Wind and windstorms cause severe damage to natural and human-made environments.
Thus, wind-related risk assessment is vital for the preparation and mitigation of calamities …

This review deals with the current research on wind-tree interaction, focusing on methods
and technologies applied on tree monitoring. 101 studies were included and classified …

In the future with climate change, we expect more forest and tree damage due to the
increasing strength and changing trajectories of tropical cyclones (TCs). However, to date …

Quantifying wind loads acting on forest trees remains a major challenge of wind-tree-
interaction research. Under wind loading, trees respond with a complex motion pattern to the …

The overall response of above-ground tree parts to wind loading consists of torsional and
bending vibrations. While bending vibrations have been frequently measured in previous …

This article is a study of risk assessment of trees with hollows, cavities and fruiting bodies for
the improvement of the management and protection of urban trees growing along pedestrian …

Measuring tree response to wind loads is fundamental for the process-based analysis of
wind-tree interactions. Comprehensive knowledge of wind-tree interactions enables the …

The wind-induced response of the branches, the stem, and the roots of an open-grown
European beech (Fagus sylvatica L.) was investigated to determine how the airflow's kinetic …

This paper reports statistical relationships between measured airflow, air pressure
fluctuations, and the wind-induced motion of planted Scots pine trees (Pinus sylvestris L.) …

The tree sway frequency is an important part of the dynamic properties of trees. In order to
obtain trees sway frequency in wind, a method of tracking and measuring the sway …