Extremely Dry Spring Season of 2025 Ranks Among the Top 3 Driest Since Records Began Keeping
Spring 2025: Germany Experiences an Exceptionally Warm and Dry Season
The spring season of 2025 was marked by notable deviations from typical weather patterns, ranking as one of the warmest and driest on record in Germany. Unusually early summer heat and reduced precipitation characterized the season.
According to the German Weather Service (DWD), the average temperature during the spring months was 9.8 degrees Celsius, which was 1.9 degrees higher than the average of the internationally recognized reference period (1961-1990). It is worth noting that this warming trend continued into spring, as the average temperature was also higher compared to the current reference period (1991-2020).
April ended as the seventh warmest on record, with an unusually early summer heatwave arriving as early as April 12th in various regions, including the Upper Rhine, Rhineland-Palatinate, and Saarland. The first hot day (30 degrees Celsius or above) occurred on May 2nd in Waghaeusel-Kirrlach, with expectations of even higher temperatures approaching 31 degrees Celsius by the end of May across many areas. In stark contrast, Deutschneudorf-Brüderwiese in the Ore Mountains experienced a minimum temperature of -11.2 degrees Celsius on March 18th.
During spring 2025, Germany recorded nationwide precipitation of approximately 96 liters per square meter. This amount, which is about 48 percent lower than the long-term average of the reference period (1961-1990), placed spring 2025 among the three driest on record, alongside 1893 and 2011. The Northeast region of Germany was particularly affected, with many places recording less than 40 liters per square meter of precipitation. On the contrary, the foothills of the Alps experienced an excess of over 300 liters per square meter locally. Wilhelmsfeld, in the Rhine-Neckar district, reported the highest daily amount nationwide with 86 liters per square meter on May 28th.
The association of France-Presse (AFP) reported that the reduced precipitation and increased temperatures were influenced by shifts in atmospheric circulation, including the presence of a blocking anticyclone that diverted moist air away from northern Europe, causing dry periods and heavy rainfall in southern Europe. This unique weather pattern contributed to the overall dryness and above-average temperatures during the spring season of 2025.
While specific data on sunshine hours for Spring 2025 is not detailed in the available information, the blue skies observed in many regions suggest a higher than average number of sunny days during the spring season, typically associated with drought and high-pressure systems.
The warm and dry season experienced in Germany during Spring 2025 could be a subject of extensive study in the field of environmental science, particularly climate-change research. This unusual weather pattern, characterized by above-average temperatures and reduced precipitation, may have been caused by shifts in atmospheric circulation, such as the presence of a blocking anticyclone that diverted moist air away from northern Europe.
