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European heatwave's unlikely accomplice: an ocean 'cold blob'

A patch of unusually cold Atlantic water may be intensifying Europe’s record-breaking heatwave

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The brief

A persistent cold anomaly in the North Atlantic—dubbed a ‘cold blob’—is linked to heightened heat risks across Europe this summer. Climate models suggest this phenomenon, possibly tied to shifts in ocean currents like the Gulf Stream, could disrupt typical weather patterns, amplifying heatwaves in July and August.

Coverage highlights the anomaly’s role in steering extreme temperatures, with *Climate Impact Company* and *Nature* framing it as a potential harbinger of broader climate instability. Monitor for updates on Atlantic Ocean temperature trends and their impact on European weather forecasts.

Researchers may refine predictions as data from July and August emerges, particularly if the anomaly persists or expands. Long-term implications for global climate patterns could also gain attention.

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Quick answers

What is the ‘cold blob’ in the North Atlantic?

A region of unusually cold ocean water observed in the North Atlantic, distinct from surrounding warmer areas, which may influence atmospheric pressure and weather systems.

How does this affect Europe’s heatwave?

The cold anomaly could alter wind patterns, potentially steering hot air toward Europe and intensifying heatwaves, though the exact process is still under investigation.

Is this linked to climate change?

Coverage suggests a possible connection to broader climate shifts, including changes in ocean currents like the Gulf Stream, but no definitive attribution to human activity has been made.

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