A meteorological catastrophe put the Catalonia region of Spain on high alert for four days. With red alerts across 12 districts and hundreds of thousands of citizens notified via emergency systems, the region faced unprecedented floods that isolated towns and required heroic rescue operations in Tarragona, Barcelona, and Girona.
A stormy afternoon put the mobility of the Spanish capital to the test. Intense rainfall caused flooding within the Madrid Metro facilities, forcing service interruptions at key points of the city and leaving thousands of commuters stranded during the rush hour.
Barcelona is working hard to shake off the mud. Following two devastating storms that paralyzed the region, the Metro is regaining its pace, but the train network and road routes remain a complex puzzle for thousands of residents and visitors attempting to navigate the city.
The Los Angeles Mayor's Office and the California government have activated emergency protocols as an El Niño phenomenon arrives, which could break all historical records. With a very high probability of extreme intensity, authorities are already deploying critical measures to prevent floods and landslides in vulnerable areas.
A devastating storm has struck the coastal and inland regions of Catalonia, Spain, transforming city streets into rivers and leaving a tragic toll of two dead and two missing. From sinkholes in Granollers to the evacuation of hospitals and schools, the region is facing a climate crisis that exceeded all official predictions.
A devastating storm has struck the coasts of Barcelona and Girona, resulting in a tragic toll of two deaths and one missing person. Powered by record-breaking Mediterranean temperatures, the phenomenon transformed streets into rivers and trapped dozens of vehicles in Malgrat de Mar, sparking concerns over the impact of global warming in the region.
Severe storms have battered the south of Spain's Ávila province, causing critical flooding in the Tiétar Valley. In towns like Casavieja, Mombeltrán, and El Barraco, the overflowing rivers carried ash from previous forest fires, contaminating the drinking water supply and forcing authorities to distribute bottled water to the affected population.
The southern region of the province of Ávila, Spain, is facing a critical situation. Intense rainfall has led to the overflow of the Alberche River, sweeping up ash from previous wildfires and leaving several towns without potable water. The Tiétar Valley remains the most affected area under an orange alert.
The climatic phenomenon known as Super El Niño 2026 is already manifesting its devastating initial effects. With forecasts indicating 'very strong' intensity, Argentina and Paraguay are bracing for a critical period of torrential rains, rising river levels, and urban disasters that have already begun to strike the region.
A devastating extreme weather event has struck the coast of Barcelona, leaving one person dead, others missing, and thousands of homes in darkness. The storm, described as a 'mini-hurricane,' has put the Generalitat de Catalunya on high alert as river levels threaten to overflow, causing widespread chaos across the region.
Argentina's National Meteorological Service has warned of a 'very strong' Super El Niño event. With the potential to be the most powerful in a century, the phenomenon threatens the Greater Buenos Aires area, prompting the CAF to deploy a massive multimillion-dollar fund to mitigate the regional emergency.
Unprecedented torrential rains marking the end of the monsoon season have pushed the Gandak River to historic heights. Between Nepal and India, thousands have lost their homes and hundreds of villages remain submerged in a climate emergency that has shattered all records since the 1960s, according to satellite data.
Torrential rains marking the end of the monsoon season have caused the Gandak River to overflow, reaching water levels not seen since the 1960s. With entire villages submerged and thousands of people displaced, this climate tragedy serves as a stark warning for the South Asian region regarding the increasing intensity of extreme weather events.
Between September 24 and 27, a catastrophic weather event struck Southern Asia, triggering historic floods and landslides. The Gandak River reached levels not seen in decades, sweeping away entire villages and forcing thousands to flee their homes in a regional emergency that highlights the growing impact of climate volatility in the Himalayas.
Late-season torrential rains have triggered a massive humanitarian crisis across South Asia. The Gandak River reached historic levels not seen since the 1960s, sweeping away entire villages and breaching critical levees in Nepal and India, forcing the Indian Air Force to launch urgent rescue operations to save thousands of displaced residents.
Torrential rains marking the end of the monsoon season have triggered a historic overflow of the Gandak River. Water levels reached unprecedented heights not seen since the 1960s, leaving thousands displaced and entire cities submerged across Northern India and the rugged mountains of Nepal, sparking a massive international rescue operation.
Torrential late-monsoon rains have triggered a historic surge in the Gandak River, reaching water levels not seen since the 1960s. This natural disaster has displaced thousands and erased entire villages from the map, with the scale of the destruction now visible via NASA satellite imagery, highlighting the vulnerability of the region to extreme weather patterns.
Torrential rains marking the end of the monsoon season have triggered a historic overflow of the Gandak River. With water levels not seen since the 1960s, thousands of people have been displaced and hundreds of villages were swept away in an unprecedented climate emergency affecting both Nepal and India.
A catastrophic monsoon season has triggered historic flooding across the heart of Asia. With water levels not seen since the 1960s, the Gandak River overflowed its banks, sweeping through villages and farmland in Nepal and India, leaving thousands displaced in a disaster confirmed by NASA satellite imagery.
Torrential rains at the end of the monsoon season have triggered a historic overflow of the Gandak River. With water levels not seen since the 1960s, entire villages and vital crops were swept away, leaving thousands displaced in an unprecedented climate emergency that has shaken the heart of Southeast Asia.
Torrential rains marking the end of the monsoon season have triggered catastrophic flooding as the Gandak River reached levels not seen since the 1960s. Thousands of people have been displaced and entire villages erased from the map, highlighting a critical climate emergency that has drawn the attention of the international community and NASA satellite monitoring.
Torrential rains marking the end of the monsoon season have triggered an unprecedented water crisis. The Gandak River reached historic peaks, sweeping away villages and destroying dams across Nepal and India, leaving a trail of devastation so vast it was captured by NASA satellites.
In an unprecedented weather event marking the end of the monsoon season, torrential rains have devastated parts of Nepal and India. The Gandak River reached its highest levels since the 1960s, wiping out entire villages and triggering a massive emergency rescue operation led by the Indian Air Force to save thousands of stranded citizens.
Torrential rains marking the end of the monsoon season have triggered historic flooding of the Gandak River, leaving thousands displaced and entire cities submerged across Nepal and India. NASA satellite imagery has confirmed the staggering scale of this natural disaster, revealing water levels not seen in over six decades.
Torrential rains marking the end of the monsoon season have triggered a historic overflow of the Gandak River. With water levels not seen since the 1960s, thousands of people have been displaced and entire villages swept away in an unprecedented climate catastrophe that has shaken Southeast Asia.
