An accurate estimation of forests' aboveground biomass (AGB) is required because of its
relevance to the carbon cycle, and because of its economic and ecological importance. The …

Tropical forest embraces a large stock of carbon and contributes to the enormous amount of
above-and below-ground biomass and the global carbon cycle. The carbon kept in the …

Methods for accurately measuring biophysical parameters are a key component for
quantitative evaluation regarding to various forest applications. Conventional in situ …

Accurate assessment of above-ground biomass (AGB) is important for the sustainable
management of forests, especially buffer zone (areas within the protected area, where …

Above-ground biomass (AGB) is an important component for identifying carbon stocks,
monitoring the impacts of climate change, and evaluating merchantable timber. Accurate …

Wetland biomass is essential for monitoring the stability and productivity of wetland
ecosystems. Conventional field methods to measure or estimate wetland biomass are …

Forest biomass is a key biophysical parameter for climate change, ecological modeling and
forest management. Compared with discrete-return LiDAR data, full-waveform LiDAR data …

Semi-arid tree covers, in both high and coppice growth forms, play an essential role in
protecting water and soil resources and provides multiple ecosystem services across fragile …

Knowledge of forest productivity status is an important indicator of the amount of biomass
accumulated and the role of terrestrial ecosystems in the carbon cycle. However, accurate …

Forests play a significant role in sequestering carbon and regulating the global carbon and
energy cycles. Accurately estimating forest biomass is crucial for understanding carbon …