Above‐ground biomass in forests is critical to the global carbon cycle as it stores and
sequesters carbon from the atmosphere. Climate change will disrupt the carbon cycle hence …

Stand biomass growth rate and allocation are essential for understanding carbon
sequestration rates and carbon cycling in forest ecosystems. However, large-scale patterns …

Both attributes of functional traits and phylogenetic diversity influence ecosystem functions,
but which of these factors is most important is still poorly understood in natural systems …

West African ecosystems play an important role in offsetting carbon inputs and climate
change impacts. However, whereas the role of these ecosystems in carbon sequestration …

Savanna ecosystems in tropical West Africa undergo severe land use pressure, resulting in
ecosystem degradation and biogenic carbon emissions. In such context, highlighting the key …

Key message Short-term nitrogen (N) deposition stimulates phosphorus (P) demand owing
to the growth improvment of Phyllostachys edulis seedlings. Increased N loads led to the …

Biomass allocation is a key factor in understanding how ecosystems respond to changing
environmental conditions. The role of soil chemistry in the above‐and belowground plant …

Understanding the driving factors of forest biomass are critical for further understanding the
forest carbon cycle and carbon storage management in karst forests. This study aimed to …

The significant role of tropical forest ecosystems in the global carbon budget has increased
the need for accurate estimates of tropical forest biomass. The lack of large-scale biomass …

Higher-resolution wall-to-wall carbon monitoring in tropical Africa across a range of
woodland types is necessary in reducing uncertainty in the global carbon budget and …