AI Storm Damage Triage and Hung-up Tree Assessment for Tree Surgeons

01

Why it matters

Without AI triage, crews risk delayed recognition of critical hazards, mis-prioritised call-outs, and gaps in safety documentation, increasing the chance of climber injuries, utility interference, and failed audits.

02

From design to safety

1. Design

   AI informs risk-based triage framework

   AI ingests storm data, tree inventory, asset maps, and historical wind profiles to define hazard zones, assign priority levels, and draft phased access plans aligned with LOLER, BS 3998, BS 5837, and utility constraints.

   • storm damage assessment form
   • rigging plan tablet
   • electronic safety briefing
   • LOLER compliance logs

2. Build

   Dynamic access and rigging planning

   The system reads site survey data, hangers and split limbs, and proposes routing, rigging configurations, and staged access with crew and equipment lists, including escape routes, anchor points, and backup power.

   • drone with high-res camera
   • engineered rigging plan tablet
   • storm damage assessment form

3. Operation

   Real-time hazard detection and task assignments

   On-site AI evaluates visible failures, hung-ups, and ground hazards, updating work orders, triggering immediate stop-work if thresholds breach, and recording weather-driven changes to plan while maintaining crew radios.

   • drone with high-res camera
   • hand-held fall protection kit

4. Maintenance

   Inspection and data integrity checks

   Regular re-inspections compare current condition against prior records, flag data gaps, and trigger safety equipment servicing schedules, while the system prompts for calibration checks on sensors, rigging gear wear, and anchor integrity.

   • logbook and safety record binder
   • site safety inspection checklist
   • maintenance log tablet
   • equipment calibration log

5. Safety

   Automated safety governance and sign-offs

   AI generates risk summaries for the appointed qualified person to approve, ensuring compliance with Aerial Rescue, public protection, utilities safety, and wildlife considerations; the system maintains audit trails for all sign-offs.

   • electronic storm damage record sheet
   • stump grinder safety interlock
   • aerial rescue protocol dossier

03

Part by part

1. 1

   drone with high-res camera

   Watch for

   unseen hangers and canopy-destabilising defects

   AI action

   read canopy data; trigger hazard level and prioritise dispatch

2. 2

   hand-held fall protection kit

   Watch for

   frayed lines or damaged connectors during carry

   AI action

   flag for immediate inspection and retraining if faults found

3. 3

   engineered rigging plan tablet

   Watch for

   incomplete load-path data; missing escape routes

   AI action

   generate revised rigging plan and access schedule

4. 4

   logbook and safety record binder

   Watch for

   missing entries or outdated assessments

   AI action

   prompt supervisor to complete missing fields and certify prior reviews

5. 5

   electronic storm damage record sheet

   Watch for

   data gaps in storm response

   AI action

   auto-fill with latest现场 data; flag for supervisor sign-off

6. 6

   stump grinder safety interlock

   Watch for

   interlock fault or bypass

   AI action

   shut down machinery and require inspection before reuse

04

Worked example

05

How to roll it out

1. Phase 1

   Weeks 1 to 2

   Install AI triage module, integrate storm data feeds, and map asset inventory to hazard scoring.

2. Phase 2

   Weeks 3 to 6

   Pilot on-call triage with five live sites, refine priors, establish data recording templates and QA checks.

3. Phase 3

   Weeks 7 to 12

   Full deployment across tree survey and response teams; train staff; integrate into live call-out workflows.

06

Where people stay in charge

• All risk-based decisions remain signed off by a designated qualified person with authority to approve access and method statements.
• If data shows conflicting signals (e.g., high hazard but low access), the qualified person must resolve and not defer to AI alone.
• Data integrity must be verified by the responsible supervisor before any field action or method amendment is executed.

07

Questions owners and crews ask

08

Sources and further reading

1. HSE: Tree WorkGuidance on aerial rescue planning and safe recovery of climbers during tree work.
2. HSE: LOLERLifting equipment regulations explaining thorough examinations for rigging and climbing kit.
3. BSI: BS 5837 Trees in Relation to Design, Demolition and ConstructionOfficial standard setting root protection areas and tree survey requirements for construction sites.
4. City & GuildsNPTC certificates of competence covering aerial rescue and climbing skills for crews.
5. Arboricultural Association: ARB Approved Contractor SchemeContractor accreditation audit requirements and quality standards for safe tree work.
6. TCIA: SafetyTree care safety programmes, incident data, and crew training records for businesses.
7. National Tree Safety GroupProportionate tree risk management guidance for owners and managers of trees.
8. LantraLand-based training courses covering chainsaw and tree work competence for operatives.
9. GOV.UK: Protected Species and DevelopmentProtected species surveys and licensing rules for bats and nesting birds during works.
10. Forest ResearchTree science research on structural failure, decay, and risk in trees.