江西建材Issue(5)：110-112,3.
青藏铁路沿线热喀斯特滑坡智能检测方案初探
An Integrated Intelligent Detection Framework for Thermokarst Landslides Along the Qinghai-Tibet Railway:A Preliminary Study
摘要
Abstract
The occurrence of thermokarst landslides along the Qinghai-Tibet Railway poses significant threats to the safety and stability of railway operations.This paper,based on years of field surveys and analytical work,proposes an intelligent detection scheme for thermokarst landslides.Firstly,a rapid identification system is developed using high-resolution remote sensing imagery to accurately extract the spatial distribution characteristics and evolution patterns of landslides.Secondly,a combination of geophysical exploration techniques,including Ground Penetrating Radar(GPR)and Electrical Resistivity Tomography(ERT),is employed to investigate the internal structure and groundwater distribution of the landslides.Finally,a drone-based 3D point cloud analysis method,optimized through deep learning algorithms,is used to enhance landslide deformation monitoring.This approach demonstrates significant advantages in landslide identification,dynamic monitoring,and early warning,effectively improving the monitoring accuracy and response efficiency for thermokarst landslides along the Qinghai-Tibet Railway.It provides essential technical support for early warning and mitigation of geological disasters in permafrost regions.关键词
多年冻土/热喀斯特滑坡/综合物探/青藏铁路/青藏高原Key words
Permafrost/Thermokarst landslides/Qinghai-Tibet railway/Qinghai-Tibet plateau分类
地质学引用本文复制引用
焦程龙,何巧奋,程俊涛,许少楷,石子婷,吴月琴,黎剑华..青藏铁路沿线热喀斯特滑坡智能检测方案初探[J].江西建材,2025,(5):110-112,3.基金项目
广州铁路职业技术学院科教融合专项工艺改进项目:《自然条件下高含冰量冻土融化过程对青藏铁路沿线热融滑塌类水土流失影响的试验工艺改进方案研究》(项目编号:GTXYK2314). （项目编号:GTXYK2314）
