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Abruzzo · ☁️ Overcast
last updated: Aug 16, 11:15 PM
L'Aquila has warmed by +0.6°C: its 1991–2020 climate normal is +0.6°C higher than the 1961–1990 one. The long-term trend is +0.17°C per decade. Source: ERA5 reanalysis (ECMWF/Copernicus), series since 1940.
Comparing the two 30-year climate normals (the WMO standard), L'Aquila went from an average of 11.24° in 1961–1990 to 11.85° in 1991–2020: a change of +0.61°C. The underlying trend (1940–2025) is +0.17°C per decade (±0.05, 95% confidence interval) and is a clear signal (R² = 0.36).
L'Aquila is the 97th fastest-warming city in Italy, out of 107 monitored.
See the full ranking →June 2026 was the 3rd hottest June since 1940 in L'Aquila (87 years of records).
Compared to the 1961–1990 normal for the same month.
The full monthly bulletin →2025 was the 3rd hottest year in L'Aquila out of 86 since 1940. Among the hottest ever.
L'Aquila has warmed by +0.6°C: its 1991–2020 climate normal is +0.6°C higher than the 1961–1990 one. The long-term trend is +0.17°C per decade. Source: ERA5 reanalysis (ECMWF/Copernicus), series since 1940.
Yes. Between the 1961–1990 and 1991–2020 climate normals, the mean temperature of L'Aquila rose by +0.6°C, at +0.17°C per decade.
2024, with a mean temperature of 13.4°C.
L'Aquila's average annual temperature today matches what Varese had in the 2000s — 11.8° vs 11.8°.
One year per stripe, from 1940 to today: blue below the 1961–1990 normal, red above.
The real milestones of L'Aquila's climate history, in chronological order: only measured records and extreme years, from ERA5 data.
How much warmer (red) or colder (blue) each year was than the climate normal. The dashed line is the trend.
Aggregating by decade, annual noise disappears and the underlying trend remains.
The hottest year was 2024 (13.36°), the coolest 1940 (9.10°). Thick line = 10-year moving average.
Daily highs and lows. Last available historical data point: July 10, 2026.
Estimate based on the monthly climatology of the whole 1940–today series (not the official day-by-day DPR 412/93 calculation): indicative climate zone F. Two declared approximations: an 85-year average (includes the colder past, so it tends to overstate vs today's climate) and monthly resolution (a month averaging above 20° counts as zero even if it has days below the threshold, understating shoulder seasons). May differ from the municipality's official value.
Higher = colder/longer winters, more heating needed at home.
Pick any date — from 1940 to a few days ago — and see what the weather was like: a wedding day, a birthday, a memory.
Source: Open-Meteo · ERA5 historical record (ECMWF). Series from 1940.