Old plantations are iconic sites, and estimating stand parameters is crucial for valuation and
management. This study aimed to estimate stand parameters of a 115-year-old Japanese …

In the context of precision agriculture (PA), geomatic surveys exploiting UAV (unmanned
aerial vehicle) platforms allow the dimensional characterization of trees. This paper focuses …

At present, there is a high demand for carbon (C) sequestration alternatives; thus,
understanding tree growth and the efficacy of remote sensing techniques to capture forest …

The nonuniform distribution of fruit tree canopies in space poses a challenge for precision
management. In recent years, with the development of Structure from Motion (SFM) …

Cities play a critical role in anthropogenic CO2 emissions, which exacerbate climate change
and impact urban populations. Urban green infrastructure, such as urban trees, provides …

This study explores the potential of using Unmanned Aircraft Vehicles (UAVs) as a
measurement platform for estimating greenhouse gas (GHG) fluxes over complex terrain …

Tropical cyclones, one of the most extreme and destructive meteorological incidents, cause
extensive damage to lives and livelihoods worldwide. This study utilized remotely sensed …

Investigating the impact of field plot size on the performance of estimation models for forest
inventory attributes could help optimize the technical schemes for an operational airborne …

The significant increase in hiking, wood extraction, and transportation activities exerts a
notable impact on the environmental balance along trails and forest roads in the form of soil …

With the powerful discriminative capabilities of convolutional neural networks, change
detection has achieved significant success. However, current methods either ignore the …