What are the benefits of the RUSSIAN SCIENTISTS' new soil monitoring technology?

The technology helps to prevent accidents and minimize potential damage to buildings and roads by allowing for prompt identification of problem areas and quick decision-making, such as recommending evacuations or initiating infrastructure repairs.

How does the REAL-TIME SOIL MONITORING system compare to traditional methods?

Traditional soil temperature monitoring involves drilling wells and placing sensors, but the new approach is faster and more responsive, as the thermal fluctuations reach the sensors more quickly, providing critical information in a timely manner.

Home / Science / Russian Scientists Develop Real-Time Frozen Soil Tracking System

Russian Scientists Develop Real-Time Frozen Soil Tracking System

Q: How does the RUSSIAN ACADEMY OF SCIENCES' INSTITUTE OF PETROLEUM GEOLOGY AND GEOPHYSICS' new soil monitoring technology work?

The institute has developed a system that uses shallow wells with sensitive sensors to scan the space between wells and accurately detect changes in the soil's electrical resistance, allowing for real-time monitoring of frozen soil conditions.

14 Nov

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Summary

Rapid monitoring of frozen soils to observe changes in real-time
Shallow wells with sensitive sensors to scan soil conditions
Technology helps prevent accidents and minimize damage to buildings and roads

Russian Scientists Develop Real-Time Frozen Soil Tracking System

On November 14, 2025, the Russian Academy of Sciences' Institute of Petroleum Geology and Geophysics announced the development of a new technology for rapid monitoring of frozen soils. This innovative system allows scientists to observe changes in the soil in real-time and respond more quickly to prevent potential disasters.

Traditionally, soil temperature monitoring has been done by drilling wells and placing sensors inside. However, this method has a significant drawback - the thermal fluctuations reach the sensors slowly, delaying the availability of critical information. The new approach involves drilling shallow wells, just a few to dozens of meters deep, and installing highly sensitive sensors. These sensors use a combination of traditional induction coils and less common current lines to scan the space between neighboring wells, accurately detecting changes in the soil.