Last updated: January 18, 2025
Al Wāḩāt, Libya, showcases a BWh climate classification, characterized by its arid conditions and significant temperature fluctuations. With minimum temperatures reaching as low as 0°C (31°F) in January, the region experiences average yearly temperatures around 22°C (72°F). The peak of summer is marked by maximum temperatures soaring to an extreme 46°C (115°F) in May, reflecting the intense heat typical of desert climates. This stark temperature range underscores the challenges of living in such a dry, hot environment while highlighting the unique climatic characteristics of the region.
In Al Wāḩāt, Libya, temperature patterns reveal a distinct seasonal progression, characterized by mild winters and scorching summers. January begins with cool temperatures, featuring a minimum of 0°C (31°F) and an average of 13°C (56°F), gradually warming through February and March, where maximums approach 39°C (103°F). By April, the weather shifts dramatically, with averages hitting 22°C (71°F) and temperatures peaking at 44°C (112°F). The intense heat continues into May, where the region experiences its highest maximum of 46°C (115°F). The summer months of June and July maintain high averages of 28-29°C (82-84°F), while August remains equally warm. As autumn sets in, temperatures begin to cool, with September and October presenting reductions in both minimum and maximum temperatures. By November, the temperatures drop further, reaching a minimum of 4°C (40°F), before settling into the winter month of December, where the average temperature returns to a cooler 15°C (60°F). This seasonal shift underscores the stark contrasts in Al Wāḩāt's climate, from the very cold winters to the intense heat of summer.
Jalu experiences a minimum temperature of 1°C (33°F) in January and a maximum of 46°C (115°F) in May, as detailed monthly temperatures in Jalu. Similarly, Ajdabiya has a January low of 2°C (36°F) and peaks at 45°C (114°F) in May, outlined in the data available monthly temperatures in Ajdabiya. Awjilah mirrors Jalu with a January minimum of 1°C (35°F) and a maximum of 46°C (115°F) in May, which can be found in the linked resource monthly temperatures in Awjilah.
Precipitation in Al Wāḩāt, Libya, exhibits a marked seasonal pattern, with most rainfall concentrated in the winter months. January leads with 20 mm (0.8 in) of rain, typically falling over 3 days, while December follows closely with 19 mm (0.7 in). February and November also contribute to the total precipitation, registering 10 mm (0.4 in) and 9 mm (0.3 in), respectively, albeit with significantly fewer rainy days, reflecting the rarity of rain outside the winter season.
As the year progresses into spring and summer, rainfall sharply declines, culminating in the dry months from June to September, which receive virtually no precipitation at all. March marks the transition with a mere 6 mm (0.3 in) recorded, dropping to just 3 mm (0.1 in) in April, and continuing this downward trend through May to August. Minimal amounts of rain return in October, with 6 mm (0.2 in), but this is still far from the winter's precipitation levels, illustrating the stark contrast between the wet and dry periods in Al Wāḩāt's climate.
In Al Wāḩāt, Libya, sunshine duration displays a clear seasonal trend, with hours of sunlight steadily increasing from winter to summer. January starts the year with 238 hours of sunshine, gradually climbing to 384 hours by June. The peak sunshine month is July, when residents enjoy an impressive 402 hours of bright daylight, ideal for outdoor activities and agricultural productivity. This increase in sunlight not only enhances the region's arid landscape but also signifies the transition into the oppressively hot summer months, where warm, dry conditions prevail.
As summer gives way to autumn, sunlight hours begin to wane, though September still boasts a respectable 348 hours before transitioning into October, with 321 hours. The decline continues through November and December, reflecting the shorter days of winter, culminating in 288 hours of sunshine in December. Compared to the peak of summer, these winter months experience a significant drop in sunlight, illustrating the stark contrast between Al Wāḩāt's sun-soaked summers and the more subdued light of the cooler months. Overall, this pattern highlights the importance of sunlight in determining the region's climatic cycles and agricultural calendars.
The UV Index in Al Wāḩāt, Libya, reveals significant seasonal variation, reflecting the region's intense solar exposure, particularly during the summer months. Starting in January with a UV Index of 5, categorized as moderate, residents have a burn time of 30 minutes. As the months progress, February sees a noticeable increase to 7, marking the beginning of high exposure risks. This upward trend continues into March and April, where the UV Index reaches 9 and 10, respectively, indicating very high levels of ultraviolet radiation and necessitating shorter burn times of just 15 minutes.
The summer months bring the highest UV levels, peaking at 12 from May through August, categorized as extreme. During this time, individuals have just 10 minutes of exposure before risking sunburn, emphasizing the need for protective measures. Even in September, the UV Index remains dangerously high at 11, though it gradually decreases in October to 9. As winter approaches, the UV levels drop back to 5 in December, returning to a moderate exposure category. This data highlights the critical importance of sun safety practices during the hot months in Al Wāḩāt, underscoring the need for awareness and preparation against UV radiation.
UV Risk Categories
In Al Wāḩāt, Libya, daylight duration exhibits a gradual increase as the year progresses from winter into summer, culminating in the longest days of the year. Starting in January, residents experience about 10 hours of daylight, which slowly increases to 11 hours in February and March. By April, daylight extends to 12 hours, and this trend continues, reaching 13 hours in May. June marks the peak of daylight hours at 14 hours, providing ample time for outdoor activities and agricultural practices amid the warm, sunny weather.
As summer transitions into autumn, daylight duration gradually declines, beginning in July with 13 hours and further decreasing to 12 hours in September. This descent continues into October, with 11 hours, and both November and December return to 10 hours of light. This cyclical pattern of daylight duration not only reflects the climatic changes in Al Wāḩāt but also plays a vital role in the local lifestyle and agricultural schedules, emphasizing the importance of sunlight across the seasons.
Ajdabiya, Libya, experiences a semi-arid climate characterized by hot summers and mild winters. Temperatures peak in the summer months, reaching highs of 45°C (114°F) in May, while winter lows can drop to 2°C (36°F) in January. Precipitation is minimal, with June to August seeing virtually no rainfall, and a slight increase in November and December. The region enjoys ample sunshine, particularly in July with around 404 hours of sunlight. For more detailed information, visit Ajdabiya climate.
The climate in Al Burayqah, Libya, is characterized by mild winters and hot summers. January temperatures range from a minimum of 9°C (48°F) to a maximum of 24°C (75°F), while August sees highs reaching up to 39°C (102°F). Precipitation is minimal during summer months, with June through August recording no rainfall, whereas January and December are the wettest months, receiving around 55 mm (2.2 in) and 54 mm (2.1 in) respectively. Sunshine is abundant, peaking in July with about 404 hours of sunlight. For more details, visit Al Burayqah climate.
Awjilah, Libya experiences a hot desert climate with minimal precipitation year-round. Temperatures range from a chilly 1°C (35°F) in January to peaks of 46°C (115°F) in May and June. Rainfall is scarce, averaging less than 4 mm monthly, while sunshine hours are abundant, reaching up to 399 hours in July. Despite the high summer temperatures, winter months remain relatively mild, making the weather distinctly seasonal. For more detailed insights, visit Awjilah climate.
Az Zuwaytinah, Libya, experiences a hot desert climate characterized by mild winters and scorching summers. January and February see average temperatures ranging from 14°C (58°F) to 15°C (59°F), while summer months like July and August peak at an average of 27°C (81°F) to 28°C (83°F). Rainfall is scarce, with most months receiving little to no precipitation, notably June through August being completely dry. This region enjoys abundant sunshine throughout the year, reaching up to 406 hours in July. For more detailed information, visit Az Zuwaytinah climate.
Jalu, Libya experiences a hot desert climate characterized by extreme temperatures and minimal rainfall. January temperatures range from a chilly 1°C (33°F) to a warm 28°C (82°F), while summer months soar, with averages around 31°C (88°F) and maximums exceeding 44°C (112°F). Rainfall is scarce, with most months receiving less than 5 mm, peaking slightly in April. This region is also notable for high sunshine, particularly in July, with around 399 hours. For more detailed information, visit Jalu climate.
Maradah, Libya experiences a Mediterranean climate characterized by hot, dry summers and mild, wet winters. January sees average temperatures around 12°C (54°F) with minimal precipitation, while summer months, particularly July and August, consistently reach average highs of 29°C (84°F) and can peak over 45°C (113°F). Rainfall is scarce, with most months receiving less than 5 mm, and July and August often record no rain at all. The region enjoys ample sunshine, particularly from May to July, with July boasting up to 399 hours. For a detailed overview of the weather patterns, visit Maradah climate.
In summary, Al Wāḩāt, Libya, presents a distinctive climate characterized by its significant temperature fluctuations, limited precipitation, intense sunshine, high UV Index, and variable daylight duration. The region experiences extreme summer heat with peak temperatures reaching 46°C (115°F), while winter months offer much cooler conditions. Precipitation is sparse, primarily concentrated in the winter, and the sun shines brightly for extended periods, particularly in the summer, when daylight can last up to 14 hours. This combination of climatic factors not only shapes the local environment but also impacts the lifestyle of its residents. Understanding these elements is crucial for effective planning and adaptation to the unique challenges posed by this arid desert climate.