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A stone cross became the symbol of survival — until the ground beneath it disappeared. What’s unfolding in southern Sicily isn’t just a landslide. It’s a slow-moving geological collapse that’s still swallowing an entire town. In this video, we break down the escalating disaster in Niscemi, where weeks of extreme rainfall triggered massive slope failures across a high-risk R4 zone. You’ll learn how a powerful Mediterranean cyclone saturated fragile clay layers near Caltanissetta, why over 350 million cubic meters of earth have shifted toward the Moroglio River Valley, and how the scale now exceeds historic disasters like Vajont Dam. We examine the timeline of collapses, the evacuation of more than 2,000 residents, expanding red-zone boundaries, and the building ban imposed across 25 square kilometers. The investigation now involves magistrates, applied geology experts, satellite monitoring, and data from the Italian Space Agency to determine whether preventative stabilization work — promised after the 1997 landslide — could have reduced today’s devastation. This is more than a natural disaster story. It’s a case study in hydrogeological risk, urban planning, climate-intensified rainfall, and long-term infrastructure delays. When extreme precipitation meets unstable terrain and decades of unresolved mitigation, consequences unfold in real time. The ground beneath Niscemi is still moving — and officials admit there is no clear timeline for when it will stop. Understanding what happened here matters far beyond Sicily. Many Mediterranean communities sit on similar sedimentary slopes exposed to increasingly intense storm systems. The lessons from this event could shape future policy, engineering standards, and disaster preparedness across Europe. #SicilyDisaster #Niscemi #Landslide #ItalyNews #ExtremeWeather #ClimateImpact #Hydrogeology #CivilProtection #GeologicalRisk #NaturalDisaster #UrbanPlanning #DisasterInvestigation Disclaimer: This video is for educational and informational purposes only. Details are based on publicly available reports, official statements, and geological assessments.