Research on geo-hazard appraisal and decision in highway based on GIS Technology

Bin Yang, Xiu-mei Gu, Zheng-wei He, Qing Wang
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Abstract

On account of the special landform, geology and rainfall condition, Tianshan Mountain influences the traffic normally. It often comes under bedload, coast, dilapidation at one time. This threatens the stability of the road and the security of denizen along the line. It is especially importment of the Geological disaster decision-making sustain Geography Information System in Tianshan Mountain bring to bear the advanced technology, which sustains in the build and manage of Tianshan Mountain. After analyzing the on the theory of geological hazard about Tianshan road in detail, collected the datum of basic geography and geology along the lines of road in the past, and also contrasted the locale results and remote sensing images, building and consummating both the Geography database and the geological hazard database based the platform of ArcGIS after according synthesizing, coordinating, choosing, concluding and changing by the rules of database. Asked on the ArcEngine platform, developing a set of collections foundations data gathering, the memory, the management, the retrieval, the graphic editor, the space model analysis, the line region stability assessment, the highway alignment route selection as well as the three dimensional route flight achievement graph production and the output is a body “The Tianshan highway geohazard stability appraisal and the route selection optimization analysis system”.
基于GIS技术的公路地质灾害评价与决策研究
天山由于其特殊的地形、地质和降雨条件,对交通产生了正常的影响。它经常同时受到床载、海岸、破败的影响。这威胁到道路的稳定和沿线居民的安全。在天山地质灾害决策支撑地理信息系统中,采用先进的技术支撑天山的建设和管理显得尤为重要。在详细分析了天山公路地质灾害理论的基础上,收集了以往道路沿线的基础地理和地质资料,并对现场结果和遥感影像进行了对比,根据数据库的规律,经过综合、协调、选择、总结和变化,建立并完善了基于ArcGIS平台的地理数据库和地质灾害数据库。在ArcEngine平台上,开发了一套集集基础数据采集、存储、管理、检索、图形编辑、空间模型分析、线路区域稳定性评价、公路线形选线以及三维路线飞行成果图形的生成和输出为一体的“天山公路地质灾害稳定性评价与选线优化分析系统”。
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