Last updated: January 18, 2025
Yardımlı, Azerbaijan, exhibits a Csa climate classification according to the Köppen-Geiger system, characterized by a distinct Mediterranean pattern. Winter temperatures can plunge to a minimum of -16°C (4°F) in January, while summer months see remarkable highs, peaking at 35°C (95°F) in July. With an average annual temperature of 12°C (54°F), Yardımlı experiences a significant seasonal temperature variation, reflecting both the challenges and adaptations inherent in this unique climate.
Yardımlı, Azerbaijan, displays a clear seasonal temperature pattern, transitioning from cold winters to hot summers. January and February experience the coldest temperatures, with minimums ranging from -16°C (4°F) to -13°C (9°F) and average temperatures hovering just above freezing. As spring approaches, March and April show a gradual warming trend, with averages rising from 6°C (43°F) in March to 10°C (51°F) in April, while maximums climb significantly. May brings further warmth, with average temperatures reaching 16°C (61°F), leading into the hot summer months of June and July, where averages peak at 21°C (70°F) and 23°C (74°F), respectively, and maximums soar to 35°C (95°F). The trend continues into August, before a gradual cooling begins in September, heralding the arrival of autumn. By November and December, Yardımlı experiences a return to cooler temperatures, illustrating a dramatic yet familiar climate cycle through the year.
Yardimli experiences a significant temperature variation throughout the year, with January temperatures plummeting to a minimum of -16°C (4°F) and July reaching a maximum of 35°C (95°F). This diverse climate makes Yardimli an intriguing location for those interested in experiencing both cold winter days and warm summer heat. For more detailed information about monthly temperatures in Yardimli, visit monthly temperatures in Yardimli.
Yardımlı, Azerbaijan, experiences a diverse precipitation pattern throughout the year, reflecting its Mediterranean climate. The wettest months are March and October, with rainfall reaching 89 mm (3.5 in) and 93 mm (3.7 in) respectively, often accompanied by 14 days of precipitation in both months. Early spring sees substantial moisture as well, with February and April receiving 73 mm (2.9 in) and 72 mm (2.8 in), while May still maintains significant rain at 60 mm (2.4 in) over 14 days. The winter months, particularly January, also contribute to the overall precipitation totals, with 48 mm (1.9 in) falling across 6 days.
As summer approaches, the precipitation sharply declines, particularly in June and July, where rainfall drops to 22 mm (0.9 in) and 12 mm (0.5 in) respectively, reflecting the drier conditions typical of the season. With only 5 days of rain in June and a mere 2 days in July, the region experiences its driest periods during the peak of summer. August sees a slight uptick with 16 mm (0.6 in) over 3 days, followed by a return to increased rainfall in September at 47 mm (1.8 in). This fluctuation captures the seasonal water availability, essential for the local ecology and agricultural practices in Yardımlı.
In Yardımlı, Azerbaijan, the annual sunshine duration exhibits a notable seasonal pattern, with a steady increase as winter transitions to summer. Beginning with 190 hours in January, sunlight hours gradually build through the spring months, culminating in 305 hours in April and reaching a peak of 381 hours in May. This upward trend continues as the summer months approach, with June achieving 391 hours and July topping the charts with an impressive 400 hours. Such clarity and warmth during these months not only enhance the overall ambiance but also provide vital energy for the region’s natural ecosystems.
As summer transitions into autumn, the sunshine hours begin to taper off, albeit at a more gradual pace. Despite this decline, August still retains a healthy 379 hours of sunlight, while September sees a drop to 306 hours. The fall months of October and November experience the most significant decreases, with sunshine durations falling to 252 hours and 209 hours, respectively. This seasonal decline leads into the winter months, where daylight hours diminish once again, but overall, Yardımlı’s annual sunshine data reflects a clear and vibrant cycle of light that underpins the region's climatic character and agricultural viability.
Yardımlı, Azerbaijan, experiences a significant variability in UV Index throughout the year, reflecting the seasonal changes in sun exposure. The year begins with a moderate UV Index of 3 in January, steadily rising to 4 in February. As spring progresses, the UV Index escalates dramatically, peaking at 7 in March, as awareness of potential sun-related risks becomes increasingly relevant. April and May see this trend intensify with values of 8 and 10, moving into the very high exposure category, which significantly shortens the burn time to just 15 minutes in strong sunlight.
During the height of summer from June to August, the UV Index remains at a peak of 10, indicating very high levels of ultraviolet radiation and reinforcing the need for protective measures outdoors. As summer wanes, the index drops to 9 in August and gradually decreases further in September and October, where it falls to 6. The autumn months continue this downward trend, returning to moderate levels of 4 in November and dropping to a low of 2 in December, where longer burn times of 45 minutes are noted. The seasonal UV Index profile in Yardımlı highlights the importance of UV protection during the sunnier months, while also illustrating how winter offers respite from intense UV exposure.
UV Risk Categories
In Yardımlı, Azerbaijan, daylight duration follows a clear seasonal progression, characterized by gradual increases in illumination from winter into summer. Starting with 9 hours of daylight in January, the days slowly grow longer, reaching 10 hours in February and extending to 11 hours by March. The arrival of spring ushers in a more pronounced surge in daylight, with April offering 13 hours, while May and June showcase the peak at 14 hours, marking the height of the growing season and enhancing outdoor activities in the region.
As summer transitions into autumn, daylight hours begin to taper off, but still remain relatively generous. July maintains the 14 hours of light, followed closely by August with 13 hours. However, as September approaches, daylight diminishes to 12 hours and continues to decline through the fall with 11 hours in October and 10 hours in November. By December, daylight returns to 9 hours, reflecting the seasonal ebb and flow that defines Yardımlı's climate. This cyclical pattern highlights the region’s remarkable shifts in light exposure year-round, impacting both natural ecosystems and human activities.
The climate in Yardimli, Azerbaijan, is characterized by cold winters and warm summers. January is the coldest month, with temperatures ranging from -16°C to 16°C, while July experiences the highest temperatures, averaging around 23°C with peaks up to 35°C. Precipitation levels vary throughout the year, with March recording the highest at 89 mm, and July being the driest with only 12 mm. Sunshine is abundant, particularly in the summer months, reaching a peak of 400 hours in July. For more detailed information, visit Yardimli climate.
In conclusion, Yardımlı, Azerbaijan, showcases a diverse climatic profile characterized by its distinct temperature variations, precipitation patterns, and sunlight duration throughout the year. The region experiences cold winters with significant sunshine hours that gradually increase into the hot, sun-soaked summers, marked by elevated UV Index levels that require appropriate sun protection. With its cyclical patterns of daylight, rainfall, and temperature, Yardımlı not only exemplifies the complexities of a Mediterranean climate but also highlights the importance of understanding these dynamics for both environmental stewardship and public health. This nuanced interplay of climatic factors underscores the region's ecological richness and the vital role these elements play in shaping local lifestyles and agricultural practices.