Experiences from Nordic countries and Canada have shown that the retrieval of the stem
volume and mean tree height of a tree or at stand level from laser scanner data performs as …

激光雷达是近年来国际上发展十分迅速的主动遥感技术, 在森林参数的定量测量和反演上取得了
成功的应用. 激光雷达具有与被动光学遥感不同的成像机理, 对植被空间结构和地形的探测能力 …

Topographic Laser Ranging and Scanning, Second Edition, provides a comprehensive
discussion of topographic LiDAR principles, systems, data acquisition, and data processing …

This article reviews the recent literature concerning airborne laser scanning for forestry
purposes in Italy, and presents the current methodologies used to extract forest …

We examine the accuracy of tree height estimates obtained via light detection and ranging
(LiDAR) in a temperate rainforest characterized by complex terrain, steep slopes, and high …

This chapter introduces the Light Detection and Ranging (LiDAR)-scattering process in
forests. It focuses on forest inventory approaches aimed at tree or stand parameter retrieval …

The first steps of laser radar are discussed with the examples from range finding and
designation. The followed successes in field tests and further fast development provided …

Modern remote sensing provides cost-efficient spatial digital data that are more accurate
than before. However, the influence of increased accuracy and cost-efficiency on …

The objective was to compare tree-level airborne laser-scanning (ALS) data accuracy with
standwise estimation data accuracy as input data for forest planning, using tree-and stand …

Forests play an important role in promoting carbon cycling and mitigating the urban heat
island effect as one of the world's major carbon storages. Scientifically quantifying tree …