Research on rain slope stability and digital village construction in mountainous areas based on remote sensing images

Abstract

With remote sensing image and geographic information technology as a new detection and monitoring method, the use of remote sensing image and geographic information technology, combined with various remote sensing image technology to obtain landslide information, comprehensive analysis of landslide-related characteristics, and various influencing factors in the study area, uses information methods and logistic regression models for disaster risk assessment. In recent years, there has been an increase in rainfall landslide disasters in mountainous areas in a province. Therefore, it is of great practical significance to carry out research on the risk assessment of rainfall and landslides in mountainous areas. Numerical finite element simulation methods are used to explore the formation mechanism of continuous rain and typhoon rain disasters, and to analyze the impact of unstable seepage on slope mechanics. On this basis, the failure probability is selected as the risk evaluation criterion for slope stability analysis and evaluation. The innovative application of economic and social development trends and new technical conditions gradually improves the shortcomings, and the urban-rural integration brought about by political effects and technological progress. Development has brought opportunities for change in the construction of digital villages. The in-depth development of digital village construction has also provided support for the integration of urban and rural areas in the areas of economy, culture, and education. Strengthen the implementation of the high-level digital village construction plan, promote the construction of rural digital infrastructure, improve the flow of information based on urban and rural elements, accelerate the training of rural digital talents, improve the rural digital governance system, consolidate the computerized foundation for rural revitalization, and use remote sensing image technology to help research on slope stability and digital village construction. This paper uses remote sensing images and the stability of rainfall slopes in mountainous areas to apply them to the research of digital village construction, which promotes the development of digital village construction.