Last updated: January 18, 2025
Al-Hasakah, located in the Syrian Arab Republic, features a diverse climate shaped by its Köppen-Geiger classifications of Csa (Mediterranean) and BSh (Semi-arid). The region experiences a significant temperature range, with winter lows plunging to a minimum of -11°C (12°F) in January, while summer peaks can soar to an extreme 48°C (119°F) in August. The annual average temperature rests at a comfortable 21°C (70°F), underscoring Al-Hasakah's unique climatic characteristics that reflect both continental and Mediterranean influences.
In Al-Hasakah, Syrian Arab Republic, temperature patterns exhibit a distinct seasonal rhythm, characterized by cold winters and scorching summers. January begins with frigid temperatures, where minimum readings can drop to -11°C (12°F) and average values hover around 8°C (46°F). As the year progresses, February and March see a gradual warming trend, with temperatures rising to a maximum of 33°C (92°F) by March. The transition into April marks a significant shift, as minimum temperatures climb above 5°C (41°F), leading into the hotter months of late spring and summer. By May, average temperatures surge to 25°C (77°F), reaching a peak of 48°C (119°F) in August, making it the hottest month. The arrival of September brings slightly cooler temperatures but retains summer warmth, while October and November see a gradual retreat back into cooler conditions, with December temperatures plummeting again to sub-zero levels. This seasonal fluctuation from deep winter to intense summer reveals the stark climatic contrasts experienced in this region.
Al Qamishli experiences a temperature range from a frigid -8°C (17°F) in January to a scorching 46°C (114°F) in August, as detailed in the monthly temperatures in Al Qamishli. Meanwhile, Amuda records even lower winter temperatures, reaching a minimum of -9°C (16°F) in January, with summer highs peaking at 46°C (116°F), as seen in the [monthly temperatures inAmuda](/climate/syrian-arab-republic/al-hasakah/-amuda.html). Al Hasakah showcases a similar pattern, with February lows of -6°C (21°F) and August heating up to 47°C (117°F), which can be explored further in the monthly temperatures in Al Hasakah.
Al-Hasakah, situated in the Syrian Arab Republic, experiences a distinct seasonal pattern in precipitation, primarily concentrated in the winter and early spring months. January starts the year with 54 mm (2.1 in) of rainfall over an average of 7 days, showing moderate precipitation that slightly decreases to 49 mm (1.9 in) in February. March peaks with the highest monthly precipitation of 80 mm (3.2 in) over 9 days, followed by April’s 59 mm (2.3 in) over 7 days. By May, however, rainfall diminishes significantly to 33 mm (1.3 in), indicating the transition to drier conditions.
The summer months of June, July, and August are notably arid, with negligible rainfall recorded—only 2 mm (0.1 in) in June and no precipitation during July and August. As autumn arrives, October brings a modest 16 mm (0.6 in) over just 1 day, while November sees a slight increase to 35 mm (1.4 in) across 5 days. December closes the year with 68 mm (2.7 in) of rainfall over 9 days, reinforcing the winter pattern of precipitation in Al-Hasakah. This cyclical distribution highlights the region's semi-arid climate, marked by wet winters and dry summers.
In Al-Hasakah, Syrian Arab Republic, sunshine duration showcases a clear seasonal pattern, with hours of sunlight gradually increasing as winter transitions to summer. January starts the year with 210 hours of sunshine, a modest amount that slowly ascends to 256 hours in February. This upward trend continues, peaking dramatically in April with 343 hours, and reaching a sunny climax in July at 413 hours. May and June also enjoy substantial sunshine, with 394 hours and 401 hours respectively, reflecting the region's move into the scorching summer months. This progression emphasizes the sun's increasing dominance as the year advances.
As summer begins to wane, sunshine hours gradually taper off, yet they remain significant compared to the winter months. August still enjoys a healthy 389 hours of sunshine, but by September and October, the duration decreases to 346 hours and 310 hours, respectively. The year closes out on a softer note, with November and December experiencing the least sunlight at 267 hours and 241 hours. Overall, this clear seasonal trend highlights Al-Hasakah's distinct climatic rhythm, where long summer days starkly contrast with the shorter, cooler winter periods.
In Al-Hasakah, Syrian Arab Republic, the UV Index reveals significant seasonal variations that warrant attention for sun protection. The year begins with moderate UV levels in January and February, averaging 4 and 5, where the recommended burn time is 30 minutes. However, as spring approaches, March marks a dramatic shift with a spike to 8, categorized as very high, reducing safe exposure time to just 15 minutes. This rise continues into April at 9 and peaks dramatically in May and June, where the UV Index reaches extreme levels of 11 and 12. During these months, the burn time is reduced to a mere 10 minutes, signifying the urgency for effective sun protection.
As summer progresses into August and September, the UV Index remains elevated, at 10 and 9 respectively, indicating very high exposure levels with burn times still at 15 minutes. A gradual decline occurs in October as the index decreases to 7, categorized as high, allowing for slightly increased sun exposure at 25 minutes. By November and December, the UV Index subsides back to moderate levels of 4 and 3, with burn times returning to 30 minutes. This seasonal trend emphasizes the importance of monitoring UV levels in Al-Hasakah, particularly during the summer months when protective measures are crucial to prevent skin damage.
UV Risk Categories
In Al-Hasakah, Syrian Arab Republic, daylight duration varies significantly throughout the year, reflecting a clear seasonal rhythm. January begins with only 9 hours of daylight, gradually increasing to 10 hours in February and reaching 11 hours by March. This trend continues through April, where daylight extends to 13 hours, and further peaks in May and June, offering 14 hours of sunshine. This ample daylight sets the stage for the long, bright summer days characteristic of the region.
As summer transitions to autumn, daylight begins to wane, with July still maintaining 14 hours but decreasing slightly to 13 hours in August. September sees 12 hours of daylight, followed by a further reduction to 11 hours in October. The gradual decline continues into November with 10 hours of daylight, and winter returns in December with 9 hours once again. This cyclical pattern highlights the dynamic nature of daylight in Al-Hasakah, illustrating how the region experiences longer days in summer that sharply contrast with the shorter days of winter.
Amuda, located in the Syrian Arab Republic, experiences a diverse climate with distinct seasonal variations. Winter months (January to March) can be quite cold, with temperatures ranging from -9°C to 27°C, while summers (June to August) are hot, with highs exceeding 46°C. Precipitation peaks in the spring (March) and winter (January, December), and dry conditions prevail in the summer months. Despite the dryness, Amuda enjoys significant sunshine year-round, particularly during the summer, with July reaching up to 418 hours of sunlight. For more detailed information, visit `Amuda climate.
The climate in Arishah, Syrian Arab Republic, is characterized by hot summers and mild winters. Temperatures peak during July and August, reaching highs of up to 47°C (117°F), while January sees lows of -6°C (22°F). Precipitation is predominantly concentrated in the winter months, with January and March receiving the most rainfall at 32 mm (1.2 in) and 49 mm (1.9 in), respectively. The region enjoys abundant sunshine, particularly in the summer, with July recording around 410 hours of sunshine. For more detailed information, visit `Arishah climate.
The climate in Ad Darbasiyah, Syrian Arab Republic, features significant seasonal temperature variations, with winter lows reaching -8°C (18°F) in January and summer highs peaking at 46°C (115°F) in August. Precipitation is concentrated primarily from December to March, with January experiencing the highest rainfall at 60 mm (2.4 in), while summer months are typically dry. The region benefits from ample sunshine, especially from June to August, when it can enjoy over 400 hours of sunlight per month. For more details about the climate, visit Ad Darbasiyah climate.
Al Hasakah, located in the Syrian Arab Republic, experiences a continental climate characterized by hot, dry summers and cool, wet winters. January temperatures range from a minimum of -3°C to a maximum of 19°C, while July sees highs of up to 46°C. Precipitation is concentrated in the cooler months, with January receiving about 43 mm, and virtually none during the peak summer months of July and August. Despite limited rainfall, Al Hasakah enjoys abundant sunshine, with over 400 hours of sunlight in July. This climatic pattern influences the region's agriculture and water resources significantly. For more detailed information, visit Al Hasakah climate.
The climate in Al Hawl, Syrian Arab Republic, exhibits a significant temperature variation throughout the year, with winter months averaging around 8°C (47°F) and summer highs reaching up to 46°C (114°F) in July and August. Precipitation is concentrated in the cooler months, notably March, which receives 71 mm (2.8 in), while the summer months typically see little to no rainfall. Sunshine is abundant, peaking at 410 hours in July, contributing to the area's dry summer climate. The overall climate can be characterized as hot and dry in summer, with a cooler, wetter winter season. For more details, visit Al Hawl climate.
Al Jawadiyah, located in the Syrian Arab Republic, experiences a diverse climate characterized by cold winters and extremely hot summers. January temperatures typically range from a minimum of -9°C (16°F) to a maximum of 20°C (68°F), while July peaks at a scorching 46°C (115°F). Precipitation is highest in early spring, particularly in March with 105 mm (4.1 in), while summer months see minimal rainfall. Sunshine is abundant, with July receiving the most hours at 416, creating a long, hot summer season. For more detailed information, visit Al Jawadiyah climate.
The climate in Al Malikiyah, Syrian Arab Republic, features cold winters with January temperatures ranging from -11°C to 19°C and significant precipitation, peaking at 151 mm in March. Summers are hot, with July averages reaching 33°C and no rainfall between June and September. The city enjoys abundant sunshine, hitting a peak of 416 hours in July and remaining fairly high throughout the year. Seasonal transitions are marked by substantial changes in temperature and precipitation levels. For more details, visit Al Malikiyah climate.
Al Qahtaniyah, located in the Syrian Arab Republic, experiences a diverse climate with cold winters and hot summers. January temperatures can drop to -9°C (16°F) and peak at 19°C (67°F), while summer months see highs reaching up to 46°C (115°F) in August. Precipitation is most abundant during early spring, particularly in March with 93 mm (3.7 in), while the summer months are notably dry, with negligible rainfall from July to September. The region enjoys ample sunshine, particularly in July, which boasts 416 hours of sunlight. For more detailed information, visit Al Qahtaniyah climate.
Al Qamishli experiences a continental climate, characterized by cold winters and hot summers. January's average temperature is around 7°C (45°F), gradually warming to a peak of 34°C (94°F) in April, with July and August showcasing extreme heat, averaging 34°C (93°F) and 33°C (92°F), respectively. Precipitation primarily occurs in the winter and early spring months, with July and August being notably dry. The region enjoys significant sunshine, especially in the summer, accumulating over 400 hours per month in June and July. For more information, visit Al Qamishli climate.
Al Yarubiyah, located in the Syrian Arab Republic, experiences a diverse climate with significant temperature variation throughout the year. Winter months, such as January and February, see minimum temperatures drop to around -6°C (21°F) with moderate precipitation, while summer peaks in July can reach up to 47°C (116°F) with nearly no rainfall. The region enjoys abundant sunshine, particularly during the summer, with July averaging 411 hours of sun. For more detailed information on the climate in Al Yarubiyah, click here: Al Ya`rubiyah climate.
The climate in Ash Shaddadah, Syrian Arab Republic, is characterized by hot summers and mild winters. January sees temperatures ranging from -2°C to 20°C, whereas peak summer months, especially July and August, experience highs of up to 48°C. Precipitation is minimal during the summer, with July and August recording no rainfall, while winter months receive more, with January averaging 25 mm. The region enjoys abundant sunshine, particularly in the summer months, with July boasting about 405 hours of sunlight. For more detailed information, visit Ash Shaddadah climate.
Bi'r al Hulw al Wardiyah experiences a distinct climate characterized by hot summers and mild winters. Average temperatures range from a low of -4°C (24°F) in February to a high of 47°C (117°F) in August, with June through August being particularly dry. Precipitation peaks in March at 82 mm (3.2 in) and diminishes significantly during the summer months, where hardly any rainfall occurs. The region enjoys ample sunshine, especially in the summer, with July receiving approximately 415 hours of sunlight. For more detailed climate information, visit Bi'r al Hulw al Wardiyah climate.
The climate in Markadah, Syrian Arab Republic, features hot summers and mild winters. January temperatures range from a low of -2°C to a high of 20°C, while July sees maximums reaching up to 47°C. Precipitation is concentrated in the winter months, especially in March with 43 mm, while summer remains mostly dry. Sunshine is abundant year-round, peaking at 398 hours in July. For more detailed climate information, visit Markadah climate.
Ra's al Ayn in the Syrian Arab Republic experiences a continental climate with distinct temperature variations throughout the year. Winters are cold, with January temperatures ranging from -5°C (24°F) to 19°C (66°F) and moderate precipitation peaking at 62 mm in March. Summers are hot and dry, particularly from June to August, when temperatures can reach up to 47°C (117°F) and rainfall is minimal. Despite the heat, sunshine is abundant, with July averaging 417 hours of sunlight. For more detailed climate information, visit [Ra's alAyn climate](/climate/syrian-arab-republic/al-hasakah/ra-s-al--ayn.html).
Tall Hamis, located in the Syrian Arab Republic, experiences a varied climate with distinct seasonal changes. Winter months see temperatures ranging from -6°C to 20°C, while summer peaks can reach up to 47°C in August. Rainfall is most frequent in the early months, with March receiving the highest average precipitation of 87 mm, and evaporation is notably low during the summer. The area enjoys plenty of sunshine, with July boasting the highest hours at 412. For more details, visit Tall Hamis climate.
Tall Tamr, located in the Syrian Arab Republic, experiences a continental climate characterized by hot summers and mild winters. Temperatures range from a low of -6°C (21°F) in February to a high of 47°C (116°F) in August, with the peak summer months of June through August seeing average temperatures around 34°C (94°F). Precipitation is relatively sparse during the summer, with July and August receiving little to no rainfall, while December and March are the wettest months. Sunshine is abundant, especially in the summer, with over 400 hours of sunshine in July. For more details, visit Tall Tamr climate.
In summary, Al-Hasakah, Syrian Arab Republic, embodies distinct climatic characteristics that shape its weather patterns, including temperature, precipitation, sunshine duration, UV Index, and daylight variation throughout the year. With marked seasonal changes, the region experiences extreme summer heat and cold winter temperatures, accompanied by significant precipitation primarily concentrated in the winter and spring months. The sunshine hours peak during the summer, emphasizing the need for sun protection due to elevated UV Index levels, particularly from March to June. Additionally, changing daylight duration highlights the dynamic interplay of sunlight across the seasons, affecting daily life and activities. Understanding these climatic nuances is essential for residents and visitors alike, as they navigate the environmental conditions of this unique region.