In light of the proliferation of tree-ring isotope studies, the magnitude and cause of variability
of tree-ring δ13C, δ18O and δ2H within individual trees (circumferential) and among trees at …

This paper presents results from the first 1100 years of a long stable carbon isotope
chronology currently in development from Scots Pine (Pinus sylvestris L.) trees growing in …

For accurate interpretation of oxygen isotopes in tree rings (δ18O), it is necessary to
disentangle the mechanisms underlying the variations in the tree's internal water cycle and …

Tree-ring stable isotopes, providing insight into drought-induced eco-physiological
mechanisms, are frequently used to reconstruct past changes in growing season …

Ring‐width dendrochronology, based on matching patterns of ring width variability, works
best when trees are growing under significant environmental (climatic) stress. In the UK, and …

Climate reconstructions based on stable isotopes in tree rings rely on the assumption that
fractionation‐controlling processes are strongly linked to meteorological variables. In this …

Isotopic discrimination measurements in tree rings are becoming increasingly important
estimators of past environmental change. Potential biases inherent to these parameters …

Trees in seasonal climates may use water originating from both winter and summer
precipitation. However, the seasonal origins of water used by trees have not been …

United Kingdom (UK) summers dominated by anti-cyclonic circulation patterns are
characterised by clear skies, warm temperatures, low precipitation totals, low air humidity …

We tested three hypotheses related to the functioning of mountain plants, namely their
reproductive effort, leaf surface structure and effectiveness of CO 2 assimilation, using …