Scotland Drenched: Record Rains Batter Northeast

The northeast of Scotland has been swamped by unprecedented rainfall since the start of 2026. Aboyne in Aberdeenshire recorded over 277mm of rain in January, four times its monthly average, marking the wettest January since records began there in 1989. Meanwhile, Aberdeen has not seen sunshine since January 21, the longest sunless period recorded there since 1957.

Experts attribute this extreme weather to a blocked weather pattern that has stalled the jet stream, preventing drier conditions. Scientists suggest climate change is increasing the intensity of such rainfall events. These conditions have caused widespread disruption, with football matches postponed, North Sea oil workers evacuated, and farmers facing submerged fields and challenges with livestock and plowing.

Local authorities have described pothole repairs as challenging due to ongoing flood alerts and warnings. The Scottish Environment Protection Agency issued 81 local flood warnings in January. The outlook remains unsettled, with further rain and wind expected, though colder air next week may bring snowfall to mountains. Mental health experts advise seeking light outdoors despite the grim weather.

The continuous heavy rainfall, often accompanied by high winds, has had a profound effect on various sectors in the northeastern corner of Scotland. Several North Sea oil companies have evacuated staff from installations as bad weather has hindered supply efforts. Aberdeenshire Council has highlighted the difficulties in carrying out pothole repairs amid persistent warnings and flood alerts, urging residents to drive cautiously and heed road closure signs.

Sporting events have also been affected, with Celtic's match against Aberdeen postponed due to the rain. Farmers, like Kevin Gilbert near Kintore, are reporting submerged fields, forcing livestock to higher ground and halting essential plowing activities. Puffins are also struggling to survive, washing up dead on beaches due to difficulties finding food.