Amravati, situated in the Vidarbha region of Maharashtra, occupies a strategic position in central India's Deccan Plateau at an elevation of approximately 345 meters above sea level. The city lies along the banks of the Purna River, a tributary of the Tapti River, which influences local humidity patterns and occasionally contributes to flooding during monsoon seasons. Surrounded by the Satpura mountain ranges to the north and the Melghat forests to the west, Amravati's topography creates a basin-like effect that traps pollutants, particularly during winter months when temperature inversions are common. The urban landscape blends historic temples and colonial-era architecture with rapidly expanding residential and commercial zones, creating a distinct urban-rural gradient where agricultural fields transition abruptly into built-up areas. This geographic setting places Amravati at the heart of Maharashtra's cotton belt, with extensive agricultural zones radiating outward from the city periphery. The region's black cotton soil supports intensive farming but also generates significant agricultural residue that contributes to pollution through seasonal burning. Proximity to major transportation corridors, including National Highway 6, ensures constant vehicle traffic while industrial activities like cotton ginning mills cluster along the city's outskirts. The absence of significant water bodies beyond the seasonal Purna River means limited natural ventilation, allowing particulate matter from road dust, construction, and industrial emissions to accumulate in the urban atmosphere.

Amravati's tropical wet-and-dry climate creates distinct seasonal pollution patterns that directly impact air quality throughout the year. During winter (November-February), pollution peaks dramatically as cool, stable atmospheric conditions establish persistent temperature inversions that trap pollutants near the surface. These months coincide with agricultural burning in surrounding farmlands and increased waste burning for warmth, compounded by festive fireworks and construction activities. Sensitive groups should avoid prolonged outdoor exposure during this period, particularly in early mornings when dense fog mixes with pollutants to form hazardous smog. The summer season (March-May) brings extreme heat that accelerates photochemical reactions, transforming vehicle emissions into ground-level ozone, though stronger daytime winds provide some dispersion relief. The monsoon (June-September) offers the cleanest air as heavy rainfall scrubs pollutants from the atmosphere and westerly winds from the Arabian Sea disperse remaining particulates—this represents the optimal period for outdoor activities. Post-monsoon (October) sees a rapid deterioration as agricultural burning resumes and wind patterns shift, creating a transition to the hazardous winter period. Throughout the year, road dust remains a constant concern due to unpaved surfaces and vehicular movement, while cotton ginning emissions peak during harvest seasons. Residents with respiratory conditions should monitor local air quality advisories closely and consider indoor air purifiers during peak pollution months.