Last updated: January 18, 2025
Panevėžys, Lithuania, is characterized by a Dfb Köppen-Geiger climate classification, indicating a humid continental climate with distinct seasonal variations. The city experiences a minimum temperature of -27°C (-16°F) in January, showcasing the harsh winters typical of the region. In contrast, the summer months bring considerable warmth, with an average temperature of 8°C (47°F) and maximum highs reaching up to 34°C (94°F) in July. This significant temperature range underlines the climatic diversity of Panevėžys, influencing both local ecosystems and human activities throughout the year.
Temperature patterns in Panevėžys, Lithuania, reveal a distinct seasonal progression characterized by cold winters and warm summers. January and February experience the harshest conditions, with minimum temperatures plummeting to around -25°C and average highs barely reaching 11°C. As spring approaches in March and April, temperatures gradually rise, hinting at the thaw, with March seeing averages of 2°C and April spiking to 7°C with maximums hitting 26°C. The warmth truly sets in by May, when temperatures soar to 29°C, and as summer takes hold in June and July, the city enjoys maximums averaging 33-34°C. August remains warm, but subtle cooling begins in September, with temperatures falling back to 28°C. October through December marks a return to colder temperatures, especially in December, where minimums can drop to -23°C. This cyclical temperature shift underscores the notable continental climate of Panevėžys, fostering a rich seasonal diversity.
Naujamiestis experiences a significant temperature range throughout the year, with a minimum of -26°C (-14°F) recorded in January and a maximum of 34°C (94°F) in July. This wide variation highlights the area's diverse climate conditions, making it essential for residents and visitors to prepare accordingly. For more detailed information, you can refer to the monthly temperatures in Naujamiestis here.
Precipitation in Panevėžys, Lithuania, exhibits a notable seasonal pattern, with the highest rainfall occurring during the summer months. July leads with 94 mm (3.7 in) of rainfall, closely followed by August with 93 mm (3.7 in), highlighting the wetter conditions typical of this period. The spring months, particularly May, also contribute to the annual total, experiencing 66 mm (2.6 in) of rain. In contrast, the winter months demonstrate considerably lower precipitation, with January receiving 48 mm (1.9 in) and February even lower at 38 mm (1.5 in), reflecting the drier conditions typical of this season.
Monthly precipitation is accompanied by varying numbers of rainy days, indicating consistent but light rain throughout the year. For instance, July and August see around 12 to 13 rainy days, while the winter months typically feature fewer days of precipitation, such as 9 days in February and 11 in January. Interestingly, the overall distribution of rainfall suggests that all months experience some level of precipitation, ensuring that the region maintains its climatic diversity. This seasonal variation in both quantity and frequency of rainfall plays a significant role in influencing the local landscape and ecosystem in Panevėžys.
In Panevėžys, Lithuania, sunshine duration displays a clear seasonal progression, characterized by a gradual increase from winter to summer. January offers a meager 77 hours of sunshine, setting a gloomy tone as the city endures long, dark days. As spring unfolds, sunshine hours soar dramatically, with February witnessing 159 hours and March climbing to 262 hours. This upward trend is further amplified in April, where the number of hours reaches 338, signaling the departure from winter's gloom and heralding the arrival of lighter, warmer days.
The summer months represent the pinnacle of sunshine in Panevėžys, with May leading at 420 hours, closely followed by June, which captures 449 hours of sun—making it the sunniest month of the year. While July still enjoys significant sunlight at 438 hours, there is a subtle decline as the months progress into late summer and early autumn. August sees a drop to 387 hours, and by September, the total decreases to 301 hours, marking a transition into the shorter, darker days of fall. October and November reflect this decline sharply, offering only 220 hours and 99 hours of sunny days, respectively. This seasonal rhythm not only highlights the contrast between summer brightness and winter darkness but also underscores the importance of sunshine for both the local ecosystem and the well-being of its inhabitants.
The UV Index in Panevėžys, Lithuania, exhibits notable seasonal variation, reflecting the changing intensity of sunlight throughout the year. During the winter months, January and February experience a low UV Index of 1 and 2, allowing for longer safe exposure times of 45 minutes without significant risk of skin damage. As spring arrives, the UV Index rises steadily, peaking at 3 in March and reaching 5 in April. This moderate category signals a growing need for sun protection, as burn times decrease to 30 minutes and indicate an increase in sun-related awareness as people begin to spend more time outdoors.
Summer months bring the highest UV Index readings, with values peaking at 7 in June and July, categorized as high exposure. This reflects the increased strength of the sun, and the recommended burn time shrinks to just 25 minutes, emphasizing the importance of preventive measures such as sunscreen, hats, and shade to minimize sunburn risk. As the season transitions into autumn, the UV Index declines, returning to 3 in October before dropping back to the low categories of 2 in November and 1 in December. This annual cycle underlines the need for residents to adjust their sun protection strategies according to the UV Index, particularly during the sunnier months when exposure risks significantly increase.
UV Risk Categories
In Panevėžys, Lithuania, daylight duration demonstrates a striking seasonal rhythm that mirrors the typical continental climate. January and December feature the shortest days, with only 7 hours of daylight, creating an atmosphere of long, dark winter nights. As winter transitions into spring, February sees an increase to 9 hours, and by March, daylight extends to 11 hours, marking a gradual return to brighter, more lively days. The arrival of April heralds an impressive increase to 14 hours, showcasing an invigorating shift towards longer, sunnier conditions.
The peak of daylight occurs in the summer months, with June enjoying an impressive 17 hours of sunlight, fostering vibrant outdoor activities and a lively atmosphere throughout the city. As the summer progresses, July retains 16 hours of daylight, while August sees a decline to 14 hours, signaling the onset of fall. By September, daylight decreases to 12 hours, and the journey into autumn continues with 10 hours in October. Finally, November and December revert back to shorter days at 8 and 7 hours respectively, encapsulating the cyclical nature of daylight that profoundly influences the daily life and natural environment of Panevėžys.
Naujamiestis, Lithuania experiences a continental climate with cold winters and warm summers. January temperatures can drop to -26°C (-14°F) and reach highs of 7°C (45°F), while July typically sees temperatures ranging from 7°C (45°F) to a warm 34°C (94°F). Precipitation is highest in summer, peaking at 93 mm (3.7 in) in July, but winter months also receive notable amounts, such as 47 mm (1.9 in) in January. The region enjoys significant sunshine, especially from April to July, which collectively receive over 1,200 hours of sun. For more details, visit Naujamiestis climate.
In conclusion, the climatic and environmental patterns in Panevėžys, Lithuania, are characterized by distinct seasonal variations that influence temperature, precipitation, sunshine duration, UV Index, and daylight duration. The cold winters gradually shift to warm summers, marked by significant fluctuations in temperature and the arrival of longer days filled with sunlight. The interplay between these factors not only shapes the daily lives of the residents but also affects the local ecosystem. Understanding these patterns is crucial for effectively adapting to the changing seasons, promoting outdoor activities, and encouraging sun safety practices, particularly during the months of high UV exposure. Ultimately, the regional climate of Panevėžys reflects the broader characteristics of a humid continental climate, presenting both challenges and opportunities for its communities throughout the year.