The isotopic composition of leaf water in terrestrial plants is highly dependent upon a plant's
environment. This isotopic signature can become integrated into organic molecules …

We explore needle sugar isotopic compositions (δ18O and δ13C) in boreal Scots pine
(Pinus sylvestris) over two growing seasons. A leaf‐level dynamic model driven by …

In recent decades, research into the influence of climatic warming on wood phenology, tree
radial growth, and carbon uptake has focused largely on boreal and temperate Northern …

Stable carbon isotope ratios (δ13C) in organic matter convey important integrated and (if
assessed in the tree ring archive) dateable information on plant physiology and related …

Annually resolved tree-ring records extending back to pre-industrial conditions have the
potential to constrain the responses of global land surface models at interannual to …

An increase in temperature along with a decrease in summer precipitation in Central Europe
will result in an increased frequency of drought events and gradually lead to a change in …

Question Tree growth at high altitude in the Himalayan region is limited by cold
temperatures and also strongly influenced by the seasonality of the Asian monsoon …

The oxygen isotope composition of cellulose (δ18O values) has been suggested to contain
information on stomatal conductance (gs) responses to rising p CO2. The extent by which p …

Nitrogen (N) deposition and changing climate patterns in the northeastern USA can
influence forest productivity through effects on plant nutrient relations and water use. This …

Measurements of carbon isotope contents of plant organic matter provide important
information in diverse fields such as plant breeding, ecophysiology, biogeochemistry and …