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Urban Parkscapes 2026

RituVan: An evolving landscape shaped by seasons, time, and use

  • Tags

    Public space, Urban Design, Landscape design, productive landscapes

Author: Bhatia Eshita Madhav

Located in Bopal in Ahmedabad, this 10,000 sq.m. site will be a vital breathing space within a rapidly densifying residential fabric. Conceived as an urban forest park within the TP framework, RituVan foregrounds native and climate-responsive ecologies through layered planting systems of canopy trees, understory shrubs, grasses, and seasonal ground covers. Organized through a grid matrix, each landscape cell establishes distinct seasonal moods, sensory conditions, and microhabitats that evolve through flowering, fruiting, shedding, and monsoon cycles. Water forms an important ecological layer through bioswales, detention depressions, permeable surfaces, and seasonal wet zones that slow runoff and support groundwater recharge. Trails move through shaded planting, bamboo groves, and water-retaining landscapes, creating gradual sensory transitions across the site. A roadside cafe and public edge anchor everyday neighborhood use, allowing the landscape to evolve through changing ecologies, seasonal rhythms, and everyday occupation over time.

Multi-layered vegetation structure enhances biodiversity, shade and gradual ecological succession within the urban forest.
City-level park analysis mapping accessibility, urban green networks and distribution of public open spaces.
Analysis of TP-level parks highlighting gaps in implementation, accessibility and open space distribution.
5-minute park strategy for Bopal improving everyday access to interconnected public open spaces.
3D masterplan strategy showing the integration of ecological corridors and open space networks.
Concept Development of Seasonal Forest
Design plan showing the integration of hydrology, circulation, planting systems and seasonal ecological landscapes.
Zoomed-in details of the seasonal forest and productive patch showing layered planting and user interaction.
Zoomed-in details of the detention pond showing ecological edge conditions and seasonal water retention.