Abstract Purpose of Review The capacity of woody plants to cope with climate change
depends on their adjustments to changing environmental conditions by phenotypic plasticity …

(1) Plant functional traits, which encompass morphological, physiological, and ecological
characteristics, are key to plant adaptation, growth, and development. In recent years, the …

Tree growth is driven by various factors, including site climate, stand and tree variables. A
thorough understanding of the respective roles of the main drivers is imperative to project or …

With global climate change, atmospheric nitrogen deposition is intensifying. However, the
specific impact of nitrogen deposition on forest ecosystem productivity remains unclear …

Aim Changes in climate are likely to have major impacts on benefits (ie, biodiversity and
ecosystem services) supported by trees. Here we explore the extent to which trees can …

Climate change will likely cause changes in the composition of forests worldwide, with
consequent impacts on forest ecosystems and the ecosystem services they provide. In …

Spatial differentiation of the net primary productivity (NPP) of vegetation is an important
factor in the ecological protection and restoration of mining areas. However, most studies …

Climate warming and surface ozone (O 3) pollution are important global environmental
issues today. However, the combined impacts of air warming and O 3 on phenology and its …

We compared seasonal leaf gas exchange patterns, photosynthetic pigments, and
photosynthetic nutrient use efficiencies in two co-occurring tree species, Nepalese alder …

Biomass estimation models (BEMs) employ power-law equations to estimate aboveground
biomass (AGB) using basal diameter (BD) as the independent variable. Estimating AGB is …