Storm Goretti Strikes Northern Europe

Feature image: Storm Goretti wind gusts across Western and Northern Europe on 9 Jan 2026, with gusts of 100–140 km/h (strong gale to hurricane-force) over the North Sea, northern France, Benelux, and parts of Germany, causing transport disruptions and power outages. Source: Ventusky (1‑hour gusts, 16:30 UTC). 

On 9 January 2026, large parts of Northern and Western Europe were brought to a standstill as Storm Goretti, a powerful multi-hazard winter storm, swept across the region. Germany, France, the Netherlands, and neighboring countries experienced severe winds, heavy snowfall, freezing temperatures, and widespread power outages, triggering mass flight cancellations, rail disruptions, school closures, and emergency weather warnings. 

Key Developments 

• Major disruptions were reported at European aviation hubs. Amsterdam’s Schiphol Airport recorded cancellations affecting over 800 flights, while 40 flights were canceled at Hamburg Airport ahead of peak storm conditions. 

• Severe weather caused widespread electricity outages in northern and northwestern France, with approximately 380,000 households losing power at the height of Storm Goretti. 

• Rail services between Paris and Normandy were suspended due to gale-force winds, and long-distance rail services across Germany were halted because of heavy snowfall and unsafe track conditions. 

• Schools were closed (250 schools remained closed in Scotland)and weather warnings issued across affected regions, snow, ice, and strong winds increased risks to public safety. 

Climate Change link 

Climate change does not directly cause individual storms such as Storm Goretti, but it changes the atmospheric conditions in which they form and intensify. A warmer atmosphere holds more moisture and energy, leading to heavier precipitation and stronger winds when mid latitude storms occur, and climate models project a shift in storm activity toward higher latitudes with more extreme impacts. Recent research also shows that changes in the stratosphere, including variations in the polar vortex, can influence storm paths and increase wind damage across Europe by affecting how upper level and surface weather systems interact. 

Global Implications 

• Infrastructure stress: Power grids and transport networks strained under extreme weather loads. 

• Economic loss: Cancellations and delays in air and rail travel ripple across business and tourism sectors. 

• Public safety burdens: Emergency services stretched thin responding to outages, accidents, and severe road conditions. 

Urgent Response Needed 

• Strengthen early warning systems across Europe for multi-hazard events. 

• Invest in resilient infrastructure (power, transport, communications) that can withstand extreme storms. 

• Enhance climate adaptation planning at national and EU levels, incorporating projections of more volatile weather. 

Read more: Extreme weather events | Health risks | Climate Risks Daily 

Original source: https://www.reuters.com/business/environment/widespread-power-cuts-travel-disrupted-storm-goretti-hammers-northern-europe-2026-01-09/