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Chhindwara occupies a distinctive position in the Satpura Range of central India, situated at an elevation of approximately 675 meters above sea level, which provides some natural ventilation but also traps pollutants in its valley-like setting. The city serves as the administrative headquarters of Chhindwara District in Madhya Pradesh, characterized by a mixed urban-rural gradient where the compact urban core transitions rapidly into agricultural lands and forested hills. Its location in the Deccan Plateau's northern reaches places it within India's coal belt, with extensive mining operations in surrounding areas contributing significantly to particulate matter pollution. The terrain consists of undulating hills and plateaus, with the Pench River flowing nearby, though this water body does little to mitigate dust pollution. Chhindwara's position as a regional market town attracts vehicular traffic from surrounding villages, while its growing urban footprint generates construction dust. The city lies approximately 120 kilometers south of Jabalpur, placing it within an agricultural zone where crop residue burning occurs seasonally. The surrounding landscape of forests and farmland creates a complex airshed where biomass burning from domestic heating and cooking combines with mining dust, creating persistent air quality challenges exacerbated by the city's topographic bowl effect that limits pollutant dispersion.

Chhindwara's air quality follows a pronounced seasonal rhythm shaped by its tropical wet-and-dry climate. During winter (November-February), pollution peaks dramatically as temperature inversions trap pollutants close to the ground, combining with increased biomass burning for heating, agricultural residue burning after harvests, and calm wind conditions. These months see the worst air quality, with December and January particularly hazardous due to dense fog formation that further traps pollutants. Sensitive groups should minimize outdoor activities during these months, especially morning hours when inversions are strongest. The pre-monsoon summer (March-May) brings extreme heat that increases ozone formation and resuspends road dust, though stronger daytime winds provide some dispersion. The monsoon (June-September) offers the cleanest air as heavy rains wash away particulate matter and winds disperse pollutants, making this the best period for outdoor activities despite thunderstorm hazards. Post-monsoon (October) sees rapidly deteriorating conditions as agricultural burning commences and meteorological conditions shift toward winter stagnation. Throughout the year, coal mining dust remains a constant background pollutant, but its impact varies with seasonal weather patterns that either trap or disperse these emissions.