World Meteorological Organization & European Union — Copernicus Climate Change Service

World Meteorological Organization: The World Meteorological Organization confirmed that the last 10 years have been the 10 warmest on record, reinforcing the findings of European Union — Copernicus Climate Change Service and the urgency of climate action.

European Union — Copernicus Climate Change Service: European Union — Copernicus Climate Change Service released a report stating that this year is set to be the world's second or third-warmest on record, highlighting the accelerating pace of climate change.

World Meteorological Organization: The World Meteorological Organization (WMO) has officially confirmed the onset of El Ni conditions and forecasts its rapid strengthening, providing critical updates and warnings to governments and humanitarian agencies worldwide.

European Union — Copernicus Climate Change Service: The European Union — Copernicus Climate Change Service reported that daily sea surface temperatures in April inched toward near-record highs, reflecting the transition to El Ni , and noted marine heat waves breaking records.

World Meteorological Organization: The World Meteorological Organization stated that Europe is warming at more than twice the global average, making prolonged heat episodes increasingly likely, providing a global context to the heatwave.

European Union — Copernicus Climate Change Service: The European Union — Copernicus Climate Change Service, represented by its deputy director Samantha Burgess, explained that the hot weather was due to a 'heat dome' of trapped air, providing meteorological context.

European Union — Copernicus Climate Change Service: The European Union — Copernicus Climate Change Service predicted 2025 to be the world's second- or third-warmest on record, supporting the global warming trend.

European Union — Copernicus Climate Change Service: European Union — Copernicus Climate Change Service reported near-record high ocean temperatures in March, signaling a likely shift toward El Nino conditions, which contributes to the understanding of global climate change.