Land degradation, desertification and tree mortality related to global climate change have
been in the spotlight of remote sensing research in recent decades since extreme climatic …

Tropical forests are a major component of the global carbon cycle and home to two‐thirds of
terrestrial species. Upper‐canopy trees store the majority of forest carbon and can be …

Forests display tremendous structural diversity, sha** carbon cycling, microclimates and
terrestrial habitats. An important tool for forest structure assessments are canopy height …

This study introduces the annual tree-wise intensity patterns of three boreal tree species,
silver birch (Betula pendula Roth.), Scots pine (Pinus sylvestris L.), and Norway spruce (P …

Accurate evaluation of terrestrial carbon balance is essential for designing climate change
mitigation policies, and capabilities of remote sensing techniques in monitoring carbon …

Canopy gaps are evidence of disturbances on forest landscapes. A forest stand is in
constant flux, with long stretches of biomass accumulation punctuated by episodic …

Tree mortality impacts biodiversity, carbon dynamics and the management of forests.
Climate change is expected to increase tree mortality, but understanding of tree mortality …

Abstract Uncrewed Aerial Vehicles (UAVs) equipped with Light Detection and Ranging
(LiDAR) scanners have been adopted as an effective tool for conducting forest inventories …

Rates of tree mortality are increasing globally, with implications for forests and climate. Yet,
how and why these trends vary globally remain unknown. Develo** a comprehensive …

Estimating canopy height and canopy height change at meter resolution from satellite
imagery has numerous applications, such as monitoring forest health, logging activities …