Lasers and drones: the UPV promotes the recovery of Torrent after DANA with LiDAR technology

Tecnología, al servicio de la recuperación: Torrent evalúa daños en los barrancos con vuelos LiDAR

Photo: Torrent City Council

 

The Polytechnic University of Valencia (UPV) has deployed LiDAR (Light Detection and Ranging) technology in collaboration with Torrent City Council to assess and mitigate the damage caused by the recent DANA. This tool, which uses laser pulses to generate high-precision topographic maps, has been essential in analyzing gully conditions and planning immediate interventions. With drones and specialized equipment, the UPV is obtaining data that makes it possible to identify critical areas, design recovery plans and minimize future risks.

The mayor of Torrent, Amparo Folgado, emphasized the relevance of this collaboration: “Thanks to technology and expert knowledge, we can quickly and accurately address the areas most affected by this DANA. Our goal is to guarantee the safety of the neighbors and restore normalcy as soon as possible.” In addition, he emphasized that this intervention will allow resources to be optimized and facilitate the planning of future prevention measures in the face of extreme weather phenomena.

Torrent City Council has declared emergency action for the hiring of technical assistance, emergency study, topography work and LiDAR flight for the assessment of damage to the slopes and riverbed of the Poyo ravines, de l’Horteta and the Pequé canyon branch. The investment earmarked by the city council amounts to an estimated amount of 45,671.45 euros and an estimate of the execution term of 5 months.

The climate emergency demands quick and effective solutions, but also a long-term preventive approach. The use of LIDAR in Torrent not only responds to an immediate crisis, but also lays the foundations for a more resilient territorial management. Initiatives like this highlight the value of collaboration between science, technology and public administration to protect vulnerable communities and adapt to an increasingly unpredictable climate.