Remote sensing has developed into an omnipresent technology in the scientific field of
forestry and is also increasingly used in an operational fashion. However, the pace and level …

Urban vegetation (UV) and its carbon storage capacity are critical for terrestrial carbon
cycling and global sustainable development goals (SDGs). With complex spatial distribution …

Forest structural complexity is a key element of ecosystem functioning, impacting light
environments, nutrient cycling, biodiversity, and habitat quality. Addressing the need for a …

Detailed maps of forest structure attributes are crucial for sustainable forest management,
conservation, and forest ecosystem science at the landscape level. Map** the structure of …

The northern forest-tundra ecotone is one of the fastest warming regions of the globe.
Models of vegetation change generally predict a northward advance of boreal forests and …

Forest aboveground biomass (AGB) estimation is crucial for carbon cycle studies and
climate change mitigation actions. However, because of limitations in timely and reliable …

The forest canopy height is a key indicator for measuring global forest carbon stocks.
Spaceborne LiDAR, a satellite remote sensing technology, plays an essential role in large …

National aboveground forest biomass products enable monitoring of biomass dynamics in a
consistent and repeatable manner to inform carbon accounting and sustainable forest …

Spatially continuous map** forest aboveground biomass (AGB) is crucial for better
understanding the capacities of carbon sequestration capacities of forest ecosystems at both …

The measurement of forest structure has evolved steadily due to advances in technology,
methodology, and theory. Such advances have greatly increased our capacity to describe …