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In this episode of Talking Trees, we explore the forces and mechanics involved in arboricultural climbing, a physically demanding and potentially hazardous activity. Understanding the forces exerted on climbing equipment, tree branches, and the climber is essential for optimizing safety and efficiency.

We discuss key aspects of tree climbing dynamics, including:

• Tie-in point (TIP) loading – How forces vary based on branch morphology and climbing techniques.
• Climbing system effects – Comparing different climbing methods (MRS vs. SRS) and their impact on force distribution.
• Shock loads and accelerations – The role of sudden movements, swings, and descents in generating impact forces.
• Safety implications – How knowledge of force dynamics can inform better climbing standards, risk management, and equipment choices.

Recent research highlights that branch structure and TIP selection have a greater effect on force distribution than the climbing system itself. Understanding these factors helps arborists minimize risks and optimize their climbing strategies.

Join us as we break down the science of forces in tree climbing, ensuring a safer and more informed approach to working at height.

Background information:

• Kane. 2021. Forces and motion associated with arboricultural climbing.pdf

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