In the last decades new remote sensing and proximal sensing techniques have been
developed for forest monitoring and vegetation mapping application. In this context LiDAR …

Savannas are heterogeneous ecosystems, composed of varied spatial combinations and
proportions of woody and herbaceous vegetation. Most field-based inventory and remote …

The next planned spaceborne lidar mission is the Ice, Cloud and land Elevation Satellite 2
(ICESat-2), which will use the Advanced Topographic Laser Altimeter System (ATLAS) …

Spatially explicit knowledge of aboveground biomass (AGB) in large areas is important for
accurate carbon accounting and quantifying the effect of forest disturbance on the terrestrial …

Geo-referenced 3D models are currently in demand as an initial knowledge base for cultural
heritage projects and forest inventories. The mobile laser scanning (MLS) used for geo …

Discrete return and waveform lidar have demonstrated a capability to measure vegetation
height and the associated structural attributes such as aboveground biomass and carbon …

Forest carbon density is an important indicator for evaluating forest carbon sink capacities.
Accurate carbon density estimation is the basis for studying the response mechanisms of …

Geo-referenced 3D models are currently in demand as an initial knowledge base for cultural
heritage projects and forest inventories. The mobile laser scanning (MLS) used for geo …

Despite occupying almost a fifth of the global terrestrial vegetation system, savanna
ecosystems are relatively understudied in the Earth observation field. As a result, their …

Waveforms from the Ice, Cloud and land Elevation Satellite have successfully estimated
footprint-level canopy height and aboveground biomass even in structurally complex …