The future development of forest ecosystems depends critically on tree mortality. However,
the suitability of empirical mortality algorithms for extrapolation in space or time remains …

Quantifying above ground biomass (AGB) and its spatial distribution can significantly
contribute to monitor carbon stocks as well as the carbon storage dynamics in forests. For …

Background Application of allometric equations for quantifying forests aboveground biomass
is a crucial step related to efforts of climate change mitigation. Generalized allometric …

Biomass equations are a helpful tool to estimate the tree and stand biomass production and
standing stock. Such estimations are of great interest for science but also of great …

As a result of different types of disturbance, forests are a mixture of stands at different stages
of ecological succession. Successional stage is likely to influence forest productivity and …

Abstract West African Sudanian savanna ecosystems greatly contribute to local peoples'
livelihoods and climate change mitigation. Yet, the contribution of these ecosystems to …

The need to provide transparent and reliable Greenhouse Gas (GHG) emission estimates is
strongly emphasized in the context of international reporting under the United Nations …

For mitigating climate change through carbon sequestration and for reporting, Viet Nam
needs to develop biomass equations at a national scale. These equations need to be …

Biomass of trees may be predicted either directly applying allometric models or indirectly
from volume and biomass expansion factors (BEFs). For the Dry Afromontane forests, the …

This study aims to derive allometric functions to estimate the above-and belowground
biomass components of the most important tree species in Latvia. The study material …