Holocene Faunal Trends in West Siberia and Their Causes

Gashev, Sergey N.; Aleshina, A. O.; Zuban, Ivan; Lupinos, M. Y.; Mardonova, L. B.; Mitropolskiy, M. G.; Selyukov, A. G.; Sorokina, N. V.; Stolbov, Vitaly A.; Shapovalov, S. I.

doi:10.1134/s0001433817080059

Cited by 3 publications

(3 citation statements)

References 3 publications

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“…A similar trend was noted in other regions (Fouquet et al 2009). Apparently, the main reason for the general shift in the timing of migration is climate warming in the northern regions of Eurasia, forcing geese to leave their wintering places much earlier (Sokolov 2005, Pistorius et al 2006, Bridge et al 2010, Gashev et al 2017. According to our observations, the average arrival time of GlG correlates with the onset of daytime spring temperatures of 0 °C.…”

Section: Discussionsupporting

confidence: 49%

The results of spring monitoring on the status of geese populations in 2011–2018 in the North Kazakhstan Region

et al. 2020

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The article presents the results of monitoring studies on the population dynamics of goose species at one of the largest stopover sites in Northern Kazakhstan during the springs of 2011–2018. Comparative analysis of the phenological phases at the beginning and end of migration over a 50-year period is conducted and changes in timing of migration for the studied groups are established. Data on the number of flocks at various stages of the migration process are presented. Authors revealed characteristics of the distribution of birds in the directions of migration through the region associated with the presence of various migration strategies. Based on the distribution and number of geese in the region for rest and feeding, key zones with characteristics of their natural and anthropogenic state were identified. It has been established that water bodies and large areas have optimal conditions for rest and replenishment of energy reserves for the birds.

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Section: Discussionsupporting

confidence: 49%

The results of spring monitoring on the status of geese populations in 2011–2018 in the North Kazakhstan Region

et al. 2020

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“…An analysis of the results of our studies conducted over the entire Holocene period showed that they are most often not anthropogenic but natural and are associated with global or regional climate changes [15][16]. Although, we point out that in some cases we noted a catastrophic reduction in the number Advances in Social Science, Education and Humanities Research, volume 392 of individual species in the entire area precisely as a result of human action, an example is yellow-breasted bunting (Emberiza aureola Pallas, 1773), which almost disappeared in our region by the beginning of the 21 st century [17].…”

Section: Advances In Social Science Education and Humanities Researcmentioning

confidence: 99%

Conservation of Biodiversity of the Transboundary Territories of Russia and Kazakhstan in Western Siberia Under Conditions of Climate Change

Gashev¹,

Mardonova²,

Mitropolskiy³

et al. 2020

Proceedings of the Ecological-Socio-Economic Systems: Models of Competition and Cooperation (ESES 2019)

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This article is devoted to analysis of authors' expeditionary data, as well as literature and departmental materials on the problem of monitoring and protecting biological diversity in the transboundary territories of the Russian Federation and the Republic of Kazakhstan in the south of Western Siberia. It is concluded that the state of animal populations (including rare species) is affected not only by anthropogenic, but also by natural factors, which are in particular associated with changes in the global and regional climate. Ways to increase the effectiveness of environmental measures to preserve biological diversity by creating a unified cluster network of specially protected natural areas in the border areas of Russia and Kazakhstan are proposed. We propose a unified approach to compiling registers of species that are in need of conservation, taking into account the state of their populations in the adjacent territories that are their major habitat.

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“…Under the influence of unprecedented hu� �a� activities t�at tra�s�or� �atural ecosyste�s (Kryaz�i�skii et al� 2001) a�d lar�e�scale cli�at� ic changes (Ovaskainen et al, 2013;Gashev et al, 2017)� biolo�ical �o�itori�� is a priority i� assess� i�� a�d predicti�� t�e state o� ecosyste�s. Bot� i� Russia a�d abroad� s�all �a��als are part o� t�e lo��ter� a�d lar�e�scale studies o� ecosys� te� c�a��es.…”

Section: Introductionmentioning

confidence: 99%

Species composition and community structure of small mammals in Parapolsky Dol (Koryak State Nature Reserve, Kamchatka)

Levykh¹,

Panin²

2019

Nat. Conserv. Res.

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Parapolsky �ol is o�e o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �ol is o�e o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �ol is o�e o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� is o�e o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� is o�e o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� o� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� t�e lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� lar�est �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �etla�ds o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� o� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �orld i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� i�porta�ce. �o�ever� t�ere is o�ly �ra��e�tary i��or�a�. �o�ever� t�ere is o�ly �ra��e�tary i��or�a� �o�ever� t�ere is o�ly �ra��e�tary i��or�a� tio� about t�e species co�positio� a�d structure o� a�i�al co��u�ities i� t�is area� due to its i�accessibility. T�is �act deter�i�es t�e releva�ce o� studyi�� s�all �a��als as a� i�dicator �roup i� Parapolsky �ol. T�e article deals �it� t�e results o� a researc� o� t�e �au�a a�d s�all �a��al co��u�ities o� Parapolsky �ol (Koryak State Nature Reserve)� carried out �ro� 25 Au�ust to 15 Septe�ber 2017. T�e study area i�cluded t�e s�ore o� Lake Talovskoye, the floodplains of the River Tylakrylvayam and the River Ichiginnyvayams. �uri�� t�e period o� 2735 trap��i��ts a�d 144 cyli�der��i��ts �e captured 5 s�all �a��al species: Myodes rutilus� M. rufocanus� Sorex isodon� S. caecutiens a�d Ochotona hyperborea. T�e surveyed �abitats ra��ed �ro� t�e �axi�u� to t�e �i�i�u� abu�da�ce o� s�all �a��als: t�e floodplain of the River Ichiginnyvayam-10.9 individuals/100 trap-nights, 8.0 individuals /100 cylinder-nights; the shore of Lake Talovskoye-3.48 individuals/100 trap-nights; t�e floodplain of the River Tylakrylvayam-1.43 individuals/100 trap-nights, 2.53 individuals/100 cylinder-nights. The largest �u�ber o� species (4) �as captured i� t�e �abitats �it� �oody ve�etatio� a�d berry beds. T�e results o� t�e capture by s�ap traps revealed t�e te�de�cy o� M. rutilus a�d S. rufocanus to do�i�ate i� �ost �abitats. T�e results o� t�e capture by cyli�ders s�o� t�at S. caecutiens is do�i�a�t i� t�e surveyed ope� �abitats. All studied co��u�itie...

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Holocene Faunal Trends in West Siberia and Their Causes

Cited by 3 publications

References 3 publications

The results of spring monitoring on the status of geese populations in 2011–2018 in the North Kazakhstan Region

The results of spring monitoring on the status of geese populations in 2011–2018 in the North Kazakhstan Region

Conservation of Biodiversity of the Transboundary Territories of Russia and Kazakhstan in Western Siberia Under Conditions of Climate Change

Species composition and community structure of small mammals in Parapolsky Dol (Koryak State Nature Reserve, Kamchatka)

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