• Fatalities, evacuations, and agricultural losses mount as Storm Marta strikes Portugal and Spain

    Storm Marta swept across Portugal and Spain between February 6 and 8, 2026, killing at least two people and displacing more than 11 000 as torrential rain, snow, and winds up to 120 km/h (75 mph) caused extensive flooding and agricultural losses. It was the third major Atlantic storm in less than two weeks, following Leonardo and Kristin.

  • One dead and child missing as Storm Leonardo floods southern Spain and Portugal

    Flooding caused by Storm Leonardo left one person dead in Portugal and a child missing in southern Spain between Tuesday and early Thursday, February 3–5, 2026, as exceptional rainfall inundated towns across the Iberian Peninsula. Emergency services carried out evacuations and search operations as river levels rose rapidly.

  • Tropical Storm Penha (Basyang) expected to make multiple landfalls over Mindanao and Visayas, Philippines

    Tropical Storm Basyang is forecast to make multiple landfalls across the southern and central Philippines, beginning with Surigao del Sur late February 5 or early February 6, 2026. The system is forecast to cross Mindanao and may pass close to or make landfall over Siquijor and southern Negros Oriental before moving toward Palawan.

  • At least 12 dead, 2 000 homes destroyed as Tropical Cyclone Fytia hits Madagascar

    At least 12 people were killed and more than 77 000 affected after Tropical Cyclone Fytia struck northwestern Madagascar at 01:40 UTC on January 31, 2026. Winds of 185 km/h (115 mph) and intense rainfall caused severe damage across 35 districts, with Soalala and Mitsinjo among the hardest hit. Fytia is the 7th named storm of the 2025/26 South-West Indian Ocean cyclone season.

  • Severe dust storm engulfs Broken Hill, Australia

    A fast-moving dust storm affected outback communities in New South Wales on January 31, 2026, resulting in hazardous driving conditions and widespread dust deposition. Meteorologists from the Bureau of Meteorology reported the system formed as dry topsoil was lifted by intense westerly gusts exceeding 70 km/h (45 mph).