Masterplans

Shambala Gardens

Gris Gris, Mauritius

Overview

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Shambala Gardens is envisioned as a health and wellness destination, combining retreat, residential living and community spaces within a large-scale natural landscape.

Located in the wild south of Mauritius, the project draws inspiration from its powerful natural setting, where forests, rivers and coastal forces shape a dynamic and expressive environment.

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Concept

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The landscape is designed to reconnect with Mauritius’ original ecosystems.

With less than 2% of endemic forest remaining, the project reintroduces native landscape typologies through a carefully selected planting palette inspired by historical environments.

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The design integrates wellness, ecology and daily life, creating a place where nature becomes part of the living experience.

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Landscape Strategy

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Health Track

A former goods train corridor is reinterpreted as a continuous health track surrounding the development.

This linear landscape acts as both a buffer and a connector, linking the project to its wider natural surroundings while supporting the regeneration of endemic species.

An elevated walkway extends through the tree canopy, offering immersive views and experiences.

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The Lake

Water is introduced as a central element within the development.

Surrounded by vegetation and open space, the lake creates a calm and reflective environment, offering a contrast to the intensity of the surrounding natural forces.

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It also supports biodiversity, acting as a habitat for local wildlife.

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Orchard & Food Forest

The project integrates productive landscapes to support a more sustainable way of living.

The orchard and food forest provide fresh, chemical-free produce for residents and visitors, while also creating spaces for learning and community engagement around permaculture.

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Approach

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The project transforms a large and complex site into a coherent landscape system.

By working with existing conditions (climate, topography and ecological context) the design creates a resilient environment that balances natural processes with human use.

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