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Ground Subsidence of Roadway Structures, also known as Roadway Structure沉降 or Sinkholes, is referred to as Ground Subsidence as well. It is a localized downward movement (or engineering geological phenomenon) caused by the consolidation and compression of loose strata underground under the influence of human engineering and economic activities, resulting in a decrease in the elevation of the earth's crust surface.

Large area of land subsidence, complex types, and diverse hazards. The damage caused by land subsidence to the environment, residents' lives, and construction projects is escalating, severely restricting the sustainable development of the social economy.

In a sense, anti-submergence is synonymous with anti-subsidence. The effectiveness of anti-subsidence is directly related to monitoring, and preventing ground subsidence requires comprehensive monitoring facilities and配套 monitoring methods.

Ground subsidence refers to the vertical sinking of the earth's surface over a certain period. It can be caused by natural factors (such as crustal deformation, rock erosion, etc.) or human activities (such as construction and mining operations). Ground subsidence has a significant impact on urban construction and land use, potentially leading to infrastructure damage, structural collapse, and geological disasters. To promptly detect and monitor ground subsidence for the safety and stability of buildings and infrastructure, continuous monitoring is particularly important. Ongoing surveillance and timely action can prevent potential risks and minimize economic losses.

Land subsidence is a type of geological disaster characterized by slow changes, often going unnoticed. However, once it occurs, it is irreversible and can cause severe regional natural disasters. Therefore, in a sense, controlling subsidence is synonymous with preventing it. The effectiveness of prevention is directly related to monitoring. To prevent land subsidence, a comprehensive layered ground subsidence monitoring system and accompanying monitoring methods are necessary.