Last updated: January 18, 2025
Mingǝcevir, Azerbaijan is characterized by a BSk climate classification under the Köppen-Geiger system, indicative of a semi-arid environment. With temperature extremes ranging from a chilling -8°C (18°F) in February to a scorching 41°C (107°F) in July, the region experiences a significant temperature fluctuation throughout the year. The annual average temperature hovers around 16°C (61°F), highlighting the climatic diversity and unique weather patterns that define this area. Such variations underline the region's capacity for both harsh winters and intensely hot summers, shaping the local ecology and lifestyle.
In Mingǝcevir, Azerbaijan, temperature patterns exhibit distinct seasonal trends that transition from cold winters to hot summers. January and February mark the coldest months, with minimum temperatures plunging to -8°C (18°F), gradually warming to an average of 6°C (43°F) by the end of February. As spring approaches in March and April, temperatures rise significantly, with March averaging 9°C (49°F) and reaching up to 31°C (89°F) in late April. May further ushers in warmth, with averages climbing to 20°C (69°F), and June heralds the onset of summer, peaking at an impressive 40°C (103°F). The summer months of July and August maintain high averages around 29°C (84°F) and 28°C (82°F), while gradually cooling in September. The transition to fall brings a decrease in temperatures, with October averaging 16°C (61°F) and further dips in November and December, closing the year with temperatures returning to the single digits. This alternating pattern underscores Mingǝcevir's notable climate variability, revealing a pronounced seasonal rhythm influenced by its semi-arid environment.
Mingelchaur experiences a diverse climate, with temperatures ranging from a frigid minimum of -8°C (18°F) in February to a scorching maximum of 41°C (107°F) in July. This significant temperature variation showcases the region's extreme seasonal changes. For more detailed insights, you can refer to the monthly temperatures in Mingelchaur here.
Precipitation patterns in Mingǝcevir, Azerbaijan, reveal a distinct seasonal distribution, with the highest rainfall occurring during the spring months. January begins the year with a modest 20 mm (0.8 in), which gradually increases to 32 mm (1.3 in) in February. March marks a significant rise in precipitation, reaching 62 mm (2.4 in) as the region transitions further into spring. April and May continue this trend, with May peaking at 71 mm (2.8 in) over an average of nine rainy days. This consistent spring rainfall is crucial for local agriculture, as it provides much-needed moisture during the growing season.
As summer approaches, precipitation in Mingǝcevir declines significantly, with 29 mm (1.2 in) in June and further decreasing to 24 mm (0.9 in) and 21 mm (0.8 in) in July and August, respectively. The fall months see a slight rebound, with September experiencing 37 mm (1.5 in) of rain, followed by 35 mm (1.4 in) in October and 33 mm (1.3 in) in November. Rainfall during this period typically occurs over 5 to 6 days, suggesting more sporadic but significant weather events as the region prepares for winter. December closes the year with 23 mm (0.9 in) of precipitation, confirming the seasonal cycle of moisture in Mingǝcevir's climate.
In Mingǝcevir, Azerbaijan, the amount of sunshine experienced throughout the year demonstrates a clear seasonal trend, with a notable increase in hours from winter to summer. January starts the year with 205 hours of sunshine, gradually rising to 259 hours in February. As spring approaches, the sunshine hours continue to climb, reaching 312 hours in March and peaking in April at 323 hours. This upward trajectory culminates during the summer months, where June, July, and August bask in abundant sunshine, with July leading the way at an impressive 409 hours. This sunny stretch highlights the region's capacity for long, bright days, making it a favorable time for outdoor activities.
Conversely, the transition into fall brings a decrease in sunshine hours, with September retaining 328 hours while October experiences a dip to 301 hours. November and December witness the lowest figures of the year, with 244 hours and 242 hours, respectively, indicating the onset of winter and shorter days. Notably, the summer months not only provide the highest sunshine totals but also reflect a consistency in sunlight that homeowners and farmers rely on, contrasting sharply with the cloudier, shorter days of late autumn and winter. This cyclical pattern of sunshine duration is essential for understanding the climate's impact on local ecosystems and human activity in Mingǝcevir.
The UV Index in Mingǝcevir, Azerbaijan reveals a significant variation throughout the year, reflecting the changing sun exposure linked to seasonal patterns. Starting from a relatively low UV Index of 3 in January and 4 in February, the levels signify moderate exposure, with a burn time of 30 minutes for unprotected skin. As spring approaches, the index escalates sharply, hitting 7 in March and peaking at a concerning 8 to 9 during April and May, categorized as high to very high exposure. This trend indicates an urgent need for sun protection, as burn times swiftly decrease to 15 minutes during this period, highlighting the importance of proactive measures as the days grow longer and more intense.
With the arrival of the summer months, July reaches the peak index of 10, indicating an exceptionally high risk of harm from unprotected sun exposure, necessitating vigilant sun safety practices. The UV Index remains elevated in August at 9 and declines gradually in September to 8, suggesting that even as summer ends, caution remains essential. The index then further decreases through October, indicating a return to high exposure levels at 6, before dropping again in November and December, where it reaches 3 and 2, respectively, suggesting moderate to low risk. This seasonal fluctuation in the UV Index underlines the importance of awareness and protective strategies throughout the year, particularly during the sunny months when the risk of UV exposure is at its highest.
UV Risk Categories
In Mingǝcevir, Azerbaijan, daylight duration demonstrates a clear seasonal trend, steadily increasing from winter to summer and then gradually decreasing back to winter. January begins with just 9 hours of daylight, which extends to 10 hours in February and progresses to 11 hours by March. As spring unfolds, daylight hours increase more significantly, reaching 13 hours in April and peaking at 14 hours in May, allowing for ample time to enjoy outdoor activities. June tops the chart with 15 hours of daylight, marking the height of summer when the sun dominates the sky, providing longer days for residents and visitors alike.
As summer transitions into fall, daylight hours begin to decrease, dropping to 14 hours in July and 13 hours in August. This decline continues into September, where daylight is reduced to 12 hours, and further diminishes to 11 hours in October. The return of shorter days is evident in November and December, when daylight once again reaches 9 hours, mirroring the conditions experienced at the beginning of the year. This cyclical pattern of daylight duration not only affects daily life in Mingǝcevir but also plays a crucial role in agricultural practices and local ecosystems, emphasizing the region's dependence on natural light throughout the seasons.
Mingelchaur, Azerbaijan, experiences a continental climate with distinct seasonal variations. Winter months, particularly January and February, can be cold with temperatures ranging from -8°C to 21°C, while summer months see high averages around 29°C to 41°C in July and August. Precipitation peaks in spring, especially in May with 71 mm, contributing to a lush environment. Sunshine hours are abundant, particularly in June and July, with over 400 hours each month. For more detailed weather information, visit Mingelchaur climate.
In conclusion, the climate of Mingǝcevir, Azerbaijan, characterized by its semi-arid conditions, showcases distinct seasonal patterns that profoundly influence the region's weather, temperature, precipitation, sunshine duration, UV Index, and daylight hours. With hot summers peaking in both temperature and sunlight, alongside significant variations in rainfall, residents must adapt their lifestyles accordingly to harness the benefits while mitigating potential risks associated with heat and sun exposure. Likewise, the notable shifts in daylight duration throughout the year impact agricultural activities and daily routines. Understanding these climatic dynamics is essential for fostering sustainable practices and maximizing the agricultural potential of this unique region, ensuring both ecological balance and community resilience in the face of seasonal changes.