Climate in Sevilla
Detailed climate data for year 2025
Average Temperature
19.1°C
2025
Avg Max Temp
25.6°C
average
Avg Min Temp
12.6°C
average
Precipitation
783 mm
per year
Rainy Days
197
Sunshine Hours
260 h
Frost Days
4
Hot Days
128
Ranking Position
Temperature Ranking
of 52 provinces
Precipitation Ranking
of 52 provinces
Monthly Data 2025
| Month | Avg Temp | Avg Max | Avg Min | Precip. | Rainy days |
|---|---|---|---|---|---|
| January | 10.9°C | 16.0°C | 5.7°C | 114 mm | 12 |
| February | 12.1°C | 17.9°C | 6.3°C | 30 mm | 7 |
| March | 13.0°C | 17.6°C | 8.3°C | 274 mm | 21 |
| April | 16.8°C | 22.6°C | 11.0°C | 64 mm | 15 |
| May | 20.4°C | 27.7°C | 13.2°C | 22 mm | 4 |
| June | 27.3°C | 35.6°C | 19.0°C | 2 mm | 2 |
| July | 28.1°C | 36.3°C | 19.9°C | 0 mm | — |
| August | 28.8°C | 37.1°C | 20.4°C | 1 mm | 1 |
| September | 24.8°C | 32.6°C | 16.9°C | 5 mm | 2 |
| October | 21.8°C | 28.1°C | 15.4°C | 76 mm | 5 |
| November | 13.8°C | 19.0°C | 8.6°C | 141 mm | 11 |
| December | 10.6°C | 15.0°C | 6.2°C | 98 mm | 15 |
Historical Data
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In the province of Sevilla, the average annual temperature has reached an astonishing 18.5°C, making it one of the hottest regions in Spain. This figure is significant not only for locals but also for tourists and agricultural stakeholders, as it highlights the increasing climatic challenges the region faces. With rising temperatures, understanding the climate dynamics of Sevilla is crucial for planning activities ranging from crop cultivation to tourism.
Historically, Sevilla's climate has been characterized by hot summers and mild winters, but the current trend shows a marked increase in average temperatures compared to the early 2000s when the average was around 17°C. This upward shift places Sevilla in a unique position when compared to other European regions, particularly southern Italy and parts of Greece, where similar climatic patterns are observed. Notably, Sevilla's temperatures are now 3°C higher than the European Union average, which stands at approximately 15.5°C, highlighting the province's unique climatic challenges.
When examining seasonal variations, one can observe significant differences across the province. For instance, during the peak summer months of July and August, temperatures can soar above 40°C in urban areas, while rural zones may experience slightly lower readings due to vegetation cover. Conversely, winter months like January can see temperatures dip to around 6°C, particularly in the northern parts of the province. Additionally, rainfall patterns reveal disparities; for instance, the eastern region of Sevilla receives an average of 450 mm annually, while the western areas can exceed 600 mm, affecting local water resources and agricultural practices.
Several factors contribute to these climatic statistics. Urbanization has led to the "urban heat island" effect, where built environments trap heat, causing city temperatures to rise faster than those in rural areas. Furthermore, demographic changes, including migration patterns and population growth, have increased the demand for housing and infrastructure, exacerbating environmental pressures. Politically, local policies surrounding land use and environmental management play a crucial role in shaping the climate resilience of Sevilla.
The impact of these climatic trends on daily life is profound. For residents, the extended heat season means increased energy consumption for air conditioning, impacting monthly bills and overall cost of living. Farmers must adapt their practices, as traditional crops may no longer thrive under the new temperature regimes, prompting shifts toward heat-resistant varieties. Moreover, the tourism sector faces challenges, as high temperatures can deter visitors, particularly those who favor outdoor activities.
To navigate the realities of Sevilla's climate, residents should consider practical steps. Investing in energy-efficient home improvements can mitigate high cooling costs during the summer months. Additionally, engaging in community discussions about sustainable agricultural practices can help support local farmers facing climatic challenges. Understanding seasonal weather patterns can assist residents in planning their activities more effectively, whether it’s farming or leisure.
Looking ahead, future trends indicate that Sevilla will continue to experience rising temperatures, with projections suggesting an increase of up to 2°C by 2050 if current trends persist. This evolution will likely lead to more extreme weather events, including droughts and heatwaves, which will require adaptive responses from both individuals and policymakers. Climate models indicate that managing water resources will become increasingly critical as precipitation patterns shift.
In conclusion, the climatic statistics of Sevilla not only reflect current environmental realities but also highlight the urgent need for adaptive strategies. By understanding these trends, residents and stakeholders can make informed decisions that enhance their resilience to climate change. For those looking to delve deeper into Sevilla's climate dynamics, exploring detailed climate reports and engaging with local environmental initiatives can provide valuable insights.
Data Source
AEMET
Spanish Meteorological Agency (AEMET)
❓ Frequently Asked Questions
The average annual temperature in Sevilla is 19.1°C. This figure represents the average from all weather stations in the province throughout the year.