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| 1 | 皖南第四纪风尘堆积序列粒度特征及其意义显示文摘通过系统采样与粒度测试,在同北方黄土充分对比的基础上分析和讨论了皖南第四纪风尘堆积序列(向阳剖面)的粒度特征;并根据堆积物的粒度与古气候—环境之间的内在联系,对该地区气候环境的演变及风尘堆积物的物源变迁等问题进行了初步探讨和分析。 | 李徐生 杨达源 鹿化煜 韩辉友 | 1997 | 海洋地质与第四纪地质1997，17，4： | 54 |
| 2 | 垣曲盆地最高阶地风尘堆积形成时代及其构造意义显示文摘对垣曲盆地原土坪阶地剖面进行了详细的沉积学和磁性地层学研究,结果表明,原土坪剖面地层自下而上由水下河湖相-漫滩相-风尘堆积构成,整个剖面记录了一个水位下降、由水下沉积环境转变为气下环境的连续堆积过程。剖面地层记录的1.84~1.62MaB.P.期间由河湖相沉积环境转变为典型风尘堆积的沉积转型及风尘堆积反映出的1.21MaB.P.前后古气候变化事件是对青藏高原青藏运动C幕和昆黄运动的区域沉积响应。开始于1.62MaB.P.的典型风尘堆积底界年龄代表了该级阶地的形成时代,表明该段黄河至少在此时已经形成。 | 傅建利 王书兵 蒋复初 蔡遥 | 2008 | 第四纪研究2008，28，5： | 4 |
| 3 | 北京大学地貌第四纪学科的创建与发展显示文摘1952年全国高校院系调整后,新建的北京大学地质地理系开始了地貌与第四纪方面的教学和研究,标志着北大地貌第四纪学科的建立。65年来,在新构造活动与构造地貌、气候地貌与沉积、流水地貌与沉积、沉积相与比较沉积学、遥感与地理信息系统、第四纪地层与年代学、第四纪气候与环境变迁、海洋地球化学过程与环境演变、环境考古与古代人地关系研究等方面取得了丰硕成果,在一些领域发挥了创新与引领作用,解决了一系列国家建设中面临的问题,为中国地貌第四纪科学的发展做出了重要贡献。在地理学多元化发展的新形势下,北大地貌第四纪学科发展与科学研究将以地球系统科学的视角,加强地貌学与自然地理学各分支以及地球科学其他领域的交叉与融合,深化不同宏观时空尺度演化与现代过程关联的研究、以及影响地貌演化的地球系统各要素及相互作用研究,系统展开气候变化、环境演变与地貌过程的模拟研究,加强地貌第四纪理论研究和新技术新方法的发展与应用,推动中国地貌第四纪科学向更高水平发展。 | 莫多闻 周力平 刘耕年 李有利 夏正楷 张家富 李宜垠 | 2017 | 地理学报2017，72，11： | 3 |
| 4 | Discovery and Significance of Malan Loess on the Piedmont Plain in Pinggu District, Beijing显示文摘The platforms on both sides of the Malangou River(a lateral ditch of the Qingshui River that is a tributary of the Yongding River) where Malan Village in Zhaitang Town of Mentougou District of Beijing is located are the place of China's typical section of the Quaternary Malan loess. During the investigation in the eastern suburbs of Beijing City, the authors not only clarified 5 grades of terraces on the Pinggu piedmont plain, but also found a clayey silt section mixed with a small amount of alluvial-diluvial gravel layers at a height of 15–25 m above the river level near a Fishpond in Xinli Village of Nandule Town. Results of the study of grain size of the section document that the loess mostly is silty soil(0.05–0.005 mm), and that the grain size probability cumulative curves of the section are dominated by single-peak, coarse-grained segment I and coarse-grained segment II types, reflecting that its depositional environment is similar to eolian phase. Identification results of heavy minerals from the section show that their contents account for 0.01%–0.11%, averaging 0.04%. There are 24 kinds of heavy minerals, most of which are stable heavy minerals, and the clay minerals mostly are illite, which is consistent with the Malan loess on the Loess Plateau. The chemical composition data reflect that the source area of the loess is relatively arid. The six grade classification of sporopollen in the section further shows the subdivision of the history of alternating warm and humid phases in this geological period. The thermoluminescence dating results range from 21.0 ka to 59.2 ka, convincingly demonstrating that the section indeed consists of Malan loess. The above studies provide a new basis for overall understanding of the distribution of the Malan loess at the northeast margin of the North China Plain and its environment change in the Late Pleistocene. | LU Lu ZHAO Yuanyi WANG Xiaoliang ZHAO Xitao YANG Zhenjing WANG Chengmin BI Zhiwei LU Wenhui | 2014 | Acta Geologica Sinica(English Edition)2014，88，5： | 0 |
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