Climate / WORLD

WMO sees near-certain El Niño persistence through February 2027

WMO’s August update forecast further El Niño strengthening and a nearly 100% chance that it would persist through February 2027.

Reading sizeSources ↓Share story ↗
Conceptual illustration of the atmosphere, oceans and climate observations.Illustration
Symbolic illustration

The World Meteorological Organization said on 3 September that El Niño was established and expected to become very strong in the coming months. Forecasts from WMO Global Producing Centres assigned a near-100% likelihood that it would persist through February 2027.

The agency said unusually warm tropical Pacific conditions supported the strengthening and that shifts in rainfall and temperature patterns could raise risks of floods, drought and extreme heat. This is a model-based WMO outlook, not a prediction of a specific disaster at a particular location.

Data

Key figures

Source-reported figure

Measurement or forecast published by the official source.

WMO forecast likelihood El Niño persists through February 2027
≈100 percent
2027-02 · Forecast
Methodology

Stores the source-reported value and period without conversion or an independent forecast.

Updated:

Structured coverage

Subjects and places

Subject proposals

Taxonomy version: IPTC Media Topics 2026-Q2

Continue reading

Climate

Brazil agencies project contrasting regional rainfall under El Niño

A multi-agency outlook dated October 1 points to above-average rainfall in the South and below-average rainfall across much of north-central Brazil in October–December 2026.

National Center for Monitoring and Early Warning of Natural Disasters of Brazil1 min read
Data included
Climate

WMO: 2024 set a global temperature record

Surface temperature was 1.55 ± 0.13°C above 1850–1900. WMO cautioned against conflating a single year with the long-term threshold.

World Meteorological Organization1 min read
Data included
Climate

WMO: Asia was 1.04°C above average in 2024

Asia’s mean temperature was about 1.04°C above 1991–2020. Record ranking varies by dataset.

World Meteorological Organization1 min read
Data included