🇷🇸Serbia

Serbia (approximately 77,474 km²) lies in the central Balkans at 42°–46°N, spanning three distinct climatic-topographic zones: the low-lying Pannonian Plain in the north (Vojvodina) dominated by temperate continental climate (Köppen Dfb/Cfb), the rolling Šumadija hills and river valleys (Danube, Sava, Morava) of central Serbia with moderate continental conditions, and the mountainous southern and western regions where the Dinaric Alps (highest peak Midžor at 2,169 m on the Bulgarian border) and Balkan Mountains create varied microclimates with increased alpine influence.

Mean annual temperatures range from 11°C in lowland Vojvodina to 6°C in mountain regions; the Pannonian Basin experiences hot summers and cold winters moderated by Atlantic and Mediterranean influences channeled through river valleys, while southern highlands receive heavier precipitation. The Danube forms the northern border and flows 588 km through Serbian territory, joined by major tributaries Tisa, Sava, and Morava.

Belgrade at 45°N averages −1°C in January and 23°C in July with approximately 690 mm annual precipitation fairly evenly distributed. Novi Sad in Vojvodina registers −1°C in January and 22°C in July with 620 mm. Niš in southern Serbia records −1°C in January and 22°C in July with 570 mm, while mountain towns like Kopaonik ski resort drop below −5°C in winter with over 900 mm precipitation including heavy snowfall.

Serbia has experienced several significant weather and climate events in recent decades. The May 2014 Sava and Drina floods triggered by cyclone Tamara/Yvette, with rainfall exceeding 200 mm in 48 hours, resulted in over 50 deaths across Serbia and Bosnia, approximately $2 billion in damage, and more than 3,000 landslides, requiring mass evacuations including areas near Obrenovac.

The July 2007 heatwave produced temperatures exceeding 43°C in southern Serbia with numerous heat-related deaths. The August 2017 period recorded multiple days above 40°C with substantial agricultural losses. The 2022 drought lowered Danube water levels to historic lows, reducing hydroelectric power generation and agricultural output. The September 2024 Central European floods from Storm Boris brought over 300 mm of rainfall to western Serbia. The 2021 winter season in Belgrade experienced air pollution episodes with PM2.5 levels exceeding WHO guidelines, primarily from coal heating and traffic emissions.

Our archive covers 0 Serbian cities with daily ERA5 reanalysis data going back to 1940.