Drone geophysics for underground exploration

Abstract

This editorially generated abstract summarizes the topic indicated by the title “Drone geophysics for underground exploration.” The article concerns the use of geospatial information and related digital methods in the context suggested by its subject. It provides a framework for considering how uav, remote sensing, geophysics, aerial surveying, geospatial data can support data collection, interpretation, planning, communication, or operational decision-making, depending on the application. Geospatial workflows commonly bring together location-referenced datasets, analytical tools, visualization, and domain expertise. Examining these elements can help readers understand the practical questions involved, including data quality, interoperability, usability, and the transfer of information between people and systems. The title also points to the relationship between technical capability and real-world needs: successful implementation generally depends not only on software or sensors, but also on suitable data, clear processes, and coordination among stakeholders. Readers interested in uav, remote sensing, geophysics, aerial surveying, geospatial data may use the article as a starting point for understanding the application area and identifying questions for further investigation. Because this abstract was created from the bibliographic title rather than the full article text, it should be treated as an editorial description, not as a verified summary of the article's methods, findings, or conclusions. The source record places the contribution in issue 6 of gis.Business (2020), on pages 30-33. The source record lists Beautemps J. as the author. The original article should be consulted for its exact scope, evidence, and conclusions.