KazNU scientists explore landslide-prone areas of Tole bi districtFarabi University

KazNU scientists explore landslide-prone areas of Tole bi district

1 august, 2025

Scientists of the al-Farabi Kazakh National University have begun field research in the Tole bi district of the Turkestan region, where there is a high probability of landslide processes. This is an important project aimed at improving the security of territories and protecting the lives of local residents and tourists.

This research is carried out within the framework of a new project of the Kazakh-Chinese joint laboratory "Remote Sensing Technologies and Applications". KazNU specialists, equipped with modern equipment, went to the area to collect primary data and analyze the terrain.

The main purpose of the expedition is to identify the causes of landslides, identify dangerous areas and propose measures to prevent natural disasters.

In the course of their work, the scientists use modern DJI Matrice 300 RTK unmanned aerial vehicles and LiDAR technology. These devices allow you to accurately simulate the terrain, including areas hidden under vegetation. In this way, microcracks, traces of old landslides, and ongoing deformation processes can be detected. As a result, an accurate digital model of the area is created and the most dangerous areas are specified.

"Tolebiysky district is famous for its natural beauty and high tourist potential. The recreation areas of Burgulyuk and Akmeshit annually attract thousands of tourists. However, along with the picturesque landscapes, natural risks can also be hidden. Therefore, scientific research in this area is extremely important to ensure safe recreation and sustainable development of the region", said the project manager, head of the Kazakh–Chinese joint laboratory "Technology of Remote Sensing and Application" at al-Farabi Kazakh National University. Murat Kasenov.

Based on the results of the work, thematic maps will be compiled, slopes will be classified according to the degree of risk and recommendations for threat reduction will be developed.

This data will become a valuable resource for local executive authorities in matters of spatial planning, environmental safety and competent infrastructure development.

Press-service of Al-Farabi Kazakh National University