Method and system for constructing landslide model in loess area based on micro-motion exploration instrument

Abstract

The invention provides a loess area landslide model construction method and system based on a micro-motion exploration instrument, the system comprises a topographic surveying and mapping module, a micro-motion geological detection module and a data processing center, the topographic surveying and mapping module is composed of an unmanned aerial vehicle module, a positioning module, a topographic surveying and mapping module, a camera module and a communication module, and is used for obtaining topographic data; the micro-motion geological detection module comprises a micro-motion exploration instrument, a positioning module and a communication module and is used for acquiring geological structure data, and the two modules are in communication connection with the data processing center to realize data transmission and analysis. The landslide model is generated by combining the terrain structure and geological structure data, and the micro-motion geological detection module is selectively connected to the unmanned aerial vehicle module, so that the detection flexibility is improved. According to the method, the landslide model can be well generated, and reliable technical support is provided for loess area landslide risk assessment and early warning.

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