Concept:
Urban density measures the population or built-up volume relative to a specific unit of urban land area. Historically, high urban density was viewed as a problem that caused overcrowding and sanitation issues. However, contemporary urban planning recognizes that managed density is crucial for building sustainable, resource-efficient cities. It enables effective public transit networks, reduces infrastructure delivery costs, and protects natural ecosystems from suburban sprawl.
Step-by-step Explanation:
• Analysis of Option (A): Minimizing urban density forces development outward, creating automobile-dependent suburban sprawl that consumes agricultural land and increases municipal infrastructure costs. This approach is no longer considered beneficial.
• Analysis of Option (B): Encouraging compact cities with lower sprawl represents a core strategy of modern urban planning. By concentrating development within well-defined urban footprints, cities can preserve surrounding natural habitats, reduce commuting distances, and make public transit lines financially viable. This matches contemporary planning goals perfectly.
• Analysis of Option (C): Pushing densities to extreme limits by permitting *only* tall residential towers can strain local water, power, and sewage networks while reducing access to sunlight and air. Densification must be balanced, not absolute.
• Analysis of Option (D): This statement is factually incorrect. Indian metropolitan areas (such as Mumbai, Delhi, and Kolkata) feature some of the highest urban densities in the world.
Thus, encouraging compact cities to minimize sprawl is the most accurate and accurate statement.