The continuous movement of our Earth, both horizontally and vertically, causes various changes. These movements affect not only our natural living environment but also human-made engineering structures. As long as we live on this planet, changes caused by motion inevitably occur. So, what are the consequences of this constant movement? What are the horizontal and vertical changes that occur on the ground as a result of this mobility of the Earth?

First, let us consider the natural environments in which we feel safe. Forests, mountains, seas, rivers… All of them are directly affected by the Earth’s movements, and the changes caused by these movements can significantly impact our natural environments and our lives. On the other hand, engineering structures built by humanity may also undergo deformations as a result of the Earth’s movements, especially over long periods of time. This situation is directly related to human safety.

Of course, in such cases, the best approach is to closely monitor these changes and deformations in order to ensure human safety and to protect our natural environments. For this reason, geodetic monitoring of the changes and deformations caused by the Earth’s movements is of great importance.

To better understand geodetic monitoring, let us examine what deformation measurements are and the main categories into which they are divided. Deformation measurements are generally used to determine the extent to which a structure changes and how these changes affect its overall performance. Especially for large structures, deformation measurements often require serious engineering solutions and are vital for ensuring structural safety and durability.

These measurements are applied in many different fields, ranging from cracks on the surface of a road or a mountain to fractures occurring on the walls of a building. The main areas where deformation measurements are carried out include: Dams, Bridges, Tunnels and Highways, Construction Sites and Mines, Building and High-Rise Building Deformations, and Head Beam and Crown Beam Deformations. These measurements are used to monitor potential cracks in dam structures, the load-bearing capacity of bridges, the stability of tunnels and highways, and changes in construction sites and mines. They are also used to identify highly specific structural deformations such as those in single- and multi-storey buildings, as well as head beam and crown beam deformations.

In conclusion, by using careful geodetic monitoring and deformation measurement techniques, we can continuously observe both natural and man-made structures and environments, thereby minimizing potential risks. This is an important step toward making our lives safer and more sustainable.