ABSTRACT
This article presents results from the grant-funded projects ASMOW and IPMOS conducted at KGHM Cuprum. The objective of ASMOW was to develop an information platform that reports local industrial impacts on the environment. As part of the research, we built an integrated measurement system comprising geodetic stations and a seismic network, enabling the estimation and visualization of ground-vibration parameters generated by high-energy seismic events (magnitude M > 3.0). In the IPMOS project, research focused on the feasibility of employing low-cost sensors to monitor mining-induced effects at the ground surface. Such low-cost receivers constitute a novel approach to surface monitoring and, prior to wide deployment, require thorough assessment of their operational performance and measurement accuracy. The validation campaign covered both time-domain and frequency-domain analyses. The results confirm the suitability of the proposed solution for seismic monitoring of the ground surface.
