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Projected Spring 2025 may exhibit insufficient rainfall

Anticipated Imbalance in Spring 2025: Significant Water Deficiency Likely to Occur

The DWD assesses approximately 2,000 monitoring posts for equilibrium.
The DWD assesses approximately 2,000 monitoring posts for equilibrium.

Anticipated Outcome from DWD: It's projected that Spring 2025 could experience severe drought conditions - Projected Spring 2025 may exhibit insufficient rainfall

Germany Experiences Historical Spring Dryness and Warmth, According to DWD Report

Offenbach, Germany - The German Weather Service (DWD) has released its final report for spring 2025, revealing a season marked by historically significant dryness and warmth. Particular concern has been raised regarding drought conditions in recent weeks.

Preliminary data shows that the spring of 2025, prior to the meteorological start of summer on June 1, has been the third driest on record, with only the springs of 1893 and 2011 more arid. Notably, from February 1 to April 13, Germany experienced its lowest rainfall since records began in 1931, with just 40 liters per square meter.

Despite these conditions, the spring months of March, April, and May were cooler on average than in previous years, with an average temperature of 9.7 degrees. The spokesperson mentioned the possibility of relatively warm temperatures over the weekend, potentially altering the average temperature. Spring 2024 was previously identified as the warmest in Germany since records began.

The historically dry conditions have sparked speculation about a hot summer, although meteorologists warn of uncertainties in long-term forecasts. The DWD report will contribute valuable insights to ongoing climate discussions.

The German Weather Service (DWD) reported that the spring of 2025 in Germany was historically dry, with the third driest season on record, and the lowest rainfall since records began in 1931. Weather-forecasting data suggests a possibility of relatively warm temperatures over the weekend, which may further affect the average temperature of the spring season.

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