Study and analysis of the geotechnical properties of the landslide slope;
Analysis of the surface and underground structure of the slope, identification of landslide areas;
Determination of the geological properties of the slope, subsoil layers, soil composition and structure;
Conducting geotechnical surveys, drilling and laboratory tests to assess the probability of landslide events;
Analysis of the water supply, drainage status and groundwater level of the slope;
Assessment of the physical and mechanical properties of the soil (density, swelling, shear strength, landslide resistance, etc.) to determine landslide risks;
Application of geophysical and seismic surveys to assess the dynamic properties of the slope;
Conducting an ecological analysis and hazard assessment taking into account the relationship of the slope with the environment;
Preparation of a geotechnical report, proposing methods for stabilizing the landslide slope;
Proposing engineering solutions, devices and methods for ensuring slope protection and safety;
Assessment of the current state of the slope and possible future changes;
Evaluation of the research results and submission of a geotechnical report based on relevant standards and regulations.
