Last updated: January 18, 2025
The climate of Criuleni, Moldova, is categorized under the Köppen-Geiger climate classification as Cfb, indicative of a temperate maritime climate. This region experiences a broad range of temperatures throughout the year, with frigid minimums plunging to -19°C (-1°F) in January, transitioning to mild averages of 11°C (53°F). The summer months can bring significant warmth, peaking at a maximum of 37°C (99°F) in August. This temperature variability underscores Criuleni's unique climatic conditions, ideal for understanding the interplay between seasonal changes and environmental influences.
In Criuleni, Moldova, temperature patterns exhibit distinctive seasonal trends, with harsh winters transitioning into warm summers. January and February are characterized by biting cold, with temperatures often dipping below freezing, reaching minimums of -19°C (-1°F) and -16°C (4°F), respectively. As spring approaches in March, temperatures gradually rise, with average highs climbing to 22°C (72°F) by the end of the month. April heralds the onset of milder weather, presenting pleasant averages of 11°C (51°F), while May sees the emergence of early summer warmth, with highs soaring to 31°C (87°F). The summer months of June, July, and August provide the warmest conditions, showcasing maximum temperatures that peak at 37°C (99°F) in August. As autumn descends, temperatures begin to fall, with October and November exhibiting a notable drop, ultimately culminating in December's return to winter chill, as temperatures once again hover around -11°C (13°F). This annual cycle illustrates Criuleni's diverse climatic spectrum, marked by pronounced seasonal contrasts.
Criuleni experiences a wide temperature range throughout the year, with January averaging a minimum of -19°C (-1°F) and August reaching a maximum of 37°C (99°F). This significant variation highlights the extreme seasonal changes that characterize the climate of the region. For more detailed monthly temperature insights, refer to monthly temperatures in Criuleni.
Precipitation in Criuleni, Moldova shows a varied distribution throughout the year, reflecting the region's distinct seasonal changes. The winter months of January and February experience relatively low rainfall, each receiving approximately 32 mm (1.3 in) over about 5 to 6 days. As spring arrives, March sees a slight uptick in precipitation, with 37 mm (1.5 in) falling across 9 days, while April maintains similar levels with 36 mm (1.4 in) over 6 days. May marks a noticeable increase, bringing in 50 mm (2.0 in) over 11 days, which prepares the ground for the more substantial summer rains.
Summer months are characterized by the highest precipitation, particularly in June, which receives 81 mm (3.2 in) over 12 days, providing the moist conditions ideal for vegetation. July also sees significant rainfall, totaling 55 mm (2.1 in) across 8 days, while August experiences a sharp decline to just 20 mm (0.8 in) over 5 days. As autumn progresses, September records 38 mm (1.5 in) over 6 days, followed by diminishing totals in October and November with 30 mm (1.2 in) and 26 mm (1.0 in) over 5 to 6 days, respectively. By December, precipitation increases again to 47 mm (1.9 in) over 9 days, closing the year on a wetter note.
In Criuleni, Moldova, sunshine duration exhibits a clear seasonal trend, with a steady increase from the depths of winter into the heart of summer. The year begins with limited sunlight, as January records only 147 hours of sunshine, which gradually rises to 207 hours in February. The arrival of spring marks a significant transition, with March experiencing an increase to 293 hours and April seeing even more improvement at 344 hours. May continues this upward trajectory, culminating in the first half of the year with 403 hours of sunshine, laying the foundation for the warmer months ahead.
The summer season is characterized by a peak in sunlight, with July boasting the most hours at 435, followed closely by August, which maintains a robust 410 hours. This abundance of sunshine nurtures the region's flora and fosters agricultural growth. However, as autumn approaches, sunshine hours begin to decline, dropping to 334 hours in September and further to 285 hours in October. The trend continues into late fall and winter, with November recording 195 hours and December plummeting to a mere 136 hours. This seasonal cycle not only highlights the fleeting nature of sunlight during the colder months but also showcases the vitality and energy that the summer months bring to Criuleni.
The UV Index in Criuleni, Moldova, showcases a notable seasonal variation, reflecting the intensity of solar radiation throughout the year. In the winter months of January and December, the UV Index remains low at 2, permitting approximately 45 minutes of safe sun exposure. February sees a slight increase to 3, indicating moderate exposure risk for about 30 minutes. As spring approaches, the UV Index escalates sharply, particularly in April when it reaches 6, categorized as high, with a burn time decrease to 25 minutes. May marks the onset of very high UV levels at 8, followed closely by June and July, which peak at 9, necessitating extra precautions with burn times diminishing to just 15 minutes.
As summer transitions to autumn, the UV Index gradually declines but remains significant. In August, it drops to 8, and by September, it lowers to 7, still in the high exposure category. October brings the UV Index down to 4, indicating moderate risk with a burn time of 30 minutes. November's UV Index mirrors February's levels at 3, and once again in December, it returns to a low 2. This cycle underscores the importance of sun safety practices, especially during the summer months when UV exposure poses greater risks to skin health.
UV Risk Categories
Daylight duration in Criuleni, Moldova, reflects a distinct seasonal pattern, characterized by shorter days in winter and longer days during the summer months. In January, the region experiences only 8 hours of daylight, which gradually increases through February to 10 hours. The arrival of spring brings further extension, with daylight reaching 11 hours in March and 13 hours in April. Notably, May heralds the onset of longer days, peaking at 15 hours in both May and June, providing ample sunlight that enhances outdoor activities and agricultural productivity.
As summer progresses into early autumn, daylight remains abundant in July, also at 15 hours, before slightly declining to 14 hours in August. September sees a reduction to 12 hours, signaling the transition into shorter days. This decreasing trend continues into the fall with October recording 10 hours, followed by November at 9 hours, and returning to the winter's 8 hours of daylight by December. This cyclical pattern illustrates the significant variation in daylight throughout the year, influencing both lifestyle and natural processes in Criuleni.
The climate in Criuleni, Moldova, features distinct seasonal variations, with cold winters and warm summers. January temperatures can drop to a minimum of -19°C, while July sees maximums reaching 35°C. Precipitation is relatively consistent throughout the year, peaking in June at 81 mm, and winter months typically receive less rainfall. Sunshine is abundant in summer, with July enjoying 435 hours, whereas December has only 136 hours. For more detailed information, visit Criuleni climate.
In conclusion, the climatic conditions of Criuleni, Moldova, are characterized by significant seasonal variation, shaping the region's temperature, precipitation, sunshine duration, UV Index, and daylight hours. From the frigid winters with limited sunlight and low UV exposure to the warm and vibrant summers marked by extended daylight and high UV levels, each season offers unique environmental dynamics. Understanding these climatic trends is essential for residents and visitors alike, as they navigate outdoor activities and health precautions, particularly during the peak summer months. Overall, Criuleni's climate not only influences local lifestyles but also plays a crucial role in the natural ecosystem, underscoring the intricate relationship between climate and human activity.