From Blizzards to Relentless Rain
North-east Scotland has been grappling with an unusual chain of extreme weather events, transitioning rapidly from heavy snowfall to persistent rainfall. The first ten days of 2026 witnessed intense snowstorms across the region, causing widespread disruption. However, conditions shifted quickly, with continuous rainfall replacing snow and leaving authorities and residents battling the aftermath.
Meteorological data shows that rainfall levels in certain parts of Aberdeenshire have surged dramatically. For instance, Aboyne recorded over 277 mm of rain during January, nearly four times the region’s average monthly rainfall. This extraordinary downpour has also led to a rare absence of sunshine in Aberdeen since January 21, marking the longest sunless period since weather records began in 1957.
Widespread Disruptions Across Sectors
The extreme weather has significantly affected everyday life and economic activities. Floodwater accumulation has disrupted roads and infrastructure in several areas, increasing the risk of accidents and travel delays. The sports sector has also felt the impact, with football matches and outdoor events either postponed or cancelled due to waterlogged grounds.
Industries closely tied to outdoor conditions, including North Sea oil operations and agriculture, have reported operational challenges. Farmers, in particular, have faced difficulties in managing crops and livestock, while prolonged wet conditions have further worsened road damage, leading to delays in pothole repairs and maintenance work.
Weather Patterns Behind the Crisis
Experts attribute the unusual weather sequence to a phenomenon known as a “blocked weather pattern.” This condition restricts the natural movement of atmospheric systems, preventing the jet stream from shifting to its typical position. As a result, rain-bearing systems remain over a region for extended periods, reducing the chances of dry or stable weather.
Additionally, climatologists point out that global climate change is intensifying rainfall patterns worldwide. Rising temperatures contribute to increased atmospheric moisture, which often results in heavier and more prolonged precipitation episodes. Scientists warn that such extreme weather cycles may become more frequent in the coming years.
Growing Concerns and Preparedness
Authorities are closely monitoring flood risks and infrastructure damage while urging residents to remain cautious during travel. Emergency services and local councils are also working to minimise disruption and ensure public safety.
The dramatic shift from snow-laden landscapes to waterlogged terrain highlights the growing unpredictability of weather patterns. Experts stress that improved climate adaptation strategies and stronger disaster preparedness measures will be crucial to mitigating the impact of such extreme weather events in the future.
