Under the global climate challenges, accurate assessment of forest variables is becoming
increasingly important for effective forest management and monitoring. While long …

Forest canopy height is an important forest indicator parameter. Synthetic aperture radar
tomography (TomoSAR) is an effective method to characterize forest canopy height and …

This article presents a multichannel ground-based bistatic synthetic aperture radar (SAR)
receiver architecture designed to perform single-pass tomography using the Sentinel-1 …

Due to its rapid deployment, high-flexibility, and high-accuracy advantages, the unmanned-
aerial-vehicle (UAV)-based differential synthetic aperture radar (SAR) tomography (D …

A rigorous TomoSAR imaging procedure is proposed to acquire high-resolution L-band
images of a forest in a local area of interest. A focusing function is derived to relate the …

The underlying topography is an important part of the three-dimensional structure of forests,
and is used for a variety of applications, such as hydrology and water resource …

Circular ground-based SAR (GBSAR) is a new 3D imaging GBSAR with the potential of
acquiring high-quality 3D SAR images and 3D deformation. However, its donut-shaped …

Leaf-cutting ants, notorious for causing defoliation in commercial forest plantations,
significantly contribute to biomass and productivity losses, impacting forest producers in …

Remote Sensing has been widely used for moni-toring forests, namely for the retrieval of
structural parameters such as the Forest Height (FH). The reason behind the use of remote …

Monitoring and understanding the dynamics of forest ecosystems is vital for the sustainable
management of forest resources and assessing potential risks of climate change. However …