Abstract This geographical study provides a comprehensive analysis of the spatial distribution and density of rural settlements in the Chhatrapati Sambhajinagar (formerly Aurangabad) district of Maharashtra. Positioned within the Godavari basin and characterized by the Deccan Trap basalt, the region’s habitation patterns are a product of complex interactions between physical topography and historical socio-economic evolution. Utilizing secondary data from the 2001 and 2011 Census reports and District Socio-economic Reviews, the research employs quantitative geographical indices to evaluate settlement patterns across the district's nine tehsils. The empirical findings reveal that as of 2011, the district comprised 1, 372 rural settlements, marking a decadal increase of 28 units. However, this growth is non-uniform; Gangapur Tehsil exhibits the highest settlement concentration (16. 47%) and density (15. 75 per 100 sq. km), attributed to the fertile alluvial plains and superior irrigation coverage from the Jayakwadi project. Conversely, the rugged terrain of the Satmala-Ajanta ranges in the north results in more dispersed, low-density settlements in tehsils like Soegaon. A significant trend identified is the emergence of "rurbanization" near the district headquarters, where traditional agrarian settlements are transitioning into satellite dormitories. The study concludes that while hydro-geological factors like water availability in the semi-arid climate remain foundational, proximity to urban industrial hubs is becoming a primary driver of settlement expansion. The research advocates for localized "counter-magnet" infrastructural development in peripheral tehsils to rectify regional imbalances and manage the accelerating pace of rural-to-urban migration.
Sandeep R. Pathrikar (Sat,) studied this question.