circumpolar; nevertheless large gaps were present in some of their distributions with a floristic depression in liverwort distribution between Attu and the Commander Islands.

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“…Within Europe, the large amounts of plot data that are now available from national vegetation databases (Dengler et al 2011) While, after one century of intensive phytosociological sampling, in Europe (see above) and parts of North Asia (e.g. Miyawaki & Nakamura 1988;Krestov et al 2010) a period of synthesis has been reached, vegetationplot data from other non-European regions are still scarce or even non-existing (Dengler et al 2011). Thorough, plot-based vegetation descriptions from these under-represented areas are much needed for basic and applied research.…”

Section: Types Of Papers We Would Like To See In Phytocoenologiamentioning

confidence: 99%

Re-launch of Phytocoenologia: new profile for the classic vegetation ecology journal

Bergmeier¹,

Dengler²,

Janišová³

et al. 2015

phytocoenologia

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Phytogeography of higher units of forests and krummholz in North Asia and formation of vegetation complex in the Holocene

Cited by 15 publications

References 27 publications

The problem of classification of the Ulmus and Armeniaca plant communities of Dauria (Southeastern Siberia, Russia)

The problem of classification of the Ulmus and Armeniaca plant communities of Dauria (Southeastern Siberia, Russia)

Liverworts from Attu Island, Near Islands, Aleutian Islands, Alaska (USA) with comparison to the Commander Islands (Russia)

Re-launch of Phytocoenologia: new profile for the classic vegetation ecology journal

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