MacroDataHub

Mean air temperature in Brandenburg and Berlin, Germany

Mean air temperature in Brandenburg and Berlin, Germany stood at 15.9 °C in Sep 2026, according to German Meteorological Service (DWD), Climate Data Center. It is one of the indicators in the Monthly climate by region table (Value · Monthly), with a complete series running from Jan 1881 to Sep 2026. The complete series with an interactive chart, free to download.

Source: German Meteorological Service (DWD), Climate Data CenterLast updated: Curated by Bui Thanh Phuc
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This indicator in the Monthly climate by region table

Indicator09-202608-202607-202606-202605-202604-202603-202602-202601-202612-2025
Germany15.8619.7419.5319.3914.059.176.32.77-0.793.17
Brandenburg and Berlin115.919.5619.2919.8514.418.776.680.8-1.993.14
Brandenburg15.8919.5419.2819.8314.398.756.660.79-1.993.13

Understanding mean air temperature in Brandenburg and Berlin, Germany

Covering a combined regional grouping, this series computes the monthly mean surface air temperature across the joint administrative territory of Brandenburg and Berlin. The measure pools station readings from both the surrounding state and the enclaved city-state, interpolating them into a single area-weighted spatial average. It differs from the standalone Brandenburg row positioned directly below by including weather stations located inside Berlin, and from the national row above by limiting observation points strictly to this joint administrative perimeter.

Evaluating this combined metric demands attention to the annual solar cycle, which creates steep baseline shifts between successive calendar months. Valid assessments depend on comparing the identical calendar month across different years or evaluating anomalies against multi-decade climatological baselines. Early monthly figures rely on automated data transmissions and may be slightly adjusted as delayed manual observation logs are verified. Analysts evaluating this combined figure should compare it with the subordinate Brandenburg series to assess the mathematical impact of incorporating Berlin's station network into the joint calculation.

Frequently asked questions

What distinguishes this series from the individual Brandenburg row directly beneath it?
This figure incorporates weather stations located within Berlin alongside those in Brandenburg, whereas the child row excludes Berlin completely.
How are station observations merged across the two administrative units?
Measurements are mapped across the combined territorial boundary using spatial interpolation that weights observations by land area.
Why might early monthly figures for this combined region be revised?
Initial releases rely on rapid automated feeds and may be updated as delayed station logs complete quality control.