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By: Srinivas Vasam and S. Kumar.
1. Scholar, M. Tech. (Planning), Department of Urban and Regional Planning, Jawaharlal Nehru Architecture and Fine Arts University (JNAFAU), Hyderabad, Telangana, India
2. Professor Director of Evaluation & Professor in Architecture, Department of Architecture, Jawaharlal Nehru Architecture and Fine Arts University (JNAFAU), Hyderabad, Telangana, India. India
Urban lakefronts are increasingly recognized as critical ecological assets and multifunctional public spaces that shape the environmental, social, and economic dynamics of rapidly urbanizing cities. In Hyderabad, India, accelerated urban growth has resulted in the degradation of lake ecosystems alongside the implementation of redevelopment initiatives driven by smart infrastructure and public realm improvements. This study evaluates the impacts of such interventions across three representative urban lakes – Hussain Sagar, Saroornagar Lake, and Kotha Cheruvu (Shaikpet) – using a comparativemixed-method approach integrating spatial analysis, environmental indicators, field observations, stakeholder interviews, and user perception surveys (n = 210). The analysis reveals that while public realm enhancements and smart infrastructure – such as real-time water quality monitoring, pedestrian and cycling corridors, and multifunctional recreational spaces – have significantly improved accessibility, safety, and civic engagement (user satisfaction ranging from 68% to 82%), ecological outcomes remain constrained. Water quality indicators, particularly Biological Oxygen Demand (BOD: 8–35 mg/L), continue to exceed permissible limits, reflecting persistent challenges related to untreated sewage inflows and inadequate watershed management. Spatial analysis further indicates moderate improvements in peripheral green cover (up to +15%), though these gains are not matched by corresponding ecological recovery. The findings demonstrate a scale-dependent performance, wherein neighborhood-scale interventions exhibit stronger social inclusivity and usability, while city-scale projects generate higher economic activity but face greater ecological stress and risks of socio-spatial exclusion. The study argues that lakefront development in Hyderabad exemplifies the dual nature of smart urbanism – simultaneously enabling urban regeneration and exposing limitations in ecological effectiveness and governance integration. The paper concludes by emphasizing the need for watershed-based planning, inclusive public realm design, and unified institutional frameworks, positioning urban lakefronts as critical socio-ecological systems within broader climate resilience and sustainable urban development strategies in Indian cities.
Keywords: Hussain Sagar Lake, Hyderabad, impact assessment, Kotha Cheruvu, public realm design, Saroornagar Lake, smart infrastructure, socio-ecological systems, urban lakefront development, urban sustainability
Citation:
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