Last updated: January 18, 2025
Iğdır, Turkey, exhibits a diverse climate characterized by the Köppen-Geiger classes BSk (semi-arid) and Dfb (humid continental). The region experiences significant temperature fluctuations, with winter lows plunging to a minimum of -28°C (-18°F) in February, while summer peaks can soar to an impressive 40°C (105°F) in July. The annual average temperature stands around 10°C (51°F), highlighting Iğdır's unique climatic blend that fosters varied ecological and agricultural conditions throughout the year.
Iğdır, Turkey experiences a distinct seasonal temperature pattern that showcases sharp contrasts between winter and summer. The coldest months, January and February, see minimum temperatures drop to nearly -28°C (-18°F), with average highs only reaching 14°C (58°F). As winter gives way to spring, March and April herald a gradual warming, with average temperatures rising to around 10°C (50°F) in April and maximums climbing to 27°C (80°F). May marks a significant transition, as daily temperatures consistently exceed 30°C (86°F), leading into the sweltering summer, where July and August peak at a scorching 40°C (105°F) and 40°C (104°F), respectively. The arrival of fall brings a cooling trend, with temperatures declining through September and October, ultimately preparing for the return of winter as early as November, when temperatures again plunge below freezing. This cyclical temperature variation strongly influences Iğdır's climate and its agricultural practices.
In the region, Igdir experiences temperatures ranging from a minimum of -21°C (-6°F) in January to a maximum of 39°C (103°F) in July, as detailed in the monthly temperatures in Igdir. Tuzluca sees even colder winters, with January lows of -22°C (-7°F) and summer highs reaching 37°C (100°F) in August, outlined in the monthly temperatures in Tuzluca. Meanwhile, Aralik records the lowest winter temperatures, plunging to -24°C (-11°F) in January, while summer peaks at 36°C (98°F) in July, as shown in the monthly temperatures in Aralik.
Iğdır, Turkey, experiences a varied precipitation pattern throughout the year, with significant rainfall primarily concentrated in the spring and early summer months. Starting from January, the region sees relatively low precipitation, totaling 30 mm (1.2 in) over 6 days, but this increases considerably in February to 43 mm (1.7 in). The wettest months occur from March to May, where precipitation peaks in May with 119 mm (4.7 in) recorded across 17 days, marking a critical period for agricultural replenishment.
As summer arrives, Iğdır's precipitation begins to decrease, with June receiving 71 mm (2.8 in) over 13 days, and July slightly lower at 58 mm (2.3 in) and 11 days of rain. The trend continues into August and September with rainfall decreasing to 42 mm (1.7 in) and 36 mm (1.4 in). October and November see a minor uptick, averaging 41 mm (1.6 in), before rounding out the year with December at 46 mm (1.8 in). This seasonal distribution of precipitation plays a vital role in shaping the region’s agricultural landscape and ecosystem.
Iğdır, Turkey, showcases a distinct fluctuation in sunshine duration throughout the year, with a notable increase as the seasons shift from winter to summer. Starting in January, the region experiences 209 hours of sunshine, which gradually rises to 268 hours in February. This upward trend accelerates in the spring, with March receiving 309 hours and April further increasing to 334 hours. By May, the sunshine begins to reach peak levels, culminating in an impressive 391 hours of bright days, signaling the clear transition into the warmer months.
Summer brings the highest levels of sunshine, with July standing out as the sunniest month at 419 hours. Although August maintains a substantial 397 hours, the sunshine begins to wane as Iğdır transitions into fall. September records 347 hours, while October drops to 317 hours. As the year comes to a close, sunshine hours decline further, with November and December receiving 266 hours and 248 hours, respectively. This seasonal variation in sunshine not only influences the region's climate but also significantly impacts agricultural practices and local ecosystems, highlighting Iğdır's dynamic weather patterns throughout the year.
Iğdır, Turkey, experiences significant variations in UV Index levels throughout the year, reflecting the changing intensity of sunlight. Beginning in January, residents encounter a moderate UV Index of 4, allowing for safer sun exposure of approximately 30 minutes. As winter transitions to spring, the UV Index climbs steadily, reaching 6 in February and peaking at 10 in both March and April. These months indicate a very high level of UV radiation, requiring reduced burn times of just 15 minutes under direct sunlight to avoid skin damage.
The summer months amplify this trend dramatically, with the UV Index hitting an extreme level of 11 in May and maintaining 12 in both June and July, necessitating caution with safe exposure limited to merely 10 minutes. Although August sees a slight decline to 11, the UV Index remains in the extreme category well into early fall, with 9 in September. As autumn approaches, the UV Index decreases to 7 in October before dropping back to a moderate 4 in November and 3 in December, reinforcing the importance of sun safety measures throughout the year, particularly during the sunnier months when UV exposure can be hazardous.
UV Risk Categories
In Iğdır, Turkey, daylight duration exhibits a clear seasonal pattern, with shorter days in winter gradually lengthening into summer. January and December each receive only 9 hours of daylight, presenting the region's darkest months. As February arrives, daylight increases to 10 hours, followed by a steady rise to 11 hours in March. This trend continues into spring, with daylight extending to 13 hours in April and reaching 14 hours in both May and June, marking the peak of sunlight exposure as summer approaches.
Throughout the summer months, daylight duration remains consistent at 14 hours in July, before tapering off in August to 13 hours. As autumn unfolds, Iğdır experiences a gradual decline in daylight, descending to 12 hours in September and back to 11 hours in October. The cycle closes with November once again at 9 hours and December reflecting the shorter days once more. This rhythmic variation in daylight not only influences local climates but also plays a crucial role in shaping agricultural practices and daily life in the region.
Aralik, Turkey experiences a diverse climate with cold winters and warm summers. January sees temperatures ranging from a minimum of -24°C to a maximum of 10°C, while July warms up significantly, with average highs reaching 24°C. Precipitation peaks in spring, particularly in April with 161 mm, contributing to the overall yearly total of 1,150 mm. Sunshine hours vary throughout the year, with July enjoying the most at 418 hours. For more details, visit Aralik climate.
Gaziler, Turkey experiences a continental climate characterized by cold winters and warm summers. January sees temperatures ranging from a low of -27°C to a high of 9°C, while July can reach up to 35°C, with an average of 22°C. Precipitation is highest from March to June, with May recording an average of 106 mm, contributing significantly to the region's lushness. The area enjoys ample sunshine, peaking in July with 419 hours, making it a bright and inviting summer destination. For more detailed information, visit Gaziler climate.
The climate in Igdir, Turkey, exhibits significant temperature variation throughout the year, ranging from frigid January lows of -21°C (-6°F) to summer highs of 39°C (102°F) in July and August. Precipitation peaks in March and April with 76 mm (3.0 in) and 81 mm (3.2 in) respectively, while the summer months experience less rain. Sunshine is abundant, especially in the summer, with July receiving 418 hours of sunlight. Overall, Igdir has a diverse climate that combines cold winters with hot summers, making it a unique location for weather patterns. For more details, visit Igdir climate.
Karakoyunlu, Turkey experiences a diverse climate with harsh winters and warm summers. January sees temperatures ranging from -26°C to 7°C, while July reaches averages of 19°C to a high of 32°C. Precipitation peaks in May at 174 mm, contributing to a substantial annual rainfall, especially during spring months. The region enjoys considerable sunshine, with July granting the most hours at 421. For more detailed climate information, visit Karakoyunlu climate.
Tasburun, Turkey experiences a diverse climate with cold winters and hot summers. January and February are the coldest months, with temperatures dropping to as low as -21°C (-6°F) and average highs around 1-2°C (33-36°F). The summer months of June to August show a significant rise in temperatures, often reaching up to 40°C (104°F). Precipitation is relatively high from March to May, with April recording around 88 mm (3.5 in) of rain, while the summer months are drier. For more detailed information, visit Tasburun climate.
Tuzluca, Turkey, experiences a continental climate characterized by cold winters and warm summers. January temperatures can plummet to a minimum of -22°C (-7°F), while July can soar to a maximum of 37°C (99°F). Precipitation peaks in late spring, with May seeing an average of 88 mm (3.4 in), and the region enjoys substantial sunshine, particularly in July with 419 hours. The climate offers a great variety, making it a unique location for those interested in diverse weather patterns. For more detailed information, visit Tuzluca climate.
In conclusion, Iğdır, Turkey, showcases a dynamic interplay of climatic factors, evidenced by its temperature fluctuations, precipitation patterns, UV Index variations, and daylight duration throughout the year. The region's distinct seasonal transitions—from cold winters to scorching summers—are matched by shifts in rainfall and sunshine, underscoring its diverse ecological and agricultural landscape. As residents adapt to the varying UV exposure and daylight hours, the importance of sun safety and seasonal planning becomes increasingly evident. Understanding these climatic trends is essential not only for enhancing local agricultural practices but also for promoting public awareness and health in the face of Iğdır's unique weather patterns.