'Frightening' warning from Antalya to the world: El Nino will break new records
World Meteorological Organization warns of the risk of extreme heat and weather events during the 2026-2027 El Niño period
Quick Look
- WMO's 2026 Climate Status Update Report was presented at COP31 held in Antalya.
- The period 2015-2026 was determined to be the hottest period on record.
- The January-September global average temperature is approximately 1.47 degrees higher than pre-industrial levels.
AI-generated summary
Why It Matters
The 2026 Climate Status Update Report of the World Meteorological Organization (WMO) was announced at the ongoing COP31 climate conference in Antalya. According to the report, the 2015-2026 period is the hottest period on record. In the January-September period, the global average surface temperature exceeded the pre-industrial level of approximately 1.47 degrees. The El Niño effect is expected to reach a record level in December.
At COP31, which continues in Antalya, warnings about the dangers that climate change may cause are coming one after another.
According to the 2026 Climate Status Update Report announced by the World Meteorological Organization (WMO), the 2015-2026 period was the hottest period on record. In the January-September period of this year, the global average surface temperature rose approximately 1.47 degrees above pre-industrial levels.
EL NINO IS INTENSING
The report stated that El Niño, which has increased its effect since August, is expected to reach record levels by December. It was emphasized that El Nino will increase the risk of extreme heat, drought and heavy rainfall until 2027. It was noted that the global average sea level reached the highest point in satellite records that started in 1993, and the ocean temperature broke records for 10 consecutive years. The report pointed out that approximately 90 percent of the excess heat held by greenhouse gases in the atmosphere was absorbed by the oceans, and stated that the world was accumulating more and more heat.
THE OCEAN IS PUSHING HEAT
WMO Secretary General Celeste Saulo said that El Niño does not add new heat to the planet, but causes the heat accumulated in the ocean to be released into the atmosphere. Stating that the oceans are at the warmest level ever measured, Saulo said, "This 2026-2027 El Nino is very high. It is different from any El Nino we have watched." Saulo noted that they estimate that the sea surface temperature in the Tropical Pacific could reach approximately four times the El Nino threshold between November 2026 and January 2027.
Emphasizing that extreme weather events are becoming more severe, Saulo stated that heat waves, tropical cyclones and heavy rains cause serious losses of life and property. Stating that the ice and rock collapses and sudden floods in Nepal reveal the dangers posed by climate change in mountainous regions, Saulo said that tens of thousands of people will die due to extreme heat in Europe in 2026, and dangerous heat waves will be experienced in large parts of India, Pakistan, Asia and North America.
HUMAN IS RESPONSIBLE
Warning that heat-related deaths may increase as summer begins in the southern hemisphere, Saulo stated that the rise in sea level threatens 900 million people living in low-lying coastal areas. Emphasizing that human activities are responsible for the climate crisis, Saulo said, "The real character at the center of this story is not the atmosphere, land, ocean or glaciers; it is us. You and me, our families and the societies we live in."
What to Watch
AI outlook — possibilities, not facts
The El Niño effect will increase the risk of extreme heat, drought and heavy rainfall by 2027.
Very likely · Within months
Sea level rise will continue to threaten the 900 million people living in low-lying coastal areas.
Likely · Within months
Open Questions
- What specific climate measures were discussed or adopted at COP31?
- In which countries are emergency response plans being prepared as a result of El Niño continuing until 2027?
- What protection measures will be taken for low-lying coastal areas due to sea level rise?





