Last updated: January 18, 2025
Zərdab, Azerbaijan, exhibits a semi-arid (BSk) climate characterized by significant temperature fluctuations throughout the year. With a minimum temperature plummeting to -8°C (18°F) during the coldest month of February, the region experiences a noteworthy annual average of 17°C (63°F). The peak of summer can be particularly intense, with maximum temperatures soaring to 45°C (113°F) in July. This variability underscores the dynamic climate of Zərdab, influencing both its ecological diversity and agricultural practices.
Zərdab, Azerbaijan, showcases distinct seasonal temperature patterns that reflect the region's semi-arid climate. The coldest months, January and February, see minimum temperatures dropping to -8°C (18°F), slowly rising as spring approaches, with March experiencing a notable increase in both average and maximum temperatures. As the warmer months of late spring and summer arrive, particularly in July, temperatures can reach their peak with maximums soaring to 45°C (113°F), alongside comfortably warm averages around 31°C (88°F). The transition to autumn brings a gradual cooling, with October's mild averages around 17°C (64°F) and November dipping back towards freezing at night. This cyclical fluctuation between extremes defines Zərdab’s climate, influencing the region's agriculture and lifestyle throughout the year.
Zardob and Begimli share similar climate extremes, with February temperatures dipping to a minimum of -8°C (18°F) and rising to a scorching maximum of 45°C (113°F) in July. For detailed monthly temperatures in Zardob, visit monthly temperatures in Zardob, and for information on Begimli, check monthly temperatures in Begimli.
Precipitation in Zərdab, Azerbaijan, exhibits a seasonal pattern, with the wettest months occurring in spring. March leads the way with 47 mm (1.9 in) of rainfall over approximately 7 days, followed closely by May, which receives 42 mm (1.6 in) across 6 days. February also contributes significantly with 33 mm (1.3 in), marking a transition from the drier conditions of January, which sees a mere 21 mm (0.8 in) over 4 days. This trend indicates that spring is crucial for replenishing local water resources, setting the stage for lush growth in the warmer months.
As temperatures rise into the summer, total precipitation declines sharply, hitting a low in July with only 9 mm (0.4 in) of rain recorded over a single day. August sees a slight increase to 14 mm (0.5 in) but remains sparse. The autumn months experience a gradual uptick, with September and October receiving 27 mm (1.0 in) and 20 mm (0.8 in), respectively. This cyclical precipitation pattern, characterized by dry summers and wetter winters, plays a significant role in shaping Zərdab's landscape and agricultural practices.
In Zərdab, Azerbaijan, sunshine duration exhibits a clear seasonal trend, characterized by a steady increase from winter to summer. Starting with 201 hours in January, sunlight gradually intensifies as the days lengthen, reaching 305 hours in March and peaking in the summer months. June and July are particularly noteworthy, as they bask in an impressive 401 hours and 408 hours of sunshine, respectively. This influx of sunlight during the warmest months creates an ideal environment for agriculture and outdoor activities, making summer the most vibrant season in Zərdab.
As autumn approaches, sunshine hours begin to wane, with September still retaining a healthy 324 hours but dropping significantly in October to 290 hours. The decline continues into the winter months, with November and December showing 238 hours and 229 hours of sunshine. This contrast highlights how winter not only brings shorter days but also less opportunity for sunlight, which can impact both the local ecosystem and the human experience. Overall, Zərdab’s sunlight patterns underscore the region’s agricultural vitality in summer and the more subdued, reflective atmosphere of the winter months.
The UV Index in Zərdab, Azerbaijan, demonstrates significant seasonal variation, reflecting the changing intensity of sunlight throughout the year. In the early months of winter, January and February, the UV Index remains moderate, recorded at 3 and 4, respectively, with a burn time of 30 minutes. As spring unfolds, the UV Index escalates sharply, reaching 7 in March and peaking at an elevated 8 and 9 in April and May. This increase highlights a critical period in which sun safety awareness becomes paramount, as the burn time decreases to just 15 minutes, particularly relevant for outdoor enthusiasts and those engaged in agricultural activities.
The summer months intensify this trend, with peak UV Index values of 10 in both June and July, placing residents and visitors in the very high exposure category, where the recommended burn time is merely 15 minutes. While August and September see a slight reduction to 8, they still require prudent sun protection measures. As autumn transitions in, the UV Index begins to lower, falling back to 5 in October before reaching 3 in November and dropping to a low of 2 in December, where the burn time extends to 45 minutes. This gradual decline highlights the importance of adapting sun safety practices with the changing seasons, ensuring that individuals remain vigilant against UV exposure, particularly during the summer months.
UV Risk Categories
In Zərdab, Azerbaijan, daylight duration exhibits a pronounced seasonal cycle, beginning with shorter days in winter. January and December each provide only 9 hours of daylight, creating a stark contrast to the brighter months ahead. February brings a gradual increase to 10 hours, and by March, daylight extends to 11 hours, signaling the arrival of spring and the lengthening days that accompany it. The transition from winter to spring is marked by this consistent increase in daylight, fostering a sense of renewal and vitality in the natural landscape.
As Zərdab enters the summer months, daylight reaches its zenith, maintaining 14 hours from May through July, making this period ideal for outdoor activities and agricultural endeavors. Following this peak, daylight begins to taper off in August to 13 hours and continues its decline through the autumn months, reaching 11 hours in October. The shorter days of November return to 9 hours, mirroring those of winter, and creating a reflective and tranquil atmosphere. This cyclical pattern of daylight duration not only influences the region’s climate but also plays a crucial role in shaping the lifestyle and activities of Zərdab's residents throughout the year.
The climate in Begimli, Azerbaijan, features cold winters and hot summers, with January temperatures ranging from -5°C to 18°C (23°F to 65°F) and July temperatures soaring between 16°C and 45°C (61°F to 113°F). Precipitation is relatively moderate, peaking in March with 47 mm (1.9 in) and declining to only 9 mm (0.4 in) in July. The region enjoys abundant sunshine, especially during the summer months, with peak hours in July reaching 408 hours. For more detailed information, visit Begimli climate.
Zardob, Azerbaijan experiences a diverse climate characterized by cold winters and hot summers. January temperatures range from -5°C to 18°C, while July sees highs of up to 45°C. Precipitation is moderate, peaking in March at 47 mm, and the region enjoys considerable sunshine, with July receiving around 408 hours. Overall, Zardob's climate is marked by significant seasonal variation, making it an interesting area for climate study. For more details, visit Zardob climate.
In conclusion, the climate of Zərdab, Azerbaijan, characterized by its semi-arid conditions, showcases notable seasonal variations in temperature, precipitation, sunshine duration, UV Index, and daylight hours. From the biting cold of winter to the sweltering heat of summer, each season brings unique challenges and opportunities that shape the region's ecological landscape and human activities. With increasing sunlight hours and UV levels during the warmer months, residents must be mindful of sun protection while leveraging the vibrant conditions for agriculture and outdoor pursuits. The cyclical nature of these climatic factors underscores the importance of understanding local weather patterns, which not only facilitate effective planning for agricultural practices but also enhance the quality of life for those living in this dynamic region of Azerbaijan.