How ecologists think about above‐ground forest structure and dynamics is fundamentally
shaped by the data we can collect. This has historically been limited to what is possible with …

Background Laser scanning technology has opened new horizons for the research of forest
dynamics, because it provides a largely automated and non-destructive method to rapidly …

The flexibility of UAV‐lidar remote sensing offers a myriad of new opportunities for savanna
ecology, enabling researchers to measure vegetation structure at a variety of temporal and …

Inthis study, we introduce Point2Tree, a modular and versatile framework that employs a
three-tiered methodology, inclusive of semantic segmentation, instance segmentation, and …

On the way to more sustainable and resilient urban environments, the incorporation of urban
green infrastructure (UGI) systems, such as green roofs and vertical greening systems, must …

Efficiently representing and reconstructing the 3D geometry of biological trees remains a
challenging problem in computer vision and graphics. We propose a novel approach for …

Accurate estimates of above-ground tree biomass within forest inventories are essential for
calibration and validation of biomass map** products based on Earth observation data …

Urban forest carbon sequestration represents an important component of the global forest
carbon pool; however, accurate measurements are limited by the inability of existing field …

In recent decades, the feasibility of using terrestrial laser scanning (TLS) in forest inventories
was investigated as a replacement for time-consuming traditional field measurements …

The maintenance of carbon stocks in the forest is fundamental to the global carbon cycle
and is essential for informing climate change policy. Traditional methods for measuring …