Trees Adapt to Storms: New Study Reveals Survival Strategies

A recent study led by Professor Kana Kamimura from Shinshu University examined how trees withstand high winds during storms, Earth.com reported yesterday.

The research focused on Cryptomeria japonica, or Japanese Cedar, and revealed that these trees have two distinct survival modes based on wind speed. In lighter winds, they sway rapidly, absorbing wind energy, while in stronger winds, they move as a unified group.

Conducted over two years in Japan, the study highlighted the impact of forest density on tree resilience. For instance, densely populated areas showed different stress responses compared to less dense regions. The findings, particularly during Typhoon Trami, indicated that thinning forests could increase vulnerability to storms.

These insights are vital for forest management practices, emphasizing the need to balance tree thinning with maintaining wind resistance, especially as climate change increases storm frequency. The study underscores the importance of adapting management strategies to enhance forest resilience in the face of environmental challenges.