Dryness strikes: record values ​​in spring 2025 in Europe!

Dryness strikes: record values ​​in spring 2025 in Europe!

In spring 2025, meteorologists found extraordinary weather phenomena in parts of northwest and Central Europe. During the months of March, April and May, the region experienced the second warmth of May, which was ever measured worldwide. These record values ​​occurred under conditions that were characterized by extreme drought. In many areas, the lowest precipitation and soil moisture values ​​have been registered since the beginning of the records in 1979.

The drought had significant effects on the environment, including the lowest spring outflow in Europe since the beginning of the records in 1992. These extraordinary circumstances focus on the challenges of climate change, which underlines the need for precise weather and climate data.

insights into the climate wall service Copernicus

The EU Copernicus climate converter (C3S) of the EU plays a crucial role by providing consistent information about climate change. The aim is to support the EU's adaptation and damage reduction policy. C3S enables free and open access to current climate data and instruments that are of great importance for scientists, political decision -makers and the public. This service is one of six thematic information services of the Copernicus program and refers to research results from global climate data.

The detailed data provided by C3S are based on comprehensive analyzes, the billions of measurements of satellites, ships, aircraft and weather stations together worldwide. These analyzes are essential for the assessment of precipitation patterns and their influence on fresh water supply in different regions.

hydrological cycle and precipitation

The hydrological cycle, in which precipitation acts as a central component, is crucial for water transport from the atmosphere to the earth's surface. Rainfall vary strongly, depending on geographical and meteorological factors. The lack of precipitation can be just as dangerous as excessive rains that can lead to floods. The analysis of the Global Precipitation Climatology Project (GPCP) offers valuable, global estimates of precipitation, which include both monthly and daily medium values.

The multi -layered data that comes from the continuous updates and calibration with various sources enable a more precise prediction and analysis of precipitation patterns, which are important for planning and emergency measures in various sectors. These findings are not only useful for scientists and consultants, but also for NCDB users who benefit directly from the data.

Overall, the current situation in Europe illustrates the urgency of measures to combat climate change and the importance of precise and current climate data in order to be able to react better to future challenges.

Further information about the climate wall service can be found on the website of the Copernicus climate wall service and visit the page for Delimination data for detailed analysis and statistics.