Gold on Silt

Motivations, Costs, and Outcomes

RoleDesigner, Researcher.

Team and Partners
  • Xio Alvarez
Project DescriptionKolkata, a city intrinsically tied to its riverine heritage, owes its geographical location and economic foundations to the mighty Ganga river system. The river’s silt, though presently seen as an obstacle to trade, remains crucial to the fertility and productivity of the agricultural hinterlands surrounding the city. Kolkata is situated on a sprawling delta, a unique geographic feature that has significantly influenced its urban development. Over the years, the city’s growth has involved numerous interventions in the deltaic system, striving to manage and counter the natural water flows while paradoxically depending on them for sustenance.

This dynamic interaction between human intervention and natural processes has shaped Kolkata’s identity and urban fabric. Historically, the city has faced the challenge of balancing its expansion with the need to respect and harness the natural rhythms of the delta. The constant struggle against the river’s flow has led to the development of various infrastructures and strategies aimed at mitigating the impacts of silt and water. However, these efforts often result in a significant expenditure of energy and resources, which could be redirected towards more productive uses.

In our project, we seek to transform this challenge into an opportunity by harnessing the energy wasted in resisting the river. By reimagining the relationship between the city and its river, we aim to create innovative landscapes of urban life along the river’s edge. These new urban spaces will not only enhance the city’s aesthetic and functional appeal but also integrate sustainable practices that align with the natural dynamics of the delta. Through thoughtful design and strategic interventions, we envision a Kolkata that thrives in harmony with its river, utilizing its unique geographic advantages to foster urban resilience and vitality.
Urban Design Project





Alberto Meouchi
2024