Last updated: January 18, 2025
Varakļāni, Latvia, exhibits a Dfb Koppen-Geiger climate classification characterized by a continental climate with distinct seasonal variations. Winter temperatures can plunge to a minimum of -25°C (-13°F) in January, while summer brings a notable warmth with maximum readings reaching 32°C (90°F) in June. The average annual temperature hovers around 7°C (45°F), reflecting the region's significant temperature fluctuations between the cold months and the warmer seasons. This climatic dynamic shapes the local ecology and influences the lifestyle of its residents throughout the year.
In Varakļāni, Latvia, temperature patterns exhibit a distinctive seasonal rhythm. The winter months, particularly January and February, are characterized by frigid conditions, with minimum temperatures dropping as low as -25°C (-13°F) and -23°C (-10°F), respectively. As spring approaches, March and April witness a gradual warming trend, transitioning from chilly averages around 1°C (34°F) in March to a more temperate 6°C (43°F) in April, alongside significant daytime highs reaching 24°C (76°F). The arrival of summer sees temperatures peak, with June experiencing maximums of up to 32°C (90°F). July and August maintain warm conditions, averaging 18°C (65°F) and 17°C (63°F) respectively, before the onset of autumn. September begins a cooling phase, with temperatures averaging 13°C (55°F), and by October and November, low temperatures reclaim dominance as the region braces for winter once again. This cycle not only highlights the stark contrasts between seasons but also underscores the dynamic climate of Varakļāni.
Varaklani experiences a significant temperature range throughout the year, with winter lows plummeting to a minimum of -25°C (-13°F) in January. In contrast, summer heats up with maximum temperatures reaching as high as 32°C (90°F) in June. For a detailed look at the climate in Varaklani, you can refer to the monthly temperatures in Varaklani.
In Varakļāni, Latvia, precipitation patterns reveal a notable distribution throughout the year, with an anticipated increase during the summer months. January and February record relatively low precipitation levels of 42 mm (1.7 in) and 39 mm (1.5 in), respectively, accompanied by approximately 10 days of rainfall. As spring unfolds, March sees an uptick to 51 mm (2.0 in), followed by 41 mm (1.6 in) in April, maintaining comparable days of precipitation. The onset of warmer months brings a significant rise, especially in May, with 68 mm (2.7 in), transitioning into the peak of summer.
During July and August, Varakļāni experiences the highest rainfall, with 74 mm (2.9 in) and a striking 111 mm (4.4 in) recorded, indicating a pattern of increased precipitation that coincides with lush growth and possibly thunderstorms. The autumn months reflect a slight regression in rainfall, with 63 mm (2.5 in) in September and 68 mm (2.7 in) in October. November and December maintain similar precipitation levels of 58 mm (2.3 in) over approximately 12 to 15 days, indicating a steady atmospheric moisture presence as the region transitions back to winter. This seasonal cycle underscores the important role precipitation plays in shaping Varakļāni's climate and ecology.
In Varakļāni, Latvia, sunshine duration follows a clear seasonal trend, reflecting the region's transition from the long, dark winters to vibrant summers. January begins the year with a modest 71 hours of sunshine, which jumps significantly in February to 143 hours as the days gradually lengthen. March continues this upward trajectory, marking a pivotal shift with 254 hours of sunlight. By April, daily sunshine peaks further, with 326 hours, signaling the arrival of spring and essential growth periods for local flora. The real crescendo occurs in the summer months, especially June, which boasts the highest sunshine at 445 hours—a time when daylight lingers and the landscape thrives under the sun’s nurturing rays.
As summer wanes, August still offers a robust 379 hours of sunlight, but a noticeable decline begins in September with 288 hours, reflecting the transition into autumn. This decline accelerates in the following months, with October bringing down the total further to 203 hours and November seeing a sharp drop to just 89 hours. December rounds out the year with minimal sunshine at 64 hours, marking the return to the darker, colder winter months. Overall, these fluctuations in sunshine duration not only highlight the stark contrasts between the seasons but also serve as a reminder of the natural rhythms that influence both the environment and the daily lives of Varakļāni's residents.
The UV Index in Varakļāni, Latvia, reveals a definite seasonal pattern, closely aligned with the changing sunlight exposure throughout the year. During the winter months, particularly in January and December, the UV Index remains low at 1, allowing for safer outdoor activities with minimal risk of harm from solar radiation, resulting in a longer permissible burn time of 45 minutes. As February approaches, there is a slight rise to 2, but it is not until March that the index shifts to a moderate 3, indicating the need for increased awareness, which coincides with a reduced burn time of 30 minutes as sunlight becomes more intense and direct.
The rise in UV levels reaches its peak during the summer months, particularly in June and July, where the Index stabilizes at 7, categorizing exposure as high and necessitating protective measures for extended outdoor activity, with a burn time reduced to just 25 minutes. Although August sees a slight decline to 6, it still remains within the high exposure category. As autumn sets in, the Index decreases further, reflecting safer conditions with values of 4 in September and 3 in October, before tapering back to low levels of 2 in November and eventually returning to 1 in December. This progression underscores the importance of sun safety awareness, especially during the warmer months when UV radiation is at its most intense.
UV Risk Categories
In Varakļāni, Latvia, daylight duration exhibits remarkable seasonal variation that reflects the changing rhythm of nature throughout the year. The year begins with January offering only 7 hours of daylight, a time characterized by long, dark nights. As February progresses, daylight begins to stretch to 9 hours, hinting at the approaching spring. This gradual increase continues through March, reaching 11 hours, and then accelerates markedly in April and May, where daylight extends to 14 hours and 16 hours, respectively, promoting growth and revitalization in the natural landscape.
The peak of daylight duration occurs in June and July, where residents enjoy approximately 17 hours of sunlight, contributing to vibrant summer days filled with outdoor activities. As the summer wanes, August sees a decrease to 15 hours, and daylight hours continue to dwindle in September with 12 hours, heralding the shift towards autumn. October and November witness further reductions, with daylight lasting only 10 hours and then 8 hours, leading into December's shortest days at just 6 hours. This cyclical pattern of daylight not only affects the local ecosystem but also plays a significant role in the daily lives and routines of Varakļāni's inhabitants throughout the year.
Varaklani, Latvia experiences a distinct climate with cold winters and mild summers. January temperatures can drop to a minimum of -25°C (-13°F), with average highs around -3°C (28°F). As spring approaches, temperatures rise significantly, peaking in July with averages of 18°C (65°F). Precipitation is fairly consistent throughout the year, with August being the wettest month, receiving 111 mm (4.4 in). For more detailed information, visit Varaklani climate.
In conclusion, the climate and daylight patterns in Varakļāni, Latvia, reflect the region's distinct seasonal changes, profoundly influencing both the environment and the lifestyle of its residents. The stark contrasts between long, dark winters and the long, sunlit summers are illustrated through varying temperatures, precipitation, sunshine duration, UV Index, and daylight hours. As the seasons transition, the community adapts to the challenges and benefits posed by these changes, from embracing the vibrant outdoor activities of summer to preparing for the cold, reflective months of winter. Understanding these climatic patterns is essential for enhancing local resilience and sustainability, promoting informed choices about outdoor activities and environmental stewardship throughout the year.