Around 25,000 cubic meters of rock has fallen near the eastern Swiss village of Brienz, significantly more than initially estimated, raising concerns about resident safety.
"The figure has since been adjusted on the basis of drone flights"
The eastern Swiss village of Brienz faces an escalating natural disaster as approximately 25,000 cubic meters of rock crashed onto the rubble pile near Caltgeras, marking a significant increase from initial estimates. This development has raised serious concerns about the village's safety and long-term stability, prompting authorities to maintain high-alert status in the region.
Recent assessments based on drone surveillance have revealed that the rockfall volume is significantly larger than initially estimated, increasing from 10,000 to 25,000 cubic meters. Municipal authorities report that while all slope areas experienced accelerated movement in recent days, they are now showing a slight decrease. In the village area, movement continues at approximately 0.6 meters per year. Experts warn that upcoming precipitation could trigger further accelerations and potential rockfalls, maintaining the high-risk classification for the area.
Following the evacuation of the village in November 2024, authorities are now preparing for the implementation of the 'blue' phase, which includes the complete closure of all surrounding traffic routes. This preventive measure reflects the ongoing concern about the stability of the region. The municipal management team continues to monitor the situation closely, with preparatory work for traffic restrictions having commenced on Monday.
The geological event has significantly altered the landscape around Brienz, with the massive rockfall causing considerable changes to the local topography. The scree slope has shown increased activity following the recent events, and experts are closely monitoring the broader environmental impact on the region. The situation highlights the ongoing challenges faced by Alpine communities in managing natural geological processes and climate-related risks.