Canada's forests play an important role in the global carbon (C) cycle because of their large
and dynamic C stocks. Detailed monitoring of C exchange between forests and the …

Carbon (C) is a key product of forests, but not widely studied for available C stock, and
biomass of tree species in typical forest ecosystems of India. Therefore, it is useful to …

To become carbon neutral by 2050, the European Union (EU27) net carbon sink from forests
should increase from the current level of about− 360 Mt CO 2e yr− 1 to− 450 Mt CO 2e yr− 1 …

We analysed climate change impacts on the growth and natural mortality of forest tree
species and forest carbon (C) balance along an elevation gradient extending from the …

Remote sensing provides key inputs to a wide range of models and methods developed for
quantifying forest carbon. In particular, carbon inventory methods recommended by IPCC …

The comprehensive analysis of carbon stocks and fluxes of managed European forests is a
prerequisite to quantify their role in biomass production and climate change mitigation. We …

Temporary watercourses that naturally cease to flow and run dry comprise a notable fraction
of the world's river networks, yet estimates of global carbon dioxide (CO2) emissions from …

The process-based biogeochemical model Biome-BGC was enhanced to improve its ability
to simulate carbon, nitrogen, and water cycles of various terrestrial ecosystems under …

Forest age structure is an important factor for understanding the history of forests, their
current functioning and their future development. It is, for instance, crucial information to be …

Land use changes play a major role in determining sources and sinks of carbon at regional
and global scales. This study employs a modified Global biome model‐biogeochemical …