Tropical forest productivity is increasingly reported to be nutrient limited, which may affect its
response to seasonal droughts. Yet experimental evidence on nutrient limitation from …

There is increasing evidence to suggest that soil nutrient availability can limit the carbon sink
capacity of forests, a particularly relevant issue considering today's changing climate. This …

Nitrogen (N) deposition is a significant threat to the functioning of forests and negatively
impacts the delivery of forest goods and services. Contemporary management approaches …

Fine roots mediate plant nutrient acquisition and growth. Depending on soil nutrient
availability, plants can regulate fine root biomass and morphological traits to optimise …

The purpose of this study was to evaluate the importance of litterfall as a link in
biogeochemical cycling of certain elements (C, N, P, K, Ca, Mg, Fe, Mn, Cu, and Zn) in silver …

Nutrient limitations play a key regulatory role in plant growth, thereby affecting ecosystem
productivity and carbon uptake. Experimental observations identifying the most limiting …

Nutrient limitation may constrain the ability of recovering and mature tropical forests to serve
as a carbon sink. However, it is unclear to what extent trees can utilize nutrient acquisition …

Understanding mechanisms driving tropical tree growth is essential for comprehending
carbon sequestration and predicting the future of tropical forests amid rapid deforestation …

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Soil nitrogen (N) availability affects plant carbon (C) utilization. However, it is unclear how
various tree functional types respond to N addition in terms of C assimilation, allocation, and …