菊春燕, 王治良, 刘真, 刘建昌, 谭长伟, 贾永刚. 2013: 青岛崂山地区地质灾害变形监测研究. 工程地质学报, 21(3): 450-458.
    引用本文: 菊春燕, 王治良, 刘真, 刘建昌, 谭长伟, 贾永刚. 2013: 青岛崂山地区地质灾害变形监测研究. 工程地质学报, 21(3): 450-458.
    JU Chunyan, WANG Zhiliang, LIU Zhen, LIU Jianchang, TAN Changwei, JIA Yonggang. 2013: ANALYSIS OF GEOLOGICAL DISASTER DEFORMATION MONITORING IN LAOSHAN DISTRICT,QINGDAO. JOURNAL OF ENGINEERING GEOLOGY, 21(3): 450-458.
    Citation: JU Chunyan, WANG Zhiliang, LIU Zhen, LIU Jianchang, TAN Changwei, JIA Yonggang. 2013: ANALYSIS OF GEOLOGICAL DISASTER DEFORMATION MONITORING IN LAOSHAN DISTRICT,QINGDAO. JOURNAL OF ENGINEERING GEOLOGY, 21(3): 450-458.

    青岛崂山地区地质灾害变形监测研究

    ANALYSIS OF GEOLOGICAL DISASTER DEFORMATION MONITORING IN LAOSHAN DISTRICT,QINGDAO

    • 摘要: 青岛崂山地区一直都存在着地质灾害及隐患,在旅游业快速发展的带动下,更是加剧了改造环境的人类工程地质活动,这些活动不仅增加了崂山地区滑坡、崩塌、泥石流等地质灾害及隐患的存在,而且增强了地质灾害的危险程度。近年来随着经济活动的增加,区内地质灾害隐患更是时刻威胁着人类的生命财产安全,并且有些已经造成了生命财产损失,因此有必要对区内开展地质灾害研究,为灾害防治提供科学依据。本文以青岛崂山区为实证,针对旅游背景条件下地质灾害隐患存在区域已经建立的灾害监测系统,对监测数据变化规律进行分析。通过对监测数据和气候因素的变化分析,结果表明气候因素对地质灾害的影响具有差异性,强降雨仍然是灾害引发的重要因素之一。同时旅游业的发展所带来的人类工程活动对地质灾害与隐患的存在有着不可忽视的影响作用。本文为崂山区地质灾害监测预警提供了地质灾害变形方面的参考资料,并为旅游地区的人类活动影响下的地质灾害研究拓宽了新的思路。

       

      Abstract: There are many geological disasters and potential geohazards in Laoshan Mountain region, Qingdao City. Human engineering geological activities have increased under the background of rapid developments of tourism in the mountains. These activities have not only increased the numbers of geological disasters and potential geohazards(e.g.landslide, rock fall, debris flow),but also improved dangerous levels. In recent years the geological disaster and potential geohazards are threatening human life and property safety. Some have caused losses. It is necessary to carry out the study of the geological disasters, and reduce the losses. The paper carries out research on geohazards in Laoshan Mountain region of Qingdao. The dangerous regions were established with disaster monitoring system. The main aim of this paper is to analyze the variation of monitoring data and find rules. Through the analyzing the variation of monitoring data and climate data, the result shows difference that climate data affects monitoring data changes. The development of tourism has increased much human engineering activities that have obviously affected the geological disasters and potential geohazards. The purpose of this paper is to provides reference of geological disasters on disaster monitoring and early warning. It broadens the new ideas for the tourist area of geological hazards analysis under the influence of human activities.

       

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