Climate trends at Geneva (1902–2025)
Geneva, located in Switzerland, has experienced significant climate changes over the past century. With data collected from multiple stations in the region, this analysis highlights the warming trends observed at the GENEVE COINTRIN station. The period from 1902 to 2025 marks a critical time for understanding how climate change impacts this vibrant city.
Over the span of 124 years, the mean temperature in Geneva has risen notably. The average temperature during the first ten years of observation (1902–1911) was 9.67°C, while the average for the last ten years (2016–2025) has increased to 11.92°C, resulting in a warming of 2.25°C.
Trend Summary
In addition to the warming observed from the first to the last decade, the average temperature from 1991 to 2020 was 11.16°C, indicating a consistent upward trend. The warming since 1980 is approximately 2.04°C, with a trend of 0.508°C per decade since that time. This reflects the broader impacts of climate change that are being felt across the globe.
Climate change impacts
As temperatures continue to rise, Geneva faces increased risks of heat waves and drought conditions. These changes can affect water resources, agriculture, and the overall quality of life for its residents. The warming trends suggest that more extreme weather events may become commonplace, necessitating adaptive measures to mitigate these impacts.
Comparison vs National Benchmark and Paris
When compared to the national benchmark, Geneva's mean annual temperature from 1991 to 2020 is higher than the national average of 10.51°C. Additionally, Geneva's temperatures are approximately 1.44°C lower than those recorded in Paris, highlighting regional variations in climate change effects.
Top-5 warm years
- 2022: 12.86°C
- 2023: 12.71°C
- 2018: 12.31°C
- 2020: 12.16°C
- 2024: 12.06°C
The record coldest year was 1963, with a temperature of 8.46°C, illustrating the significant changes in climate that have occurred since then.
For more detailed data, you can access the raw CSV/JSON or explore the interactive map for further insights.