The Met Office says the developing El Niño weather pattern could be the strongest in living memory, with scientists warning it is likely to push 2027 to become the world's hottest year on record, according to the BBC.
Key facts
- The Met Office describes the growing El Niño as the 'strongest in living memory', according to the BBC.
- Scientists quoted in the report called the developing pattern an 'unprecedented event'.
- 2027 is likely to be the world's hottest year on record, according to the forecast reported by the BBC.
The Met Office has warned that the growing El Niño weather pattern is on course to be the strongest in living memory, according to the BBC. Scientists quoted in the report described the developing pattern as an ‘unprecedented event’.
The forecasters said the strength of the emerging El Niño means 2027 is likely to become the world’s hottest year on record, the BBC reported.
The available report did not detail specific regional impacts, timelines or the underlying measurements behind the assessment. As a result, the practical consequences for particular countries, and the data supporting the forecast, remain unstated in the information currently available.
Why it matters
A year forecast to be the hottest on record is a significant development, but the reported information does not yet set out the specific impacts or evidence. Further detail from the Met Office would be needed to assess what the forecast means in practice.
Frequently asked questions
What is the Met Office warning about?
The Met Office says the growing El Niño weather pattern is set to be the strongest in living memory, and scientists have described it as an 'unprecedented event'.
Could 2027 be the hottest year on record?
Yes. According to the BBC report, scientists say the strength of the developing El Niño means 2027 is likely to be the world's hottest year on record.
How strong is this El Niño compared with past events?
The Met Office characterises it as the strongest in living memory, and scientists call it an unprecedented event, though specific measurements were not detailed in the available information.