The Challenge – Storm Damage & Overhanging Growth
Following the impact of Storm Floris, a homeowner in a new-build residential area of Inverness contacted The Highland Arborist with concerns over a large, mature Lime tree in their garden. Several limbs had already snapped off during the storm, narrowly missing their property. With the tree growing aggressively towards their boundary, the risk of future storm damage was significant.
The tree’s position meant it had expanded outward, leaning over the client’s garden as it sought light, away from competing trees behind it. This resulted in an unbalanced canopy and heavy overhang, posing a serious safety concern.
The client got in touch with our professional arborist to provide a long-term solution that prioritised safety while preserving the tree’s health.
Our Solution – Strategic Tree Pruning & Storm Risk Reduction
As a BS3998-compliant tree care provider, our team began with a full site inspection and canopy assessment. Given the Lime tree’s imbalance, environmental setting, and recent storm trauma, we recommended a targeted reduction of all limbs overhanging the client’s boundary.
Key services delivered:
- Professional tree inspection and storm damage assessment
- Precision pruning of the Lime tree using rigging techniques
- Removal of overextended, vulnerable limbs
- Restoration of tree balance while maintaining long-term vitality
- Full site clean-up and waste removal
The pruning was executed using safe rope access techniques, with barriers and PPE in place throughout. The work was carried out to British Standards for Tree Work (BS3998), ensuring the structure of the tree remained stable and the surrounding ecosystem undisturbed.
Results & Outcomes
- Immediate storm safety improvements for the new-build property
- No structural damage to the tree during reduction
- Preserved the tree’s health with selective cuts
- Client satisfaction at every stage – no payment taken until confirmed
Full compliance with BS3998, wildlife protection laws, and industry best practices