Will AI replace arborists?

What AI already does in this job

Tree service companies and municipal forestry departments already use software and computer vision to streamline logistics and diagnostics. Utility contractors like Asplundh or Davey Tree leverage automated satellite and drone imagery to map overgrown vegetation along high-voltage utility corridors. On the ground, arborists use mobile applications powered by machine learning to scan foliage and flag invasive pests like the emerald ash borer or fungal infections like oak wilt. Fleet operations rely on automated routing software to dispatch boom trucks, wood chippers, and crew members efficiently during storm cleanups. Tree inventory management in urban planning departments is also increasingly digital, matching GIS tags to individual street trees to log maintenance histories and pruning cycles. However, these tools solely act as diagnostic and managerial aids; they handle the planning phase rather than the field labor.

Where humans still win

The core barrier to automating an arborist's work is the complete absence of a standardized operating environment. Every single mature tree presents a unique combination of structural rot, limb weight distribution, wind resistance, and proximity to buildings. Climbing arborists must rely on tactile sensory feedback, dynamic balance, and physical agility while working with climbing saddles, friction hitches, and rigging ropes in unpredictable outdoor weather. Assessing inner decay often requires physical resistance drilling with a resistograph or sounding bark with a mallet, combined with nuanced sensory observations that cameras alone miss. Safely operating rigging systems, chainsaws, and crane picks to lower heavy wood without damaging property requires constant, real-time adjustments based on gut instinct and physical experience that robotics cannot replicate at scale.

This job in 2035

Over the next decade through 2035, employment for arborists is projected to grow by roughly 5%, driven by intensifying weather events, aging urban forests, and strict utility wildfire mitigation mandates. Day-to-day work will become safer as LiDAR and drone-based scanning handle preliminary hazard inspections before a climber ever sets foot on a rope. Field arborists will spend less time manually writing tree health assessments and more time executing complex technical cuts and surgical removals. Compensation should comfortably rise alongside specialized credentials, building on the current median wage of $54,000 as skilled manual trades see widening labor shortages. Companies will invest in electric chainsaws and compact track lifts, but field crews will still require certified human hands at the heart of daily tree operations.

Skills that protect you

• Technical aerial rigging, which demands fine tactile judgment and structural risk assessment under dangerous physical conditions
• ISA Certified Arborist credentialing, which proves biological diagnostic depth and localized tree care knowledge
• Precision chainsaw operation in canopies, requiring continuous physical balancing and real-time kinetic calculations
• Tree risk assessment qualification (TRAQ), anchoring liability decisions on human visual and mechanical testing
• Commercial crane-assisted tree removal, combining machine coordination with dynamic weight calculations on unstable wood

If you want to move

If physical fatigue, injury risk, or technological curiosity pushes you away from climbing, leverage your field knowledge into safer, higher-paying adjacencies. Obtaining your Tree Risk Assessment Qualification (TRAQ) or an ISA Board Certified Master Arborist designation lets you pivot to municipal forestry planning, private consulting, or insurance appraisal. You can also transition into utility vegetation management, serving as a compliance inspector or contract supervisor for energy companies. Another natural move is working as an urban forestry GIS coordinator, where you map municipal green canopies and direct maintenance crews while remaining grounded and off the ropes.