Compared with disturbance maps produced at annual or multi-year time steps, monthly
mapping of forest harvesting can provide more temporal details needed for studying the …

Young forest age mapping at a fine spatial resolution is important for increasing the
accuracy of estimating land–atmosphere carbon fluxes and guiding forest management …

Forest age is a crucial parameter for evaluating the state and potential of carbon
sequestration in forest ecosystems. However, the lack of a time-series forest age will lead to …

Post-fire forest regeneration is strongly influenced by abiotic and biotic heterogeneity in the
pre-and post-fire environments, including fire regimes, species characteristics, landforms …

Forecasting rates of forest succession at landscape scales will aid global efforts to restore
tree cover to millions of hectares of degraded land. While optical satellite remote sensing …

A spatially explicit, high-resolution forest age map is critical for quantifying forest carbon
stock and carbon sequestration potential. Previous endeavours to estimate forest age in …

Boreal forest areas in the Russian Far East contained very large intact forests. This particular
area is considered one of the most productive and diverse forests in the boreal biome of the …

A Bayesian classifier mapped the Burned Area (BA) in the Northeastern Siberian boreal
forest (70° N 120° E–60° N 170° E) from 1982 to 2015. The algorithm selected the 0.05°(~ 5 …

The Siberian larch forests, taking up about a fifth of the global boreal biome, are different
from the North American boreal forests in that they generally do not undergo a secondary …

Stand age is a significant factor when investigating forest resource management. How to
obtain age data at a sub-compartment level on a large regional scale conveniently and in …