Last updated: January 18, 2025
Shaki City, located in Azerbaijan, features a Dfb climate classification according to the Köppen-Geiger system, indicative of a humid continental climate. The region experiences a minimum temperature of -18°C (0°F) in February, showcasing the potential for harsh winter conditions. On the other end of the spectrum, average temperatures hover around 9°C (48°F), with summer peaks reaching a maximum of 32°C (90°F) in July. This temperature variability illustrates not only the seasonal contrasts typical of the climate but also the region's capacity for both cold winters and warm summers, offering a unique ecological and cultural landscape.
Shaki City, Azerbaijan, exhibits distinct seasonal temperature patterns throughout the year, characterized by chilly winters and warm summers. January and February present the coldest months, with minimum temperatures dipping to -16°C (4°F) and -18°C (0°F), respectively, as average temperatures remain below freezing. As spring arrives in March and April, temperatures gradually rise, with March transitioning to milder averages of 2°C (36°F) and reaching 7°C (45°F) in April. The onset of summer in May sees a significant increase, with highs of 26°C (78°F) in May and peaking at 32°C (90°F) in July. August maintains warmth before the temperatures begin to cool again in September and October, where averages drop to 16°C (61°F) and 10°C (49°F). By late autumn and into winter, November and December reflect the return to colder averages, culminating in a cyclical temperature pattern that defines Shaki City's climate throughout the year.
In Sheki, the temperatures exhibit a significant range throughout the year, with a minimum of -18°C (0°F) in February and a maximum of 32°C (90°F) in July. This variation illustrates the region's diverse climate, offering both cold winters and warm summers. For more information on the monthly temperatures in Sheki, refer to monthly temperatures in Sheki.
In Shaki City, Azerbaijan, precipitation patterns showcase seasonal variability, with the highest rainfall occurring in the spring months. March marks a notable increase, with 65 mm (2.6 in) of rainfall over approximately 11 days, setting the stage for a wet April that receives 78 mm (3.1 in) across 13 days. The trend continues into May, which sees the peak precipitation at 86 mm (3.4 in), effectively supporting the lush vegetation typical of this region during the spring season. In contrast, the colder months of January and December experience the least precipitation, accumulating just 19 mm (0.7 in) and 27 mm (1.1 in), respectively.
As summer approaches, Shaki City experiences moderate rainfall, with June and July recording 48 mm (1.9 in) and 53 mm (2.1 in) over fewer days, indicating a shift toward drier conditions compared to spring. However, August sees a slight decrease in total precipitation to 45 mm (1.8 in) across only 6 days. The transition into autumn is marked by a reduction in rainfall totals in September and October, with 42 mm (1.7 in) and 49 mm (1.9 in), respectively. This overall distribution highlights how precipitation in Shaki City personifies the region's temperate climate, ensuring a distinct wet season while maintaining relatively dry periods throughout the summer and winter.
Shaki City, Azerbaijan, experiences a pronounced seasonal trend in sunshine duration, highlighting a steady increase from the cold winter months into the warmth of summer. Beginning in January with 208 hours of sunshine, the city gradually welcomes more daylight as February rises to 262 hours. By March, sunshine continues to strengthen, reaching 316 hours, and in April, Shaki enjoys a further increase to 337 hours, signaling the arrival of spring. The month of May marks a significant turning point, with sunshine hours peaking at 393 hours, as the city begins to bask in the full warmth of the sun.
The summer months showcase the highest sunshine durations, with July reaching the zenith at 412 hours, closely followed by August at 391 hours. As summer transitions into fall, sunlight begins to wane, dropping to 330 hours in September and continuing its decline through October, November, and December, where it ends the year at 248 hours. This gradual decrease reflects the shorter days characteristic of autumn and winter. Overall, Shaki City’s sunshine trends underscore a vibrant seasonal rhythm, where longer daylight hours during summer months contrast sharply with the diminished sunlight of the colder season, enhancing the region's unique climate identity.
Shaki City, Azerbaijan, showcases significant variation in UV Index throughout the year, reflecting seasonal shifts in solar intensity. During the winter months, namely January and February, the UV Index is moderately low, recorded at 3 and 4, respectively, with a recommended burn time of 30 minutes. As spring unfolds, there is a striking increase in UV levels; March and April both register a high 8, categorized as very high, reducing the burn time to just 15 minutes. This notable rise emphasizes the importance of sun protection as the days grow longer and sunnier.
The summer period intensifies this trend, with the UV Index peaking at 11 in June and July, classified as extreme, where the burn time shortens further to 10 minutes. August sees a slight reduction to 10, still within the very high category, followed by September at 9. As autumn approaches, the UV levels begin to decrease, with October and November registering 6 and 4, categorized as high and moderate respectively. By December, the UV Index drops to a low 2, allowing for a safer exposure time of 45 minutes. This pattern underscores the necessity for enhanced sun safety measures during the high UV months, particularly in June and July, while also highlighting periods where sun exposure is less critical.
UV Risk Categories
In Shaki City, Azerbaijan, daylight duration showcases a clear seasonal pattern, with hours of sunlight gradually increasing from winter to summer. Starting with 9 hours of daylight in January, the days begin to lengthen in February, reaching 10 hours. As spring approaches, daylight extends further, peaking at 13 hours in April and reaching a maximum of 14 hours in May. June presents the longest daylight hours of the year at 15 hours, providing ample opportunity for outdoor activities and solar energy collection during this period.
However, as summer transitions into autumn, daylight duration gradually decreases, with July dropping to 14 hours and August declining to 13 hours. By September, daylight further shortens to 12 hours, indicating the onset of fall. The trend continues as October sees 11 hours of daylight, eventually returning to 9 hours in both November and December, mirroring the conditions at the beginning of the year. This cyclical pattern in daylight duration reflects the shifting seasons in Shaki City, emphasizing the importance of adjusting daily routines and activities according to the available sunlight throughout the year.
Sheki, Azerbaijan experiences a diverse climate characterized by cold winters and warm summers. January temperatures can drop as low as -16°C (4°F) with an average of -3°C (28°F), while July sees highs around 32°C (90°F). The region receives the most precipitation from April to May, peaking at 86 mm (3.4 in) in May. Sunshine is abundant, particularly in July, with up to 412 hours. For more detailed information, visit Sheki climate.
In summary, Shaki City, Azerbaijan, exhibits distinctive climatic and environmental patterns that reflect its unique geographical characteristics. The temperature showcases seasonal variations from cold winters to warm summers, while precipitation is primarily concentrated in the spring, contributing to lush landscapes. Sunshine duration further emphasizes the cyclical nature of the climate, with long summer days contrasted by shorter winter hours. Additionally, the UV Index highlights the increasing need for sun protection during the peak summer months. Together, these elements underline the importance of understanding Shaki City's climate for residents and visitors alike, enhancing awareness of seasonal trends and their implications for outdoor activities, agricultural practices, and overall wellbeing.