Discover temperature extremes, heatwaves, and cold spells from past decades.



































Study hurricane formation, frequency, and regional trends.
Explore historical tsunamis and their link to climate changes.
Analyze storm events influenced by extreme temperatures.
Review temperature-driven changes in sea ice thickness and extent.
Understand how prolonged temperature extremes contribute to droughts.
Examine volcanic eruptions that caused temperature fluctuations.
Study cyclones influenced by rising global temperatures.
Analyze temperature shifts that increase tornado frequency.
It refers to recorded instances of extreme hot or cold temperatures over specific regions and time periods.
It helps businesses, researchers, and policymakers analyze trends, prepare for climate risks, and optimize strategies.
Ambee extreme temperature database spans 30+ years, providing deep insights into long-term temperature trends.
Ambee historical extreme temperature data is available globally, covering over 150 countries with city-level accuracy.
Businesses can improve demand forecasting, risk assessment, and climate adaptation strategies using past temperature trends.
You can download data in JSON, CSV, Excel, Parquet, and XML formats for seamless integration.
Use Ambee’s extreme temperature API with developer-friendly documentation for easy integration.
Yes! Researchers rely on historical extreme temperature patterns to analyze climate shifts and make data-driven projections.
Ambee’s historical extreme temperature data is sourced from satellites, sensors, and AI-powered models, ensuring high precision.
Yes, you can access specific event data using Ambee’s extreme temperature API. Try it today!