World Logs 2nd-Hottest May at 1.42C Above Pre-Industrial Levels as El Nino Builds
Updated
Updated · Reuters · Jun 10
World Logs 2nd-Hottest May at 1.42C Above Pre-Industrial Levels as El Nino Builds
3 articles · Updated · Reuters · Jun 10
Summary
Copernicus said May 2026 was the world’s second-hottest May since records began, with the global average temperature 1.42C above 19th-century pre-industrial levels.
Climate change and a developing El Nino lifted land and sea temperatures, with parts of the Pacific already recording exceptionally high readings ahead of the pattern’s expected formation in coming months.
Western Europe endured one of its most severe heatwaves ever recorded so early in the year, a signal Copernicus said matches expectations for the world’s fastest-warming continent.
Extreme weather in May also included fatal floods in China and Turkey, underscoring forecasts that El Nino can amplify global heat and disrupt rainfall with drought in some regions and heavy rain in others.
As El Niño supercharges climate change, what unforeseen cascading crises beyond weather should the world anticipate?
How will this powerful El Niño permanently reshape vulnerable ecosystems and the communities that depend upon them?
With advanced data predicting climate disasters, why does global political and corporate action lag so far behind?
May 2026 Breaks Global Heat Records: The Interplay of Climate Change, El Niño, and Extreme Weather
Overview
May 2026 saw record-breaking global temperature anomalies, continuing the trend of rising heat driven by long-term human-caused climate change and a strong El Niño. This combination led to widespread environmental impacts, with Europe experiencing drier-than-average conditions, extreme temperatures, and heatwaves, especially in places like Italy, southern Spain, and Madrid. These extreme weather patterns resulted in reduced river flows across central and eastern Europe. The ongoing rise in global temperatures highlights the urgent need for climate action, as natural climate patterns like El Niño now amplify the effects of human-driven warming, making extreme events more frequent and severe.