Develo** transformative pathways for industry's compliance with international climate
targets requires model-based insights into how supply-and demand-side measures affect …

Continuous urban expansion has a negative impact on the potential of terrestrial vegetation.
Till now, the mechanism of such impact remains unclear, and there have been no systematic …

The article examines the potential utilization of forest biomass in bioenergy production in
Europe, taking into account limiting and developmental factors. The methodology includes a …

Carbon on the Earth's surface can be carried into the mantle by subducting slabs in the form
of carbonates and organics. However, not all the subducting carbon could be recycled into …

Forests play a crucial role in achieving net-zero greenhouse gas emission targets in the
coming decades, as they can act as natural carbon sinks by removing carbon dioxide from …

Wood as a renewable material is relevant for climate change mitigation: Carbon
sequestration in forests and carbon storage in harvested wood products (HWPs) contribute …

Accurate quantification of individual tree parameters is vital for precise forest inventory and
sustainable forest management. However, in dense forests, terrestrial laser scanning (TLS) …

Vegetation dynamics in the African continent play an important role in the global terrestrial
carbon cycle. Above-ground biomass carbon (AGC) stocks in Africa are sensitive to drought …

As an important type of terrestrial carbon sink, forests play a critical role in offsetting
anthropogenic fossil fuel CO2 emissions which should help nations to achieve carbon …

Both net primary productivity (NPP) and vegetation phenology play essential roles in
influencing the carbon sequestration of terrestrial ecosystems. However, the relationship …