Climate of Qatar

Last updated: April 14, 2025

Qatar's climate is characterized by its extreme temperature variations and low precipitation, creating a distinctly arid environment. January and February see the coolest temperatures, with a minimum of 4°C (40°F) recorded in Baladīyat ar Rayyān, while July can soar to a blistering maximum of 50°C (121°F) in the same region. Rainfall is scarce; August often records no precipitation at all in Madīnat ash Shamāl, whereas February can bring a slight respite with up to 25 mm (1.0 in) of rain. Humidity levels fluctuate throughout the year, dropping to a minimum of 18% in July, but rising to a more comfortable 49% in November, creating a stark contrast in the overall climate experience across the seasons.

Qatar Climate Zones

Qatar is predominantly classified under the BWh Köppen-Geiger climate category, characterized by a hot desert climate. This arid condition is evident across various regions, including Al Khor, Al Wakrah, and Al-Shahaniya. The heat persists in areas such as Baladīyat Umm Şalāl, Baladīyat ad Dawḩah, and Baladīyat ar Rayyān. Furthermore, towns like Baladīyat az̧ Z̧a‘āyin and Madīnat ash Shamāl also experience this dry and hot climate, making Qatar an epitome of desert conditions that shape its landscape and lifestyle.

Köppen-Geiger Climate Classification of Qatar
Climate ZoneDescription
BWhHot desert climate with extremely low rainfall and high temperatures.

Qatar Temperature by Month

Qatar's temperature trends reveal a striking progression from mild winters to scorching summers. In January, temperatures start cool, with a minimum of 7°C (44°F) in Baladīyat ar Rayyān and warming up to 30°C (87°F) in Al-Shahaniya. As February approaches, minimums dip slightly to 4°C (40°F) while maximums can soar to 35°C (96°F) in Baladīyat ar Rayyān. March ushers in a more dramatic temperature shift, with highs reaching up to 41°C (107°F). By April, even more heat descends, with temperatures peaking at 43°C (110°F). This pattern continues into May and June where temperatures skyrocket, reaching a blistering 47°C (116°F) in May and an alarming 49°C (120°F) in June. The peak of the heat is felt in July with maximum temperatures hitting an intense 50°C (121°F). While August and September remain similarly oppressive, with highs around 49°C (120°F) and 47°C (117°F), a noticeable drop begins in October as temperatures ease down to 44°C (111°F). This cooling trend continues into November and December, where min-max ranges settle around 14°C (58°F) to 37°C (98°F), allowing for more moderate and comfortable conditions before the cycle repeats. This rhythmic dance of extremes portrays Qatar's unique climate, characterized by intense heat, particularly in the summer months.

Monthly Temperatures in Qatar

The chart illustrates Qatar's temperature patterns throughout the year, with values aggregated from various locations across the region. It highlights seasonal variations and temperature changes across the months.
JanFebMarAprMayJunJulAugSepOctNovDec666672808894969693877870
Data source: Qatar temperature data aggregated from multiple country locations, generated using Copernicus Climate Change Service information.
Choose your preferred temperature unit
The average of daily temperatures (24 hours) calculated across all days in the month.

Precipitation Patterns in Qatar

In Qatar, precipitation patterns reveal distinct seasonal trends that significantly impact the climate. During the summer months, particularly in August, rainfall is virtually nonexistent, with some areas, like Madīnat ash Shamāl, experiencing a dry spell of 0 mm. Conversely, February emerges as the wettest month, with Madīnat ash Shamāl receiving up to 25 mm of rain on average. This month also sees a peak in the number of rainy days; for instance, Al Khor can experience up to 3 days of precipitation, marking a sharp contrast to June, where rainfall is virtually absent. Such variability underscores Qatar's arid climate, characterized by scarce rain that is concentrated in just a few months.

Precipitation Trends in Qatar

The chart illustrates Qatar's yearly temperature patterns, showing data aggregated from various locations across the region, highlighting seasonal variations and monthly temperature changes.
JanFebMarAprMayJunJulAugSepOctNovDec4211781000011014
Data source: Qatar precipitation data aggregated from multiple country locations, generated using Copernicus Climate Change Service information.
Choose your preferred precipitation unit

Qatar Humidity

In Qatar, humidity levels exhibit notable seasonal fluctuations, shaping the climate experience. In July, residents in Madīnat ash Shamāl encounter the lowest humidity, dropping to a dry 18%, which can add to the discomfort of the intense summer heat. Conversely, as November arrives, humidity peaks at 49%, bringing a sense of dampness that contrasts sharply with the preceding months. This shift is significant, as it underscores the transition from the extreme aridity of summer to the more moderate conditions of late fall, enhancing the overall climate variability in this dynamic region.

Average Humidity in Qatar

Qatar's Average Monthly Humidity Levels: This chart highlights Qatar's humidity fluctuations throughout the year, making it easy to compare seasonal trends. See how humidity varies month by month and understand Qatar's climate patterns.
JanFebMarAprMayJunJulAugSepOctNovDec43%37%32%32%33%25%22%25%31%39%48%45%
Data source: Humidity data for Qatar generated using information from the Copernicus Climate Change Service.

Qatar UV Index Trends

In May, Qatar experiences notably high ultraviolet (UV) radiation levels, with average daily maximum UV Index (UVI) values reaching 11 in Al Wakrah and escalating to 12 in Al Khor. This trend highlights the growing intensity of sun exposure during this month, urging residents and visitors to take appropriate sun safety measures. Such elevated UV levels underscore the importance of staying informed about potential skin damage risks, reinforcing the need for sun protection strategies, particularly in regions like Al Khor, where the UVI peaks even higher.

Maximum UV Index Levels in Qatar

The chart shows the monthly maximum UV Index (UVI) in Qatar, representing the highest UV radiation level. The UVI measures the intensity of ultraviolet radiation from the sun, indicating the potential risk of sunburn and UV-related health issues.
JanFebMarAprMayJunJulAugSepOctNovDec6811111212101010875
Data source: Qatar UV Index data aggregated from multiple regional locations, generated using Copernicus Climate Change Service information.

UV Risk Categories

  •  Extreme (11+): Avoid the sun, stay in shade.
  •  Very High (8-10): Limit sun exposure.
  •  High (6-7): Use SPF 30+ and protective clothing.
  •  Moderate (3-5): Midday shade recommended.
  •  Low (0-2): No protection needed.

Sunshine Duration in Qatar

Qatar enjoys a remarkable amount of sunshine throughout the year, with distinct trends emerging between winter and summer months. In January, sunshine duration varies slightly, with 243 hours recorded in Madīnat ash Shamāl and 247 hours in Al Wakrah, providing a bright start to the year. However, as temperatures soar in July, both locations bask in an impressive array of sunshine, with Al Wakrah receiving 372 hours and Madīnat ash Shamāl even more, at 376 hours. This striking increase highlights Qatar's shift from cooler, sunnier days in winter to an even more radiant summer, showcasing the country's consistent allure for sun-seekers year-round.

Monthly Sunshine Duration in Qatar

The Qatar sunshine duration chart shows the total hours of direct sunlight in Qatar each month, excluding cloudy or obstructed periods, and compares the sunshine duration across different months of the year.
JanFebMarAprMayJunJulAugSepOctNovDec246h286h329h330h370h369h373h362h339h326h297h298h
Data source: Qatar sunshine duration data aggregated from multiple country locations, generated using Copernicus Climate Change Service information.

Chance of Sun in Qatar

When considering sunny weather in Qatar, a clear trend emerges across the months and regions. In December, Madīnat ash Shamāl experiences a moderate 53% likelihood of sunshine, indicating the cooler season is still relatively bright. However, by June, this figure skyrockets to an impressive 99% in Baladīyat ad Dawḩah, showcasing the country's transformation into a sun-drenched haven. This dramatic shift underscores Qatar's reputation as a predominantly sunny destination, particularly during the summer months, where the sun reigns supreme over nearly every day.

Percentage of Sunny Days in Qatar

The chart illustrates the percentage of sunny days in Qatar throughout the year. It highlights the variation in sunshine across each month and provides an overview of the typical frequency of sunny days, offering insights into how often Qatar experiences clear skies throughout the year.
JanFebMarAprMayJunJulAugSepOctNovDec87%77%91%81%97%99%84%99%97%88%97%55%
Data source: Qatar chance of sun data, generated using information from the Copernicus Climate Change Service.

Average Daylight Hours Across the Qatar

In Qatar, daylight hours exhibit a distinct seasonal rhythm, particularly evident in Madīnat ash Shamāl. During the winter month of December, residents experience about 10 hours of daylight, while the summer month of June boasts an impressive increase to 13 hours. This variation highlights a shift from shorter days in winter to significantly longer days in summer, illuminating the landscape and offering ample opportunities for outdoor activities. As the sun rises higher in the sky, the extended daylight in June invites both locals and visitors to embrace the vibrant lifestyle that Qatar has to offer.

Average Monthly Daylight Hours in Qatar

This chart shows the total daylight hours Qatar receives each month, calculated by summing the hours between sunrise and sunset.
JanFebMarAprMayJunJulAugSepOctNovDec10h 42m11h 16m12h12h 45m13h 23m13h 42m13h 32m12h 59m12h 16m11h 31m10h 52m10h 32m
Data source: Qatar daylight hours, calculated by summing the hours between sunrise and sunset for each day.

Climate Breakdown by Qatar Region

Al Khor, Qatar, experiences a hot desert climate characterized by long, sweltering summers and mild winters. January ushers in cooler temperatures with averages around 19°C (66°F), while by July and August, residents face the peak of heat, with averages soaring to 35°C (96°F) and maximums reaching up to 47°C (116°F). Rainfall is scarce, rarely exceeding 21 mm in February, leaving the summer months dry and arid. Humidity tends to dip during the blistering summer, making the heat feel even more intense, while the cooler months bring a refreshing change with moderate moisture levels. For more detailed climate insights, explore Al Khor climate.

Al Wakrah, Qatar experiences a hot desert climate, characterized by warm winters and scorching summers. In the winter months, temperatures hover around a comfortable 19°C (66°F) on average, while summer sends the mercury soaring, especially in July and August, reaching up to 45°C (113°F). Precipitation is minimal, with most rain falling in the cooler months, peaking in February with 16 mm (0.6 in), and the rest of the year typically remains dry. Humidity fluctuates throughout the year, being at its lowest during the blistering summer months, creating a distinctly arid environment. For a deeper dive into the region's weather patterns, check out the full details at Al Wakrah climate.

Nestled in Qatar, Al-Shahaniya experiences a desert climate characterized by extreme heat in the summer months and mild winters. From January to March, temperatures begin to rise, with averages ranging from 18°C (65°F) to an impressive 22°C (73°F) before soaring past 40°C (104°F) in April and May. The dry season prevails with scarce precipitation, particularly from May through September, where rainfall is virtually absent. Humidity levels fluctuate, reaching their peak in November at 48%, offering a brief respite from the arid conditions. For more insights into this unique climate, visit Al-Shahaniya climate.

The climate in Baladīyat Umm Şalāl, Qatar offers a striking contrast between mild winters and scorching summers. January brings pleasant temperatures, with averages around 19°C (66°F), while the heat peaks during July with averages soaring to 35°C (95°F) and maximums reaching a scorching 43°C (109°F). The region experiences minimal rainfall throughout the year, with little precipitation from June to September, making for dry conditions. Humidity fluctuates from 22% in July to 48% in November, contributing to the arid climate. For more detailed insights, check out the Baladīyat Umm Şalāl climate.

Baladīyat ad Dawḩah, Qatar, basks in a warm desert climate, characterized by scorching summers and mild winters. The temperature peaks in July and August, often soaring up to a sweltering 45°C (113°F), while the cooler months of January and December offer refreshing lows around 11-13°C (51-57°F). Rainfall is scarce, with the most precipitation occurring in February and December, averaging just 3-17 mm throughout the year. Additionally, humidity levels fluctuate, reaching their highest in winter months, which can enhance the mildness of the cooler temperatures. For more detailed insights, visit the Baladīyat ad Dawḩah climate page.

The climate in Baladīyat ar Rayyān, Qatar is characterized by extreme heat during summer, with July temperatures soaring to a scorching 50°C (121°F), while winter months provide a more temperate respite, averaging around 18°C (65°F) in January. Rainfall is scarce throughout the year, with most months recording minimal to no precipitation; June and August often see 0 mm of rain. Humidity levels fluctuate, reaching their peak in November at 48%, adding a hint of muggy warmth as temperatures cool to a pleasant 26°C (78°F). For a detailed look at the weather patterns throughout the year, check out the Baladīyat ar Rayyān climate.

Baladīyat az̧ Z̧a‘āyin boasts a hot desert climate, characterized by soaring temperatures, especially from June to August, when daytime highs can reach up to 43°C (109°F). January and February offer a brief respite with milder temperatures averaging around 19°C (66°F), but as spring arrives, the mercury rises sharply, peaking in the summer months. Despite the intense heat, rainfall is scarce, with the region receiving minimal precipitation, primarily from February to March. Humidity levels fluctuate throughout the year, generally remaining low, making the heat more bearable. For a deeper dive into the seasonal variations, check out the complete Baladīyat az̧ Z̧a‘āyin climate.

Nestled in Qatar, Madīnat ash Shamāl experiences a tropical desert climate characterized by scorching summers and mild winters. From January to April, temperatures gradually rise from a comfortable 19°C (67°F) to a sizzling 39°C (103°F) by April, often accompanied by low humidity levels, making the heat more bearable. The peak summer months of July and August bring extreme highs, reaching up to 45°C (113°F), while the skies remain largely clear and dry, with little to no precipitation. As the year transitions into the cooler months of November and December, temperatures dip to a pleasant 22°C (71°F), offering a refreshing escape from the intense summer heat. For those intrigued by its weather patterns, more detailed information can be found at Madīnat ash Shamāl climate.

Summary and Key Takeaways on the Climate of the Qatar

The climate of Qatar is characterized by its extreme temperature variations and minimal precipitation. During the winter months, temperatures can dip as low as 4°C (40°F) in February, particularly in Baladīyat ar Rayyān, providing a brief respite from the intense heat. However, this gives way to scorching summers, with maximum temperatures soaring to a staggering 50°C (121°F) in July. Rainfall is scarce, peaking at just 25 mm (1.0 in) in February in Madīnat ash Shamāl and falling to 0 mm in August, illustrating the region's arid nature. Humidity levels also fluctuate, averaging a striking 18% in July but increasing to 49% in November, hinting at seasonal shifts that affect the overall feel of the climate. Overall, Qatar's weather is defined by its stark contrasts, where extreme heat meets extreme dryness, creating a unique environmental landscape.