伊犁黄土研究进展:伊犁黄土研究进展

Chuanxiang Li, Yougui Song, Lemin Wang
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引用次数: 0

摘要

伊犁黄土-古土壤序列较好地记录了更新世以来中亚地区自然环境的演变和变化。近十年来,利用环境磁学、沉积学、矿物学、地球化学等研究方法对研究区黄土进行了大量有意义的勘探研究,取得了重大进展。本文总结了黄土和古土壤的粒度、磁化率、碳酸盐含量、花粉组合等指标的环境意义,以及地球化学风化特征、沉积环境和空间分布格局。结果表明:由于各种因素的影响,磁化率和颜色在气候解释中具有一定的复杂性。然而,花粉和碳酸盐的组合表明,在某些古土壤形成时期相对寒冷和干燥,在某些黄土形成时期相对潮湿,在冰期也是如此。矿物和元素组成表明伊犁黄土形成于相对寒冷干燥的气候条件下,粒度大小是研究区冷暖气候交替的良好标志。伊犁黄土与古土壤的风化分异不明显,赵苏黄土剖面古土壤形成期的地面环流强于古土壤形成期的地面环流。观测了伊犁盆地黄土堆积的空间差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE RESEARCH PROGRESS ON ILI LOESS: THE RESEARCH PROGRESS ON ILI LOESS
The evolution and changes of the natural environment in Central Asia are well recorded by Ili loess-paleosol sequence since the Pleistocene.Over the past ten years,based on masses of meaningful exploration studies of the loess in the study area by the use of environmental magnetism,sedimentology,mineralogy,geochemistry and other research methods,significant progress has been achieved.In the paper,we summarized the environmental significance of grain size,magnetic susceptibility,carbonate content,pollen assemblage and other proxies;as well as geochemical weathering features,depositional environment and spatial distribution pattern of the loess and paleosol.The results show that: magnetic susceptibility and color are complex in climate interpretation due to the influence of various factors to certain degrees.However,the combination of pollen and carbonate indicates that there was relatively cold and dry during some paleosol formation periods,and relatively wet during some loess formation periods,and it was the same in the glacial stages.Mineral and element compositions indicate that the Ili loess formed in the a relatively cold and dry climatic condition;and the grain size is a good indicator of a warm and cold climate alternation in the study area.The weathering differentiation of the Ili loess and paleosol is not so obvious,the ground circulation in the paleosol formation period was stronger than that in the formation period of loess paleosol at the Zhaosu loess section.The spatial differences of the loess accumulation in Ili Basin are observed.
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