Trees have evolved with remarkable resilience against dynamic loads, yet the underlying mechanisms behind them remain poorly understood. This study aims to uncover the secrets of tree resilience by investigating the mechanical role of branching architecture in vibration mitigation. To this end, this study will employ advanced experimental approaches, including three-dimensional (3D) laser scanning and modal analysis, to measure the geometric and dynamic properties of trees. With these measurements, this study will analyze how the hierarchical structure of branching architecture contributes to preventing trees from collapsing under repetitive strong wind events.