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El Niño 2026 strengthens in the Pacific, with weather effects expected worldwide

Coverage says this year's El Niño has already passed previous records and is expected to strengthen further. New Scientist previews turbulent weather across several countries, while The Conversation explains why it brings drought to some regions and floods to others.

4 outlets · 3L · 1C · 0R First reported Account updated
Image: New Scientist
Image: The Conversation
Image: The New York Times
Image: The Independent

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The story, neutrally told

New Scientist says turbulent weather is on the way for places from Australia and California to the UK and Peru as El Niño develops. The Conversation, in a piece by an oceanography PhD candidate at the University of Southampton, says the Pacific is warming unusually quickly and this year's El Niño has already surpassed previous records. It says forecasters expect the event to strengthen further before it approaches its usual peak around December.

The article explains that El Niño weakens the east-to-west trade winds, so more warm water stays in the central and eastern Pacific and the zone of heavy rainfall shifts east. The result, it says, is wetter conditions in parts of the eastern Pacific such as coastal Peru, and drier conditions around Indonesia that can raise the risk of forest and peatland fires. It adds that the effects reach far beyond the Pacific through atmospheric links called teleconnections, for example drier conditions in the Sahel.

For Britain, it says El Niño can raise the chance of wetter, stormier weather in autumn and early winter and of colder spells later in winter, but these links are less certain than many tropical impacts. It cautions that El Niño only shifts the odds: Bangkok saw heavy rain and flooding this September despite Thailand's usual El Niño dryness, and India's monsoon has been unusually dry overall, with some regions flooded.

Every sentence links to the reporting it rests on.

Left3 outlets

Framing
The Conversation, an academic-written explainer, focuses on the physical mechanism behind El Niño and why the same event brings drought in some places and floods in others.
Emphasis
Ocean-atmosphere science (trade winds, Walker circulation, teleconnections) and the limits of predicting local weather.
Leaves out or plays down
Gives no policy, economic or human-impact detail beyond fire risk in Indonesia.
Charged language
“super El Niño”
For example
“The climate science behind 2026’s super El Niño.” — The Conversation
“El Niño shifts the odds, but local weather systems can still produce extremes in the opposite direction.” — The Conversation

Centre1 outlet

Framing
New Scientist frames the story as a global preview of impacts, naming several countries where weather is expected to turn turbulent.
Emphasis
Geographic spread of effects, from Australia and California to the UK and Peru.
Leaves out or plays down
The available text gives no detail on mechanisms, forecasts or uncertainty.
Charged language
“turbulent weather”
For example
“How will El Niño affect the world?” — New Scientist
“From Australia to California, the UK to Peru, turbulent weather is on the way” — New Scientist

Right0 outlets

No right outlet in our sources has covered this story yet.