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Berbera, situated on the southern coast of the Gulf of Aden in the autonomous region of Somaliland, occupies a strategic position as one of Somalia's primary seaports, with its urban character shaped by maritime trade and arid coastal plains. The city lies at approximately 10 meters above sea level on flat terrain, bordered by the rugged Golis Mountains to the south, which rise sharply to over 2,000 meters, creating a stark urban–rural gradient from the bustling port to sparse pastoral hinterlands. This geography profoundly influences air quality: the coastal location exposes Berbera to sea breezes that can disperse pollutants, but the surrounding arid landscape and lack of vegetation contribute to dust resuspension, a significant air quality concern. Proximity to the Gulf of Aden facilitates shipping emissions, while the port itself is a hub for general urban pollution sources like vehicle exhaust and biomass burning for cooking and heating. The city's position in the rain-shadow of the mountains results in minimal rainfall, reducing natural cleansing of the atmosphere, and the flat terrain can trap pollutants under stable atmospheric conditions, especially during temperature inversions. Agricultural zones are limited nearby, with pastoralism dominating, but dust from unpaved roads and construction in the growing urban area adds particulate matter. Overall, Berbera's air quality is a complex interplay of natural dust, maritime influences, and urban emissions, exacerbated by its arid setting and topographic constraints.

In Berbera, air quality fluctuates seasonally due to climatic patterns, with the city experiencing a hot desert climate influenced by the Indian Ocean monsoon. During the dry season from December to March, cooler temperatures and persistent northeasterly winds, known as the Kaskazi monsoon, help disperse pollutants, making this period relatively favourable for outdoor activities, though dust storms can occasionally spike particulate levels. From April to June, temperatures rise sharply, leading to increased evaporation and dust resuspension, with calm winds sometimes causing pollutants to accumulate; sensitive groups like children and the elderly should limit exertion during midday heat. The peak of the hot season in July and August sees the highest pollution levels, as intense heat exacerbates ozone formation from vehicle emissions, and reduced wind speeds can trap pollutants near the surface, creating poor air quality days best avoided for strenuous outdoor activities. From September to November, the southwest monsoon, or Kusi, brings slightly higher humidity and occasional dust storms, but increased wind activity generally improves dispersion, offering a respite; however, sporadic haze from biomass burning may occur. Throughout the year, temperature inversions are rare but possible in calm conditions, worsening pollution episodes. Health guidance includes staying hydrated, wearing masks during dust events, and monitoring local advisories, with the cooler dry months being optimal for outdoor pursuits.