# Studies of Geosphere Interactions by Means of Laser Interference Complex

## TL;DR

This study uses laser interference instruments and other devices to monitor and analyze geosphere interactions, including seismic and marine wave processes.

## Contribution

The paper introduces a novel approach to studying geosphere interactions through integrated laser interference and environmental sensor data.

## Key findings

- Laser strainmeters and seismometers identified natural and anthropogenic seismic activity.
- Laser nanobarographs detected baro-deformation interactions.
- Supersensitive detectors revealed regional features of marine wave processes.

## Abstract

This paper describes the results of monitoring wave processes in the geospheres using laser interference instruments, a weather station, a seismometer, and other measuring devices. Processing in situ data revealed general patterns in seismic events and variations in the hydrosphere and atmospheric pressure. Laser strainmeters and a seismometer were used to identify natural and anthropogenic seismic activity. A laser nanobarograph and strainmeters allowed us to detect baro-deformation interactions. Processing data from supersensitive detectors of hydrosphere pressure variations, a tide gauge, and temperature sensors revealed regional features of marine wave processes.