Jevtić, GoranBabić, SnežanaAndjelković, SnežanaLazarević, ĐorđePetrović, MirjanaZornic, VladimirMatović, K.2025-12-032025-12-032025-10-02978-99976-070-5-8https://rifoc.ikbks.com/handle/123456789/246The paper monitored the influence of weather conditions (temperature, air humidity, sunshine and rainfall) on the quality of acacia honey, meadow honey and honeydew in the period 2019- 2024. from the territory of the Rasin district in Serbia. Weather conditions were monitored both throughout the year and for 30 days during the acacia flowering. The parameters of honey quality were determined according to the methods of the Rulebook on the quality of honey and other bee products (2015). According to this rulebook, the following parameters of honey quality were determined: the amount of water, free acids, reducing sugars, sucrose, substances insoluble in water, hydroxymethylfurfural (HMF), diastase activity and electrical conductivity. When it comes to the weather in this period, two years stand out. One of these was 2024, dry and warm with high temperatures, low humidity and little precipitation. The other is 2023, which was warm and humid, when a high average temperature was measured, but also the highest amount of precipitation and the highest air humidity. After the weather conditions were followed 30 days since the flowering of acacia, we concluded that the year 2022 was the warmest, and that the other parameters were the highest in 2023. The weather conditions, in all three analyzed types of honey, had the greatest influence on the amount of water and the amount of free acids. In 2023, all three types of honey had the most water and the most free acids. Acacia honey had slightly more water in 2021 and less sucrose in 2023. Honeydew has an increased content of free acids and their presence in honey does not depend much on weather conditions.enCC0 1.0 Universalhttp://creativecommons.org/publicdomain/zero/1.0/acaciameadow honeyhoneydewweather conditionsyieldhoney qualityconferenceObject