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首页> 外文期刊>Russian journal of ecology >Dynamics of Forest Vegetation and Climate in the Southern Taiga of Western Siberia in the Late Holocene According to Spore-Pollen Analysis and Ams Dating of the Peat Bog
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Dynamics of Forest Vegetation and Climate in the Southern Taiga of Western Siberia in the Late Holocene According to Spore-Pollen Analysis and Ams Dating of the Peat Bog

机译:根据孢子花粉分析及泥炭沼泽的植物西伯利亚南部西伯利亚南部Taiga森林植被及气候动态

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摘要

The reconstruction of the dynamics of natural and climatic conditions according to the spore-pollen analysis and AMS dating of the peat section of the south-taiga watershed of the bog swamp massif in western Siberia is presented. The dynamics of regional forest vegetation was reconstructed for the last 4200 years. The period of cryogenic termination of peat accumulation of 2995-2215 before present (BP), as well as climatic changes in the thermal and humidity regimes, was determined. The cooling periods in the last millennium coincide with the minima of solar activity: Oort; Wolf; Shperer; Maunder; and Dalton.
机译:展示了根据孢子花粉分析的自然和气候条件动态的重建,并提出了汤西伯利亚沼泽地区的南极洲流域泥炭段的泥炭段约会。 在过去的4200年重建了区域森林植被的动态。 确定在存在(BP)之前2995-2215的泥炭积累的低温终止时段,以及热和湿度制度的气候变化。 最后千年的冷却期与太阳能的最小值相一致:OORT; 狼; 湿了; 胡说; 和道尔顿。

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