Hyderabad Air Quality Index (AQI)

Loading live AQI data...

Loading historical AQI trends...

Hyderabad, the capital of Telangana in south-central India, occupies a strategic position on the Deccan Plateau at an average elevation of 542 meters above sea level, which significantly influences its air quality dynamics. The city sprawls across undulating terrain of granite hills and rocky outcrops, with the historic Musi River bisecting its urban core—though this waterway often runs dry outside monsoon season, contributing to dust issues. Hyderabad's location in the semi-arid interior of the Indian peninsula places it within a rapidly industrializing corridor, notably with major industrial zones like Jeedimetla and Patancheru forming pollution hotspots on its northwestern periphery. These industrial belts, combined with extensive stone quarrying in surrounding areas, generate particulate matter that becomes trapped due to the city's bowl-like topography. The urban–rural gradient reveals a stark contrast: while the historic city center and newer IT hubs like HITEC City experience intense vehicular congestion, the outskirts transition into agricultural zones and granite mining areas that add to the regional dust load. Hyderabad's distance from major coastlines (approximately 400 kilometers from the Bay of Bengal) limits marine air influences that might otherwise disperse pollutants, while its position on the Deccan Plateau creates temperature inversion conditions during cooler months that trap emissions near ground level. The city's rapid expansion into surrounding rural areas has created a patchwork of pollution sources, from construction dust in growing suburbs to agricultural burning in adjacent districts, all compounded by the region's naturally dusty soils and limited vegetation cover outside monsoon periods.

Hyderabad's air quality follows a distinct seasonal rhythm shaped by its tropical wet-and-dry climate. During the winter months from November through February, pollution reaches its peak as cooler temperatures create frequent temperature inversions that trap vehicle exhaust, industrial emissions, and construction dust near the surface. These months also experience calm winds and morning fog that further inhibit dispersion, making this period particularly challenging for outdoor activities—sensitive groups like asthmatics, children, and the elderly should limit prolonged exposure during morning hours when pollution concentrations are highest. The summer season from March to May brings extreme heat that increases ozone formation from vehicle emissions, though stronger daytime winds provide some dispersal benefits; however, dust from dry landscapes and ongoing construction remains problematic. The southwest monsoon from June to September dramatically improves air quality as heavy rains wash away particulate matter and increased humidity suppresses dust generation—this period offers the best conditions for outdoor activities despite occasional thunderstorms. The post-monsoon period in October sees a gradual deterioration as rainfall decreases and agricultural burning in surrounding regions begins, setting the stage for the winter pollution buildup. Throughout the year, the city's high vehicular density ensures a constant baseline of nitrogen oxides and fine particulates, with construction activities adding coarse particles that become most problematic during dry periods. Residents should monitor local air quality advisories, with winter mornings requiring particular caution and monsoon months providing natural respite from pollution concerns.