Structural Soil

Urban Streetscapes: Structural soil is used beneath sidewalks, roadways, and other urban surfaces to support pedestrian and vehicular traffic while allowing trees to grow and thrive.

Plazas and Squares: It’s used in public spaces where trees are incorporated to create a pleasant urban environment.

Sidewalks: Structural soil can be placed under sidewalks to promote sidewalk longevity and accommodate tree roots without causing heaving or damage.

Parking Lots: In parking lots and other paved areas, structural soil can help manage stormwater runoff and promote tree growth.

Tree Health: One of the primary benefits of structural soil is that it provides ample space for tree roots to grow and expand, allowing trees to establish healthy root systems.

Load-Bearing: Structural soil is engineered to support the weight and traffic of urban infrastructure without becoming compacted, which can hinder tree growth.

Longevity: When properly installed, structural soil can extend the lifespan of pavements and hardscape surfaces by reducing the pressure of tree roots on these structures.

Stormwater Management: The void spaces in structural soil allow for water infiltration and drainage, helping manage stormwater runoff and reducing urban flooding.

Reduced Infrastructure Damage: By providing a suitable environment for tree roots, structural soil helps prevent tree roots from damaging pavements and underground utilities.

Urban Greenery: Structural soil allows for the incorporation of trees and greenery in urban spaces, contributing to improved air quality and aesthetics.

Root Penetration: The composition of structural soil encourages tree roots to grow through it, promoting healthy root systems and reducing the likelihood of girdling roots.

Aesthetic Enhancement: Incorporating trees and greenery into urban landscapes enhances the visual appeal of public spaces and streetscapes.

Environmental Benefits: Urban trees planted in structural soil contribute to carbon sequestration, air quality improvement, and biodiversity in cities.

Preservation of Mature Trees: Structural soil can be used to retrofit urban areas and preserve existing mature trees, enhancing the urban environment’s character.

Sustainable Practices: Structural soil promotes sustainable urban design by allowing trees and vegetation to coexist with hardscape surfaces.

It’s important to note that the installation and maintenance of structural soil require expertise in urban tree management and soil engineering. Consulting with professionals who specialise in urban forestry, landscape architecture, and soil engineering is essential to ensure the successful implementation of structural soil systems that benefit both trees and urban infrastructure.