Record-Breaking 2023 Marine Heatwaves
This study reports on record-breaking marine heat waves in 2023, which depart from historic averages in duration, extent, and intensity.Read More →
Climate Change Has Increased the Odds of Extreme Regional Forest Fire Years Globally
This study finds that human-driven climate change "rais[es] the odds of extreme climate-driven fire years across forested regions of the globe."Read More →
Heavy Rain in July 2025 Texas Floods Locally Intensified by Human-Driven Climate Change
This study determines that the extreme Texas floods were associated with exceptional meteorological conditions, which cannot be explained by natural variability.Read More →
Climate-Change-Induced Seismicity: The Recent Onset of Seasonal Microseismicity at the Grandes Jorasses, Mont Blanc Massif, France/Italy
This study links climate change-induced increases in snow and glacier melt to increased annual earthquake activity in the alps.Read More →
Risk of Extreme Climate Impacts on European Norway Spruce Forest: Drought and Frost in the Climate Emergency
This study examines the risk of tree stress caused by climatic extreme events, particularly hot droughts and late-spring frosts.Read More →
Climate Change and the Escalation of Global Extreme Heat
This report assesses the influence that climate change has had on heat waves from May 1, 2024 to May 1, 2025, finding that human-driven climate change is making heat events longer and more likely.Read More →
Heat Action Day Report: Climate Change and the Escalation of Global Extreme Heat
This study finds that, over the past 12 months, 4 billion people experienced at least 30 extra days with extreme heat and climate change made extreme heat days at least twice as likely.Read More →
Hurricane Ida’s Blackout-Heatwave Compound Risk in a Changing Climate
This study examines the increased tropical cyclone-blackout-heatwave compound risk in Louisiana and finds that the return period of major events is expected to decrease by 17 times in this century. Read More →
Anthropogenic Forcing Dominates Changes in Compound Long-Duration Dry and Heat Extremes in China
This study finds anthropogenic forcing to be a driving factor in compound dry and heat extremes in China.Read More →
Detection and Attribution of Trends of Meteorological Extremes in Central America
This study examines whether extreme rainfall and temperature indices are associated with human-driven climate change or could be explained by natural causes.Read More →