气候变化领域集成服务门户(CCPortal): Soil temperature regime in postagrogenic ecosystems under the expansion of self-restoring succession of tundra vegetation (European North-East of Russia) [ТЕМПЕРАТУРНЫЙ РЕЖИМ ПОЧВ ПОСТАГРОГЕННЫХ ЭКОСИСТЕМ ПРИ АКТИВИЗАЦИИ САМОВОССТАНОВИТЕЛЬНОЙ СУКЦЕССИИ ТУНДРОВОЙ РАСТИТЕЛЬНОСТИ (ЕВРОПЕЙСКИЙ СЕВЕРО-ВОСТОК РОССИИ)]

CCPortal

DOI	10.21782/KZ1560-7496-2019-5(58-66)
	Soil temperature regime in postagrogenic ecosystems under the expansion of self-restoring succession of tundra vegetation (European North-East of Russia) [ТЕМПЕРАТУРНЫЙ РЕЖИМ ПОЧВ ПОСТАГРОГЕННЫХ ЭКОСИСТЕМ ПРИ АКТИВИЗАЦИИ САМОВОССТАНОВИТЕЛЬНОЙ СУКЦЕССИИ ТУНДРОВОЙ РАСТИТЕЛЬНОСТИ (ЕВРОПЕЙСКИЙ СЕВЕРО-ВОСТОК РОССИИ)]
	Kaverin D.A.; Pastukhov A.V.; Panjukov A.N.
发表日期	2019
ISSN	15607496
卷号	23 期号:5
英文摘要	The peculiarities of soil temperature regime and permafrost table depth in the postagrogenic meadow ecosystems developing in the cryolithozone in the European north-east of Russia in the context of the self-restoring tundra vegetation succession expansion have been investigated (2009-2016). A comparative assessment of the studied parameters with those pertained to meadow (agrogenic) ecosystems in the period of their agricultural development (1996-1999) is provided. Recent increase in the temperature of loamy Anthrosols and Stagnosols is associated with the permafrost table depth changing from relatively shallow to below 2 m as a result of climate change-driven activation of the self-restoring tundra vegetation succession. Specifically, within the observation sites located on the river terrace and watershed, the increased soil temperature during the study period has prompted an increase in the active layer thicknesses from 1.5 to 1.8 m and from 1.8 to 2.0 m, respectively. © 2019 Academic Publishing House Geo. All rights reserved.
英文关键词	Permafrost; Postagrogenic ecosystems; Self-restoring succession of tundra vegetation; Soil temperature regime
学科领域	climate change; permafrost; soil temperature; soil type; temperature profile; tundra; vegetation dynamics; Russian Federation
语种	英语
scopus关键词	climate change; permafrost; soil temperature; soil type; temperature profile; tundra; vegetation dynamics; Russian Federation
来源期刊	Earth's Cryosphere
文献类型	期刊论文
条目标识符	http://gcip.llas.ac.cn/handle/2XKMVOVA/118999
作者单位	Institute of Biology, Komi Science Center UB RAS, 28, Kommunisticheskaya str., Syktyvkar, 167982, Russian Federation
推荐引用方式 GB/T 7714	Kaverin D.A.,Pastukhov A.V.,Panjukov A.N.. Soil temperature regime in postagrogenic ecosystems under the expansion of self-restoring succession of tundra vegetation (European North-East of Russia) [ТЕМПЕРАТУРНЫЙ РЕЖИМ ПОЧВ ПОСТАГРОГЕННЫХ ЭКОСИСТЕМ ПРИ АКТИВИЗАЦИИ САМОВОССТАНОВИТЕЛЬНОЙ СУКЦЕССИИ ТУНДРОВОЙ РАСТИТЕЛЬНОСТИ (ЕВРОПЕЙСКИЙ СЕВЕРО-ВОСТОК РОССИИ)][J],2019,23(5).
APA	Kaverin D.A.,Pastukhov A.V.,&Panjukov A.N..(2019).Soil temperature regime in postagrogenic ecosystems under the expansion of self-restoring succession of tundra vegetation (European North-East of Russia) [ТЕМПЕРАТУРНЫЙ РЕЖИМ ПОЧВ ПОСТАГРОГЕННЫХ ЭКОСИСТЕМ ПРИ АКТИВИЗАЦИИ САМОВОССТАНОВИТЕЛЬНОЙ СУКЦЕССИИ ТУНДРОВОЙ РАСТИТЕЛЬНОСТИ (ЕВРОПЕЙСКИЙ СЕВЕРО-ВОСТОК РОССИИ)].Earth's Cryosphere,23(5).
MLA	Kaverin D.A.,et al."Soil temperature regime in postagrogenic ecosystems under the expansion of self-restoring succession of tundra vegetation (European North-East of Russia) [ТЕМПЕРАТУРНЫЙ РЕЖИМ ПОЧВ ПОСТАГРОГЕННЫХ ЭКОСИСТЕМ ПРИ АКТИВИЗАЦИИ САМОВОССТАНОВИТЕЛЬНОЙ СУКЦЕССИИ ТУНДРОВОЙ РАСТИТЕЛЬНОСТИ (ЕВРОПЕЙСКИЙ СЕВЕРО-ВОСТОК РОССИИ)]".Earth's Cryosphere 23.5(2019).