Root Surveys, De-compaction and Root Area Amelioration

Roots play a vital role in tree health and stability, and the utmost care should always be taken when working in close proximity to them.

Canopy Consultancy Ltd use non-invasive air-spade technology to carry out detailed root surveys, with minimal impact to the roots themselves.

Canopy Consultancy Ltd offer a wide range of services aimed at retaining and protecting tree roots, including:

  • Root Location Surveys & Plans
  • Excavation supervision
  • Root Condition Surveys
  • Root area amelioration and decompaction.
Root Surveys

Root Location Surveys & Plans

We can provide Root Location Plans to coincide with the planning of proposed development, identifying potential conflicts with a project and nearby trees.

We can also offer Root Surveys to assess structural condition of specific trees identified within Hazard Assessment Surveys.

A root survey is a non-invasive exploratory survey carried out using an air spade, which excavates through the soil using high powered compressed air, minimising the risk of any damage to the roots below. Once the tree roots are uncovered, they are then inspected, numbered and added to a location plan.

Excavation Supervision

As qualified arboriculturists, we are able to provide excavation supervision to ensure that any excavation work is carried out in accordance with requirements from the local planning authority.

Root Condition Surveys

Where you are looking to ensure the structural integrity of your trees, we can provide an assessment via one of our Root Condition Surveys. Using an air-spade, the structural roots are exposed and assessed for decay.

Root Area Amelioration and Decompaction

Canopy Consultancy Ltd also offer decompaction and root area amelioration services, designed to increase the oxygen content of the soil and to allow water to permeate to the roots. Soil compaction is a leading cause of low vitality in urban trees, and decompaction can help to encourage healthy root growth, improving theoverall health and stability of the tree.