Last updated: January 18, 2025
Tataouine, Tunisia, experiences a BWh climate classification according to the Köppen-Geiger system, characterized by hot desert conditions. The temperature range is notable, with a minimum of 1°C (34°F) recorded in January, rising to an average of 21°C (70°F) throughout the year. The peak heat occurs in July, where temperatures can soar to a staggering 47°C (117°F), highlighting the extreme thermal variations that define this arid region.
Tataouine, Tunisia, exhibits a distinct seasonal temperature pattern marked by a gradual increase in warmth from winter to summer. In January, temperatures start relatively low, with minimums around 1°C (34°F) and average highs of 11°C (53°F). February sees a slight warming trend, while March ushers in a more significant rise, with maximums reaching 35°C (95°F). By April, daytime temperatures climb rapidly, peaking at 38°C (101°F). The sweltering summer months of June and July witness average highs soar to 31°C (87°F) and an extreme maximum of 47°C (117°F), respectively. As August shifts towards autumn, temperatures remain high but begin to gradually decline, with maximums averaging around 46°C (114°F). By September, there's a notable drop, with average highs settling at 28°C (83°F), and this cooling trend continues through October and November, leading into the cooler temperatures of December where maximums dip to 25°C (78°F). This cycle emphasizes Tataouine's transition from a mild winter to a scorching summer, indicative of its desert climate.
Tataouine experiences a significant temperature range, with a minimum of 2°C (36°F) in January and soaring to a maximum of 47°C (117°F) in July, as detailed in the monthly temperatures in Tataouine. Similarly, Remada registers slightly cooler temperatures, with a minimum of 1°C (34°F) in January, yet also reaches the same maximum of 47°C (117°F) in July, which can be viewed in the monthly temperatures in Remada.
Tataouine, Tunisia, experiences a predominantly arid climate, with annual precipitation levels revealing a clear seasonal distribution. Rainfall is most abundant during the late autumn and winter months, peaking in November at 30 mm (1.2 in), which is typically dispersed over about three days. Other wet months include October with 16 mm (0.6 in) and December with 11 mm (0.4 in), indicating a pattern where moisture is more prevalent in the cooler season. In stark contrast, the summer months, particularly from June to August, demonstrate a dramatic decrease in precipitation, with July recording no measurable rainfall at all.
The early spring months also exhibit modest rainfall, gradually increasing to a peak in April, which receives 12 mm (0.5 in) from just two days of rain. However, May sees a sharp drop, receiving only 3 mm (0.1 in), before transitioning into the dry summer period. In total, the precipitation trends in Tataouine underscore the region's classification as a desert climate, characterized by low annual rainfall averaging less than 150 mm (5.9 in), and emphasizing the crucial role of the cooler months in providing the majority of the region's very limited moisture.
In Tataouine, Tunisia, sunshine duration presents a compelling seasonal trend, with a marked increase in sunlight hours from winter through summer. January begins the year with 237 hours of sunshine, gradually climbing to 280 hours in February and 335 hours in March. This upward trajectory continues into spring, where April receives 347 hours, and May reaches 378 hours, signaling the approach of summer. By the time June arrives, Tataouine basks in a bright 382 hours of sunshine, with July peaking at an impressive 400 hours, making it the sunniest month of the year.
As summer transitions into autumn, there is a slight decline in sunshine, though September still boasts ample sunlight with 338 hours. The reduction becomes more pronounced in October, dropping to 322 hours, before ending the year with November and December at 283 hours each. Overall, the trend highlights Tataouine's characteristic abundance of sunny days, particularly during the summer months, contributing to its arid climate. This consistent exposure to sunshine not only enhances the region's warmth but also plays a significant role in agriculture and local life, showcasing the importance of solar energy in this vibrant desert landscape.
The UV Index in Tataouine, Tunisia, demonstrates significant seasonal fluctuations, with sharp increases as the year progresses towards summer. Starting the year in January at a moderate UV Index of 4, the region experiences minimal risk for sunburn with a recommended burn time of 30 minutes. As February arrives, the index rises to 6, indicating a high exposure category where the risk of harm from unprotected sun exposure increases. This upward trend continues into the spring months, reaching a very high UV Index of 8 in March and hitting 10 in April. The intensity peaks in May and June, where the index reaches its maximum of 11-12, categorized as extreme, reducing recommended burn time to just 10 minutes.
During the summer months of July and August, the UV Index remains dangerously high at 12 and 11, respectively, posing a significant risk to outdoor activities without adequate protection. As autumn approaches, there is a gradual decline, with September returning to a very high UV Index of 10 before tapering to 8 in October and 6 in November, where protective measures are still advisable. The year concludes in December with a return to a moderate level of 4, suggesting a decrease in sun exposure risk. These seasonal variations underscore the importance of sun safety protocols, especially during the peak summer months, to mitigate the harmful effects of intense UV radiation.
UV Risk Categories
In Tataouine, Tunisia, daylight duration exhibits a clear seasonal rhythm, marked by longer days as the year progresses towards summer. Starting with 10 hours of daylight in January, the region experiences a gradual increase in light hours, reaching 11 hours in both February and March. April witnesses a notable jump to 12 hours, followed by 13 hours in May, as the days become increasingly illuminated in anticipation of the summer solstice. June and July offer the longest daylight periods, each providing 14 hours of sun, maximizing opportunities for outdoor activities and solar energy utilization.
As summer recedes into autumn, daylight duration begins to taper off, reflecting the shift in seasons. In August, daylight decreases slightly to 13 hours, then to 12 hours in September. By October, daylight shortens further to 11 hours, before dropping back to 10 hours in November and December. This cyclical pattern highlights Tataouine's significant variation in daylight throughout the year, which not only impacts daily life and agricultural practices but also emphasizes the importance of planning activities according to the available sunlight in this desert environment.
Remada, Tunisia, experiences a hot desert climate characterized by extreme temperatures, particularly in the summer months. Average temperatures soar to 31°C (88°F) in July and August, while winter months see milder temperatures, dipping as low as 1°C (34°F) in January. Precipitation is minimal, with the majority occurring in the late fall and winter months, and July typically sees no rain at all. The region enjoys considerable sunshine, especially in the summer, with July receiving up to 399 hours of sun. For more details, visit Remada climate.
Tataouine, Tunisia experiences a hot desert climate characterized by extreme temperatures, particularly in the summer months, where July peaks at 47°C (117°F). Winters are mild, with January averages around 12°C (53°F), while precipitation is scarce, falling mostly between November and April, with July and August receiving almost no rainfall. The city enjoys a high number of sunshine hours, peaking in July with 401 hours. This combination of heat and sunlight makes Tataouine a unique destination for climate enthusiasts. For more details, visit Tataouine climate.
In conclusion, Tataouine, Tunisia, exemplifies the dynamics of a desert climate, characterized by extreme temperatures, limited precipitation, and abundant sunshine throughout the year. The distinct seasonal variations in temperature and daylight duration underscore the region's arid nature, while notable changes in the UV Index highlight the importance of sun safety, particularly during the peak summer months. As daylight hours expand significantly in spring and summer, residents and visitors alike can enjoy extended outdoor activities, albeit with necessary caution against intense UV radiation. Overall, understanding these climatic patterns is essential for effective planning and adaptation to the unique environmental conditions of Tataouine.