Last updated: January 18, 2025
Rēzeknes Novads, Latvia, experiences a Dfb climate, characterized by its humid continental conditions. January temperatures can drop to a frigid -26°C (-15°F), while the warmest month, June, can see highs reaching up to 32°C (91°F). The region's annual average temperature hovers around 7°C (45°F), reflecting the stark seasonal contrasts typical of this climate classification. Such temperature variability highlights the unique climate dynamics of Rēzeknes Novads, influencing both local ecology and human activities throughout the year.
In Rēzeknes Novads, Latvia, temperature patterns exhibit significant seasonal variation, showcasing the region's continental climate. The winter months, particularly January and February, are characterized by severe cold, with minimum temperatures plummeting to around -26°C (-15°F) and -23°C (-9°F), respectively. As spring arrives, temperatures begin their ascent, notably in March, when average highs reach 15°C (60°F), signaling the end of winter's grip. April and May witness a more pronounced warming trend, with values climbing to 24°C (76°F) and 27°C (82°F) during the day. The summer months of June and July are the warmest, with average highs exceeding 30°C (86°F), fostering a vibrant seasonal shift. As autumn approaches, temperatures gradually decline, with September still offering pleasant 26°C (80°F) days, but transitioning into cooler conditions by October and November, highlighting the region's dramatic temperature fluctuations throughout the year.
Vilani experiences a diverse climate, with January temperatures dipping as low as -26°C (-15°F), while June can see maximums rise to 32°C (91°F). This significant fluctuation highlights the region's variable weather throughout the year, making it an interesting place for temperature extremes. For more details on the monthly temperatures in Vilani, you can visit monthly temperatures in Vilani.
Rēzeknes Novads, Latvia, experiences a dynamic precipitation pattern throughout the year, with total monthly rainfall exhibiting a distinct seasonal rhythm. The winter months of January and February receive relatively low precipitation, with 43 mm (1.7 in) and 40 mm (1.6 in) respectively. As spring arrives, March sees a slight increase to 51 mm (2.0 in), followed by consistent levels in April (41 mm (1.6 in)) and a notable rise in May, where precipitation reaches 72 mm (2.8 in), setting the stage for the wetter summer months. The late spring and summer months of June, July, and August mark the peak of rainfall, with August alone recording 115 mm (4.5 in) across an average of 12 rainy days.
As the seasons transition into autumn and winter, precipitation levels begin to stabilize but remain significant. September maintains a moderate level of 61 mm (2.4 in), while October and November experience average precipitation of 69 mm (2.7 in) and 59 mm (2.3 in), respectively. Interestingly, December also receives 59 mm (2.3 in) but with a notable increase in rainy days, reflecting the onset of winter conditions. Overall, the climate of Rēzeknes Novads showcases periodic variability in precipitation, significantly influencing local ecosystems and agricultural practices throughout the year.
In Rēzeknes Novads, Latvia, sunshine duration exhibits a pronounced seasonal pattern, reflecting the dramatic shifts in daylight hours throughout the year. The winter months of January and February see limited sunlight, with only 71 hours and 143 hours of sunshine, respectively, making these the least luminous periods. As spring unfolds, an encouraging trend emerges: March provides nearly double the sunshine hours of February at 254 hours, while April enjoys a substantial leap to 326 hours. This upwards trajectory continues into May, where residents bask in 414 hours of sunlight, signaling the impending arrival of summer.
The peak sunshine period occurs in the summer months, particularly June, where Rēzeknes Novads enjoys its highest sunshine duration at 445 hours. This slight decrease in July to 432 hours is minimal and followed by a gradual decline in August (379 hours), as autumn begins to take hold. The transition into autumn is marked by September's 288 hours, which signals a clear reduction in daylight, culminating in the significant drop during October (203 hours) and the minimal sunshine seen in November (89 hours) and December (64 hours). This cyclical pattern of sunshine duration not only affects the region's climate but also shapes the lifestyle and activities of its residents throughout the year.
The UV Index in Rēzeknes Novads, Latvia, demonstrates a clear seasonal trend, varying significantly throughout the year. During the winter months, January and December exhibit low UV Index levels of 1, allowing for safer outdoor activities with a burn time of 45 minutes. February maintains a low index of 2, highlighting a consistent low exposure risk. As spring arrives, the UV Index begins to rise, reaching a moderate level of 3 in March and increasing to 5 by April, where the burn time decreases to 30 minutes. This transition marks the start of more intense sun exposure, emphasizing the importance of sun protection as the days become longer and sunnier.
The peak UV levels occur in the summer, with both June and July reaching a high index of 7, necessitating protective measures for outdoor enthusiasts, as their burn time diminishes to just 25 minutes. August sees a slight decline to a UV Index of 6, yet still requires vigilance. As autumn approaches, the UV Index gradually reduces, falling to 4 in September before settling at 3 in October. The return to lower UV Index readings in November (2) and January (1) concludes the year, emphasizing that while exposure risk is highest in the summer months, caution is advisable throughout the entire year in Rēzeknes Novads.
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In Rēzeknes Novads, Latvia, daylight duration varies dramatically throughout the year, reflecting the region's distinct seasonal changes. January offers the least sunlight, with only 7 hours of daylight, which gradually increases to 9 hours in February. As spring progresses, daylight hours continue to rise significantly, reaching 11 hours in March and expanding rapidly to 14 hours in April. May marks a noteworthy milestone with 16 hours of daylight, paving the way for the summer months where daylight peaks at 17 hours in both June and July, providing ample time for outdoor activities.
As summer transitions into autumn, daylight duration begins to wane. August still enjoys 15 hours of sunlight, but this decreases to 12 hours by September. The downward trend continues through October, with daylight hours dropping to 10 hours, followed by November, which provides only 8 hours of daylight. December brings the shortest day of the year at just 6 hours, completing the cycle. This fluctuation in daylight duration not only shapes the daily routines of residents in Rēzeknes Novads but also has significant implications for the region's agriculture and natural ecosystems throughout the year.
Vilani, Latvia experiences a continental climate marked by cold winters and mild summers. January temperatures can drop as low as -26°C (-15°F), while July averages around 18°C (65°F), peaking at 31°C (88°F). Precipitation is heaviest in August, reaching 115 mm (4.5 in), and sunshine peaks in June with 445 hours. The region experiences significant temperature variation and moderate rainfall throughout the year, making it a unique climate to experience. For more detailed information on the weather patterns, visit Vilani climate.
In conclusion, Rēzeknes Novads, Latvia, exemplifies the profound impact of seasonal changes on climate, precipitation, sunlight, UV Index, and daylight duration. The region's humid continental climate is marked by stark temperature fluctuations and varying precipitation patterns that influence both the local ecology and the daily lives of its residents. As daylight hours increase dramatically during spring and summer, coupled with heightened UV exposure, understanding these trends is essential for effective sun protection and outdoor activity planning. Conversely, the shift into autumn and winter brings reduced daylight and lower UV Index levels, highlighting the importance of seasonal adaptation. Overall, Rēzeknes Novads serves as a remarkable example of how climate dynamics shape the rhythms of life across the year.