International Spotlight on Forestry Research at the University of Sopron

Gutierrez, renowned for covering high-stakes global issues and human-interest stories, sat down with Prof. Dr. Kornél Czimber, Vice Dean of the Faculty of Forestry, to explore one of the university’s flagship developments: advanced computer simulations that predict how wildfires spread.

The timing could not be more relevant. Prolonged droughts and soaring temperatures are dramatically driving up wildfire risks worldwide, making actionable data critical for emergency response teams. Researchers in Sopron are building a platform that simulates fire behavior across digital terrain models. In practice, this gives emergency responders vital insight into where to deploy water resources, how to route fire crews safely, and where the fire front will head next.

The crew’s first stop was Piuszpuszta, the site of a recent blaze that tore through roughly 40 hectares, destroying a 2.5-hectare research pine forest managed by the university.

Weeks later, the aftermath remains striking. Charred trunks, blackened needles, and the persistent smell of smoke underscore the ferocity of the flames. Most telling was the eerie visual of pines scorched black up through their lower canopies, while higher branches somehow remained green.

On site, the film crew was joined by Fire Colonel Sándor Molnár, head of the Sopron Fire Department branch. Molnár explained that the fire struck under brutal conditions: bone-dry vegetation, temperatures near 40°C, and steady winds. Within minutes, the blaze had engulfed large swaths of the area, burning with peak intensity for nearly an hour.

Bringing it under control required tight coordination between multiple responding units and forestry professionals. Molnár noted that battling open-air fires ties up massive resources, making any predictive technology a major game-changer for frontline crews. By running scenarios against Sopron's digital models, commanders can anticipate the fire's path, plan safe approach routes, and deploy manpower far more efficiently.

The second leg of the shoot shifted focus to aerial surveillance in the Magas-bérc area near Hermes. Here, researchers showcased the fixed-wing drones used in the university’s BorderEye project.

Unlike consumer quadcopters, these long-endurance aircraft stay airborne for hours, surveying vast forest tracts in a single pass. Beyond disaster monitoring, the drones track illegal logging, locate illegal dump sites, and monitor general forest health.

Prof. Dr. Czimber emphasized that combining these fixed-wing drone surveys with "digital twin" landscape models transforms environmental monitoring. What once took field crews days can now be mapped in a matter of hours.

Gutierrez’s visit highlights the growing global profile of the University of Sopron. As climate pressures mount, the university's blend of traditional forestry expertise and next-generation digital modeling is drawing well-deserved international attention.