Remote sensing technology is a vital component of disaster management, poised to
revolutionize how we safeguard lives and property through enhanced prediction, mitigation …

Fire is one of the most significant agents of disturbance in forest ecosystems, with
implications for their structure and composition. An understanding of its dynamics is …

Typhoons usually bring natural disasters and economic losses. Satellite-based vegetation
monitoring approaches largely improve our understanding of monitoring and assessing the …

Forest resilience assessment is increasingly important given the current global
environmental change. However, attributes and indicators to quantify forest resilience still …

Enhancing forest drought resilience is important for preserving ecosystem services in the
face of climate change, but operational management methods for boreal forests aiming to …

Typhoons are frequent in coastal cities, and the vulnerability of road and bridge construction
sites is high, but existing studies have not focused on the safety management of road and …

Quantification of forest resilience will help us to manage the sustainability of the forest
environment and the safety of biodiversity. Measuring forest resilience is crucial for ensuring …

The Philippines, located on the" typhoon belt," is constantly battered by hydrometeorological
disasters such as tropical storms, storm surges, and flooding. Despite being susceptible to …

With the increasing wildfire damage driven by climate change, it is crucial to assess the
effectiveness of restoration efforts on a large scale. The majority of forests in Korea are …