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      • Land and Sea Engineering Geological Model and Division of the Laizhou Bay Coast, China

        ( Xiaoshuai Song ),( Yonggang Jia ),( Hongxian Shan ),( Xiaolei Liu ),( Yong Zhang ),( Xianghuai Kong ) 대한지질공학회 2019 대한지질공학회 학술발표회논문집 Vol.2019 No.2

        In order to meet the development demands of Laizhou Bay Coastal Zone, there has carried out, including engineering survey, engineering geological drilling, in-situ test (standard penetration test), laboratory test, theoretical analysis and other research methods, in line with the layout of geo-spatial development and its geological environment characteristics. Through the analysis of the essential data, the stratigraphic structure, topography, geological structure and hydrogeological conditions of the study area were obtained. Based on the measured data of 24 engineering geological boreholes and the collected data of 202 boreholes, nine engineering geological layers were determined. And the types of rock and soil, the distribution of poor geological bodies and the engineering geology structural features have been understood. Based on that, the three-dimensional engineering geological model of Laizhou Bay coastal zone was established by using the software Mapgis K9. The image of the model objectively reflected the engineering stratigraphic structure and geological characteristics of the study area. Finally, the land area of the study area was divided into three major engineering geological areas and eight engineering geological sub-areas. Similarly, the sea area was divided into three major areas and six geological sub-areas. This work can provide local government with detailed and reliable basic data for development planning, provide scientific basis for coastal economic construction and sustainable development, and serve land and resources utilization, coastal zone development and management and planning.

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