
A comprehensive guide to the 45 plant species that form the Miyawaki micro-forest at ATLAS, Ghaziabad by T&T Group.
A comprehensive guide to the 45 plant species that form the Miyawaki micro-forest at ATLAS, Ghaziabad by T&T Group.

The Miyawaki Forest by T&T Group is our consistent promise towards innovation in living, which is much more than a novelty. It is an eco-conscious approach built for those who live and understand that the urban jungle need not be a metaphor for what is lost, but a blueprint for what can be reclaimed.
This is an innovation in urban living that lets you breathe. The planting of native trees, layer by layer, creates a self-sustaining, eco-conscious system that grows with you. Four layers of dense, native species work together in ecological harmony, cleaning the air, lowering the temperatures, and reducing noise, returning what a city takes from you.

Developed by Japanese botanist Akira Miyawaki, the method is a self-sustaining system that thrives within a few years, requiring no intervention. It is nature restored by design, not nature decorating it. At T&T, it is a proven ecological method that functions not as an amenity but as a thriving ecosystem. This is the T&T philosophy made legible. Each project, thought out with the same conviction of real estate at its most forward-looking, builds for the whole of a life, not just the square footage of it.
Because embracing the
best way to live is
rooted in nature.

A miyawaki forest is a dense, fast-growing, native forest planted using a method developed by japanese botanist Dr. Akira Miyawaki.

WHY THIS TECHNIQUE?
Within two to three years, the forest becomes entirely self-sustaining. No fertilisers, no irrigation, no maintenance. What makes the method distinctive is its use of layered planting. Four categories of native species (shrubs, sub-trees, trees, and canopy trees) are planted together in a randomised arrangement that mimics the structure of a natural forest. Each layer occupies a different vertical zone, capturing sunlight and rainfall at every level. The result is a compact, biodiverse ecosystem that sequesters up to 30 times more carbon than a monoculture plantation, reduces local temperatures by 2–5°C, and supports wildlife within its first year of growth.
UNDERSTANDING OUR APPROACH
The Miyawaki Forest at ATLAS is located in Ghaziabad, a rapidly growing urban centre in the Delhi NCR region. It comprises 3,430 plants across 45 carefully selected native species, planted at a density of approximately 3.1 plants per square metre. Within its first five years, the forest is expected to sequester 30–40 tonnes of CO₂ annually, improve local air quality within a 50-metre radius, and lower ambient temperatures by 2–4°C for residents.

Height: 1–3 metres|Proportion of total planting: 35%
The shrub layer is the foundation of the Miyawaki forest. These are native bushy species that typically grow between 1 and 3 metres in height, forming the dense lower storey of the ecosystem. In a Miyawaki setup, shrubs play a critical role: they provide ground cover that suppresses weed growth, reduce soil erosion, and help retain moisture in the topsoil.
Height: 3–6 metres|Proportion of total planting: 35%
he sub-tree layer occupies the space between the shrubs and the taller tree species, typically reaching 3 to 6 metres in height. These medium-height species are the workhorses of a Miyawaki forest — they include many flowering, fruiting, and shade-giving species. In the layered planting methodology, sub-trees fill crucial vertical space, ensuring that sunlight is utilised at multiple levels.

Height: 6–10 metres|Proportion of total planting: 20%
The tree layer forms the middle structural backbone of the Miyawaki forest, with species growing between 6 and 10 metres. These trees fill the vertical gap between the sub-tree layer and the canopy, creating a continuous gradient of foliage that maximises light interception and carbon sequestration across the forest profile. In ecological terms, this layer is where much of the forest's biomass accumulates over time.
Height: 10+ metres|Proportion of total planting: 1%
The canopy layer comprises the tallest species in the Miyawaki forest, eventually reaching heights of 10 metres and above. Though they represent the smallest proportion of total plantings (around 1%), canopy trees are what ultimately define the forest's climax stage. They form the uppermost cover, regulating temperature, humidity, and light penetration for all the layers below.
A Miyawaki forest works because it mimics the structure of a natural forest — not as a flat plantation of identical trees, but as a multi-layered ecosystem where species of different heights coexist and compete for light, water, and nutrients. Each layer has a distinct function.
Height: 1–3 metres|Proportion of total planting: 35%
The shrub layer is the foundation of the Miyawaki forest. These are native bushy species that typically grow between 1 and 3 metres in height, forming the dense lower storey of the ecosystem. In a Miyawaki setup, shrubs play a critical role: they provide ground cover that suppresses weed growth, reduce soil erosion, and help retain moisture in the topsoil.
Height: 3–6 metres|Proportion of total planting: 35%
he sub-tree layer occupies the space between the shrubs and the taller tree species, typically reaching 3 to 6 metres in height. These medium-height species are the workhorses of a Miyawaki forest — they include many flowering, fruiting, and shade-giving species. In the layered planting methodology, sub-trees fill crucial vertical space, ensuring that sunlight is utilised at multiple levels.

Height: 6–10 metres|Proportion of total planting: 20%
The tree layer forms the middle structural backbone of the Miyawaki forest, with species growing between 6 and 10 metres. These trees fill the vertical gap between the sub-tree layer and the canopy, creating a continuous gradient of foliage that maximises light interception and carbon sequestration across the forest profile. In ecological terms, this layer is where much of the forest's biomass accumulates over time.
Height: 10+ metres|Proportion of total planting: 1%
The canopy layer comprises the tallest species in the Miyawaki forest, eventually reaching heights of 10 metres and above. Though they represent the smallest proportion of total plantings (around 1%), canopy trees are what ultimately define the forest's climax stage. They form the uppermost cover, regulating temperature, humidity, and light penetration for all the layers below.
TOGETHER, THEY CREATE A SELF-SUSTAINING SYSTEM THAT GROWS
10 TIMES FASTER THAN A CONVENTIONAL PLANTATION.
















































