Venezuela uses laser light technology to examine La Guaira's subsoil after earthquakes

Specialized teams from Venezuela's Ministry of Science and Technology (Mincyt) are deploying advanced LiDAR technology and conducting geophysical studies across La Guaira state. This initiative aims to evaluate underground conditions following the significant earthquakes of July 24, which registered magnitudes of 7.2 and 7.5.

The primary objective is to update the seismic microzonation of the region, a critical step in understanding and mitigating risks associated with seismic activity. Minister Yván Gil announced the deployment on Telegram, detailing how the Mincyt teams are conducting technical inspections in various sectors to assess the subsoil. The Venezuelan Agency for Space Activities (ABAE) is also participating, using state-of-the-art drones to capture high-resolution aerial images of affected areas.

These aerial images help identify surface cracks and precisely assess the seismic event's impact on the terrain. The collected data will be used to generate specialized 3D models and maps of the region. LiDAR technology, which uses laser light pulses to measure distances, creates detailed representations of the terrain and structures, providing crucial information for risk management.

The results from these technical inspections are considered vital for designing effective risk mitigation strategies in La Guaira. The state continues to be evaluated after the earthquakes severely damaged its infrastructure and territory. Meanwhile, Jorge Rodríguez, president of the National Assembly, reported that as of July 17, the double earthquake had caused 5,069 deaths and left 16,740 injured, with 17,907 people remaining homeless.