These systems facilitate precise climate correlation and runoff prediction, allowing for data filtering and thermal compensation of other geotechnical instruments. They are strategically deployed in dams, slopes, open-pit mines, vehicular bridges, viaducts, and railways.
They feature modular stations equipped with dataloggers dedicated to monitoring various climate parameters, tipping bucket rain gauges, and anemometers to study precipitation and wind. For thermal analysis of terrain or structures, they use watertight thermistor strings that create detailed depth profiles and vibrating wire thermal probes for long-term measurements, operating autonomously with solar power or batteries integrated into modern visualization platforms.

