Natasha Vujmilovic

The intervention proposes a strategic de-paving of the site to integrate natural systems and redirect water flow towards the lowest point. By removing sections of the ground floor of this building, the project exposes the underlying soil to sunlight and rainwater, allowing for the spontaneous emergence of plant life and the development of a small urban wetland. This transformation enhances the site’s ecological function, mitigating flood risks while reintroducing a layer of biodiversity and natural water management into the heart of the city.

Removal of existing walls, spontaneous planting, and a new mesh platform and staircase proposed to allow sunlight and the acceptance of natural water movement within the sheltered space.

The original multi-level building is completely shut off to its surroundings with solid stone walls and a concrete slab. A harsh line between the building and any vegetated life.

Primarily through de-paving, and partial removal of the walls that separate entrances into the building, water can naturally gather and go through filtration through new plantings. Becoming a sheltered and shared space for people, habitats and natural systems.

The topography between the apartment building establishes filtration pools and natural lagoons, which can effectively channel filtered runoff back to the Bisenzio River during heavy rain events. By focusing on de-paving and partially removing the walls that divide the buildings, water can accumulate in terraced pools, where it will be naturally filtered through new vegetation.

The stone walls between each apartment block will feature punched openings at the base, facilitating new plantings that filter water as it flows through. As the water moves to a lower point and enters a new lagoon, the plants will filter it and capture sediments before it returns to the river.

The garages located among these newly created pools will be transformed and distributed among residents of the apartment complex and the larger Prato community via a ballot system. These repurposed spaces will now accommodate dynamic programs that adapt based on their positioning within the site.