Austria

Temperature trends in Vienna

10 weather stations · coverage 1856–2025

+ 3.6°Cin 169 years

Vienna · europe · population ~2.2MGoogle Maps · Terms

Primary weather station near Vienna with the most complete temperature record

WIEN ALTE UNIV.(STERNW)

Station record

Station id
24034
Source
ECAD
Record
1856–2025
Years
167
Warmest year
2024 (14.6°C)
Coldest year
1940 (7.53°C)
Trend since 1980
+0.72°C / decade

WIEN ALTE UNIV.(STERNW)

18562025 · Vienna, Austria

First 10 years (1856–1868): 10.01 °C · Last 10 years (2016–2025): 13.64 °C · Gap: +3.63 °C

Annual mean temperatures — ECAD source.

Climate trends at Vienna (1856–2025)

Vienna, the capital of Austria, has witnessed notable climate changes since the start of observations in 1856. The data from multiple stations in the region indicate a clear warming trend over the years, with significant implications for the city's climate and environment.

According to the primary climate statistics, the average temperature in Vienna during the first decade of observations (1856–1868) was 10.01°C. In contrast, the last decade (2016–2025) has seen a rise to 13.64°C, resulting in a remarkable increase of 3.63°C. This trend highlights the impact of climate change in the region.

Trend Summary

From 1961 to 1990, the average temperature was 10.51°C, which increased to 12.64°C from 1991 to 2020. More recently, the average temperature for the period from 2015 to 2024 is recorded at 13.69°C, indicating a warming of approximately 2.76°C since 1980.

Furthermore, when comparing the average temperature of 13.69°C from 2015 to 2024 with the historical baseline of 9.43°C from 1890 to 1900, there is a significant increase of 4.26°C. This data underscores the urgency of addressing climate change and its effects on urban areas like Vienna.

Climate change impacts

The warming trends observed in Vienna suggest an increased risk of heat waves and drought conditions in the future. As temperatures rise, the city may face challenges related to water supply, urban heat, and public health, necessitating adaptive strategies to mitigate these impacts.

Comparison vs National Benchmark and Paris

Vienna's average temperature from 1991 to 2020 is 12.64°C, which is higher than the national top 500 mean of 11.21°C. Additionally, the temperature in Vienna is 0.04°C warmer than that of Paris, indicating that Vienna is experiencing slightly more warming compared to this major European city.

Top-5 warm years

  • 2024: 14.58°C
  • 2023: 14.24°C
  • 2019: 14.03°C
  • 2018: 14.02°C
  • 2022: 13.85°C

The record coldest temperature in Vienna was 7.53°C in 1940, highlighting the significant shifts in climate over the past century.

For more detailed data, you can access the raw CSV/JSON or explore the interactive map for further insights.

Frequently asked questions

Which weather station is used for Vienna?
Statistics on this page come from the WIEN ALTE UNIV.(STERNW) station, id 24034, ECAD source.
How long is the temperature record in Vienna?
The record runs from 1856 to 2025 (167 years with data).
How much has Vienna warmed?
The annual mean changed by +3.63°C from 1856–1868 to 2016–2025 (first 10 vs last 10 years of the series).
What was the warmest year on record in Vienna?
The warmest year in this series is 2024 (annual mean 14.6°C).
What is the decade trend since 1980 in Vienna?
The linear trend since 1980 is +0.72°C per decade.

Downloads — primary station

Station: WIEN ALTE UNIV.(STERNW) (ECAD 24034).

Fossil CO₂ emissions (ODIAC) in the grid cell for Vienna

1° gridded estimate (fossil carbon surface flux integrated over the calendar year, 2000–2023) for the grid cell that contains the city: the plotted value is a surface emission intensity (gC/m²/yr), comparable across regions, not local air CO₂ concentration (wind and mixing are not represented here).

CO₂ page (ODIAC map, Keeling…)

ODIAC 1°×1° grid cell (centre ≈ 48.5°, 16.5°).

All other weather stations near Vienna

Here are the 9 other stations linked to this page near Vienna, with data that typically span 1856–2025, depending on the site.