Day Two The Athletic Profile of a Tree Planter
How Physiotherapy Maps the Real Risks of 'the Season'
Physiotherapist Chris McAlonan argues that tree‑planters aren’t just labourers — they’re endurance athletes operating without the preparation frameworks that protect professionals. His presentation broke down the job’s physical architecture, the predictable injury patterns, and the interventions that actually work in the field. What emerges is a clear, evidence‑driven model of how the body responds to planting, and how camps can use that knowledge to keep workers healthy.
The Core Contributors to Injury
McAlonan framed planter injuries not as mysteries but as the logical outcome of identifiable stressors acting on unprepared tissue.
Insufficient Pre‑Season Strength
Most planters arrive without tendon loading or strength conditioning. The first weeks become an uncontrolled stress test, and tissue adapts poorly under shock.
Repetitive High‑Force Movements
Tens of thousands of shovel strikes, bends, steps, and bag‑ups create cumulative micro‑trauma. Without guided recovery, this becomes the foundation of tendinopathy.
Poor Force Distribution
Weak glutes and posterior chains shift load into the knees and hips. Downhill walking amplifies this deficit, turning joints into unintended shock absorbers.
Terrain‑Driven Asymmetry
Side‑slopes, uneven ground, and soft soil impose uneven loads that the body must constantly compensate for. Over time, compensation becomes pathology.
Lack of Recovery Windows
Collagen reorganizes at 4, 6, and 8 weeks, but planting seasons rarely align with tissue biology. Without structured rest, tissue adapts in the direction of stress, not health.
Cultural Norms That Reward Endurance Over Preparation
The “push through it” mentality doesn’t build resilience — it builds chronic injury.
Hydration: The Metabolic Foundation
Hydration isn’t a lifestyle detail; it’s performance infrastructure. Dehydration thickens blood, slows tissue repair, reduces tendon elasticity, and accelerates fatigue. In planting, where fluid loss outpaces intake long before thirst appears, dehydration becomes a biomechanical risk factor.
McAlonan stressed that dehydration is a field‑work issue, not a personal failing. Without deliberate hydration strategies, movement patterns deteriorate and injury risk rises.
Fatigue, Weight Loss, and Nutrient Depletion
Planters operate at a caloric deficit almost from Day 1. Fatigue accumulates, stabilizing muscles under‑perform, and connective tissue absorbs more load than it was designed for.
Rapid weight loss isn’t cosmetic — it’s structural. As reserves drop, neuromuscular control declines and compensations increase.
B‑Vitamin and Micronutrient Loss
High output drains micronutrients, especially B vitamins, which are essential for energy metabolism and tissue repair. Camp meals rarely replace what planters lose. McAlonan argued that studying and improving camp nutrition is a safety intervention, not a luxury.
From Pre‑Loading Tendons to Daily Warm‑Up
His tendon‑loading philosophy extends into daily routines. Warm‑ups in camp, before bed, and on the block are designed to:
- raise tissue temperature
- restore elasticity
- improve force absorption
- reduce early‑day injury risk
Warm‑ups aren’t ritual — they’re risk management.
Why Back Injuries Happen in the Morning
Overnight, spinal discs rehydrate and swell. This increases internal pressure and reduces the spine’s tolerance for bending. Early‑morning lifting, bending, and loading happen when the spine is at its least resilient state.
McAlonan’s message: morning warm‑up is spinal protection, not optional prep.
Cold: The Enemy of Tendons
Cold causes connective tissue to contract and lose tencility — its ability to stretch and absorb load. A cold tendon behaves like a cold rope: rigid, brittle, and prone to micro‑tearing. This is why early‑day activation is essential.
Front‑Taping Tendonitis: Effective, Even if Not Fully Understood
Field clinicians know front taping works, even if the exact mechanism isn’t fully mapped. It likely alters force distribution or proprioception. What matters is the learning loop: planters teach clinicians, and clinicians refine the interventions.
Pattern Recognition: What Clinicians Know From the Field
Physiotherapists understand planter injuries because they’ve seen them across every terrain, every body type, every season. They know:
- the screefing injuries
- the downhill knee failures
- the early‑morning back strains
- the tendonitis patterns
- the terrain‑specific risks
This accumulated knowledge is the backbone of effective prevention.
Education in Camp Is Continuous
Camps change. Terrain changes. Bodies change. Fatigue accumulates. Because the variables evolve, education must be ongoing. Teaching planters how their bodies behave under load turns clinical insight into daily practice.
The Season Curve: Weeks 8–10
The planting season has a predictable physiological arc.
Week 8: Repetitive‑Strain Injuries Spike
Hips, knees, and tendons begin to fail under cumulative load and fatigue.
Week 10: Nerve Symptoms and Extreme Fat Loss
Caloric deficit and tissue depletion lead to nerve irritation, numbness, tingling, and loss of fine motor control.
Caloric Loss Drives Nerve Inflammation
As reserves drop, nerves lose insulation and become more reactive. What looks like “mystery nerve pain” is often the metabolic consequence of sustained deficit layered on mechanical stress.
Why Timelines Matter
Because these patterns are predictable, camps can intervene proactively:
- increase calories
- monitor nerve symptoms
- adjust workloads
- introduce early treatment
Knowledge of the season curve becomes a tool for prevention.
Conclusion: The Physiology of the Job Is Knowable — and Manageable
McAlonan’s message is that tree‑planting is an elite physical endeavour with predictable stress patterns. When camps understand the physiology — hydration, tendon behaviour, cold exposure, caloric deficit, terrain load, and the season curve — they can prevent a huge portion of injuries before they happen.
The body isn’t failing.
It’s responding exactly as biology dictates.
And once you understand the patterns, you can change the outcomes.
