Last updated: January 18, 2025
Horjul, Slovenia, is characterized by a Cfb climate according to the Köppen-Geiger classification, indicating a temperate oceanic climate. This region experiences a significant temperature range, with a chilling minimum of -16°C (3°F) recorded in March, reflecting the winter's severity. As the seasons transition, the average annual temperature stabilizes at a comfortable 10°C (51°F), making it suitable for diverse activities and agriculture. The summer months can bring warmth with maximum temperatures soaring to 35°C (94°F) in June, highlighting the region's capacity for distinct seasonal variations.
Horjul, Slovenia, exhibits marked seasonal temperature patterns throughout the year. Winters are notably cold, with January and December averaging around 1°C (33°F) and 2°C (35°F), respectively, alongside minimum temperatures dipping as low as -16°C (3°F) in March. As spring arrives, temperatures gradually increase; April sees an average of 10°C (50°F), while May warms further to approximately 14°C (57°F), indicating a transition towards milder conditions. The summer months of June, July, and August bring significant warmth, with June peaking at a maximum of 35°C (94°F), and both July and August maintaining averages around 20°C (68°F). As autumn approaches, temperatures begin to decline, with September averaging 15°C (60°F) before dropping again, culminating in the cool respite of November at 6°C (43°F). This progression illustrates the region's diverse climate, where each season contributes distinctly to the overall thermal experience.
Horjul experiences a minimum temperature of -16°C (3°F) in March, while June sees a maximum of 35°C (94°F), similar to Vrzdenec, which shares the same temperature extremes, with a minimum of -16°C (3°F) in March and a maximum of 35°C (94°F) in June. For detailed monthly temperatures, visit the links: monthly temperatures in Horjul and monthly temperatures in Vrzdenec.
In Horjul, Slovenia, precipitation patterns exhibit distinct fluctuations throughout the year, with notable peaks in the late spring and autumn months. January and February are relatively wetter, with January recording 59 mm (2.3 in) and February rising significantly to 105 mm (4.2 in), often spread over 10 days. The early spring months of March and April continue this trend, with precipitation levels reaching 86 mm (3.4 in) and 110 mm (4.3 in), respectively. The pattern intensifies in May, where rainfall peaks at 188 mm (7.4 in), indicating the onset of a particularly moist period in the region.
As summer approaches, July and August each receive 123 mm (4.8 in) of rainfall, before a slight decrease in September with 183 mm (7.2 in), illustrating a late-summer shift towards cooler and wetter conditions. The fall months follow suit, with October and November receiving 110 mm (4.3 in) and 162 mm (6.4 in), respectively, and often experiencing rainfall over several days, peaking at 20 days in May. This annual rhythm of precipitation underscores the region's climate variability, characterized by wet springs and moderate autumn rainfall, balanced by relatively drier winter months.
Horjul, Slovenia, experiences a notable variation in sunshine duration throughout the year, reflecting the transitions of seasonal climates. Beginning in the winter months, January and February accumulate relatively low sunshine hours, with 178 hours and 220 hours, respectively. As spring approaches, the sunshine duration sees a steady increase, progressing to 310 hours in March and peaking further to 336 hours in April. This upward trend continues through May, reaching 361 hours, marking the arrival of longer days and more favorable weather conditions.
The summer months truly showcase the region's potential for sunlight, with June yielding 408 hours and July peaking at an impressive 427 hours. However, as summer wanes into early autumn, the duration of sunshine begins to decline, though September maintains a healthy 318 hours. Following this, October and November see a notable drop in sunlight, with 286 hours and 212 hours, respectively, as the days shorten significantly. This overall pattern highlights not only the seasonal progression from the depths of winter to the vibrant summer but also emphasizes the importance of sunshine in shaping the local climate and lifestyle throughout the year.
The UV Index in Horjul, Slovenia, showcases significant seasonal fluctuations, reflecting variations in sun exposure and potential risk for skin damage. During the winter months of January and December, the UV Index is relatively low, at 2, indicating minimal risk for harm with a burn time of 45 minutes. As February approaches, the index rises to 3, still classified as moderate, and remains at this level through November. As spring arrives, particularly in April, the UV Index escalates to 6, categorized as high, reducing the safe exposure time to 25 minutes as the sun becomes increasingly intense.
The peak of UV exposure occurs in the summer months, with the UV Index reaching its highest levels of 9 during June and July, labeled as very high. This necessitates caution, allowing only 15 minutes of sun exposure to avoid skin damage. August experiences a slight decline to 8, yet it remains in the very high category. As summer transitions to autumn, the UV Index gradually decreases, with September still maintaining a high index of 7, followed by a return to moderate levels in October and November. This seasonal pattern underscores the importance of sun protection during the peak summer months, while also reminding residents to remain vigilant during the transitional periods.
UV Risk Categories
In Horjul, Slovenia, daylight duration follows a clear seasonal rhythm, characterized by significant variation throughout the year. The year begins with shorter days in January, providing just 9 hours of daylight, which gradually increases to 10 hours by February. As spring arrives, March sees a further extension to 11 hours, followed by a notable leap to 13 hours in April, heralding the onset of lighter and longer days. May continues this trend, boasting 14 hours of daylight, culminating in the peak of daylight duration during the summer months.
Both June and July offer 15 hours of sunlight, providing ample opportunity for outdoor activities and social gatherings. However, as August approaches, daylight begins to wane slightly, tapering down to 14 hours. The gradual decline in daylight continues into September with 12 hours, before reaching 10 hours in October. By November, daylight hours drop to 9 hours, and conclude the year with 8 hours in December. This cyclical pattern emphasizes the dramatic changes in daylight that shape daily life in Horjul, marking the transition from the shorter days of winter to the long, bright days of summer.
The climate in Horjul, Slovenia is characterized by cold winters and warm summers. January sees temperatures ranging from a minimum of -14°C (7°F) to a maximum of 11°C (52°F), while July enjoys milder conditions with average highs around 20°C (68°F) and peaks at 33°C (92°F). Precipitation is highest in May with 188 mm (7.4 in), contributing to a lush landscape. Sunshine is abundant, especially during the summer months, with July receiving approximately 427 hours of sunlight. For more detailed information, visit Horjul climate.
The climate in Vrzdenec, Slovenia, experiences a wide range of temperatures, with January being the coldest month (averaging 1°C/33°F) and July the warmest (averaging 20°C/68°F). Precipitation varies throughout the year, peaking in May with 188 mm (7.4 in) and generally maintaining high levels in late spring and early autumn. Sunshine hours are abundant in the summer, reaching a maximum of 427 hours in July, while winter months see significantly less sunlight, with January receiving only 178 hours. Overall, the region's climate reflects distinct seasonal changes that contribute to its diverse natural beauty. For more details, visit Vrzdenec climate.
In conclusion, the climate of Horjul, Slovenia, reveals a dynamic interplay of temperature, precipitation, sunshine, UV exposure, and daylight duration throughout the year. The region experiences cold winters with limited daylight and lower UV exposure, gradually transitioning to brightly lit and warm summers characterized by higher temperatures and significant sunshine hours. Such climatic conditions promote a rich biodiversity and influence local agriculture, outdoor activities, and lifestyle practices. Understanding these seasonal variations not only enhances appreciation for the natural environment but also underscores the importance of adapting human activities in harmony with the changing climate.