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Tambov lies in the heart of Russia's Central Black Earth Region, positioned at the confluence of the Tsna and Studenets rivers approximately 480 kilometers southeast of Moscow. Situated on the Tambov Plain at an elevation of 130 meters above sea level, the city occupies a transitional zone between forest-steppe and steppe landscapes, characterized by gently rolling terrain with fertile chernozem soils that support extensive agricultural activity. This geographic positioning creates a distinct urban-rural gradient where Tambov serves as the administrative and industrial hub of Tambovskaya Oblast', surrounded by vast farmlands producing grains, sunflowers, and sugar beets. The city's air quality is influenced by its inland continental location, lacking significant natural barriers to pollution dispersion, while the Tsna River provides some local moisture but minimal maritime influence. Urban pollution sources concentrate in the city center and industrial zones, with agricultural emissions from surrounding fields contributing particulate matter during planting and harvesting seasons. Tambov's position within Russia's central industrial belt means it experiences transport-related pollution from the M6 highway connecting Moscow to southern regions, though it lacks the heavy industrial complexes of larger Volga cities. The flat topography allows pollutants to disperse relatively evenly, but temperature inversions can trap emissions during calm weather periods, particularly in the river valley where the city developed.

Tambov experiences distinct seasonal air quality patterns shaped by its continental climate. Winter months from December through February bring the most challenging conditions, with frequent temperature inversions trapping vehicle emissions and residential heating pollutants from coal and wood burning beneath cold, stagnant air layers. Dense fog often combines with these inversions, creating persistent haze that can last for days, making January particularly problematic for respiratory health. Spring arrives in March with improving conditions as increasing solar radiation breaks up inversions, though April and May see occasional dust storms from agricultural fields being prepared for planting. Summer offers the cleanest air from June through August, with frequent convective mixing and prevailing westerly winds dispersing pollutants, though occasional heat waves in July can elevate ground-level ozone. Autumn begins with relatively good conditions in September but deteriorates through October and November as heating season commences and atmospheric stability increases, with November often rivaling winter months for poor air quality. Sensitive groups including those with asthma, children, and elderly residents should minimize outdoor activity during winter inversion episodes and agricultural burning periods in spring and autumn. The best months for outdoor activities are typically June through September, when ventilation is optimal and pollution sources are minimal.