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Nestled along the sun-drenched Costa del Sol in southern Spain, Málaga occupies a distinctive geographic position that profoundly shapes its air quality dynamics. The city sprawls across a narrow coastal plain, flanked by the Montes de Málaga mountain range to the north and the Mediterranean Sea to the south, creating a natural amphitheatre that influences atmospheric circulation. This topography, with elevations ranging from sea level to over 1,000 metres in nearby peaks, can trap pollutants under stable weather conditions, particularly during temperature inversions. Málaga's urban character blends historic quarters with modern expansion, featuring dense development along the coast that merges into suburban and rural areas inland. Its location at the mouth of the Guadalmedina River adds to the urban–rural gradient, while the surrounding region includes agricultural zones producing olives and subtropical fruits, which contribute biogenic emissions. The city's proximity to major shipping lanes in the Mediterranean introduces maritime pollution sources, and its position within the Andalusia region places it near industrial activities in the Campo de Gibraltar area to the southwest. The coastal setting typically promotes sea breezes that help disperse pollutants, but the mountainous backdrop can hinder this ventilation, especially during calm periods. This geographic context makes Málaga's air quality a complex interplay of local emissions, regional transport, and natural ventilation patterns.

Málaga's air quality follows a seasonal rhythm influenced by its Mediterranean climate, with distinct patterns across the year. In winter, from December to February, cooler temperatures and stable atmospheric conditions often lead to temperature inversions, trapping pollutants near the surface and resulting in higher pollution levels, particularly during calm, sunny days; this period may pose risks for sensitive groups like those with respiratory conditions, who should limit strenuous outdoor activities on still mornings. Spring, from March to May, brings increasing winds and occasional rainfall, which help cleanse the air, making it a favourable time for outdoor pursuits as pollution levels generally decrease. Summer, from June to August, sees intense sunlight and high temperatures that can elevate ground-level ozone formation, especially in urban areas, with peak afternoons being less ideal for vulnerable individuals; however, consistent sea breezes often mitigate particulate matter accumulation. Autumn, from September to November, transitions with variable weather, where early autumn can retain summer-like ozone issues, while later months experience more mixing and lower pollution, offering good conditions for outdoor activities. Throughout the year, specific months to avoid for poor air quality include January and February due to inversion risks, while May and October typically present cleaner air. Sensitive groups should monitor local air quality reports and plan activities for mornings or evenings when ozone levels are lower, leveraging Málaga's coastal breezes for natural ventilation.