Wood formation has received considerable attention across various research fields as a key
process to model. Historical and contemporary models of wood formation from various …

Russia, the country with the most forested area, significantly influences global climate,
carbon, and water dynamics. In addition, a considerable part of the Russian forests is in …

Tree phenology is sensitive to climate warming and changes in seasonal precipitation. Long
xylogenesis records are scarce, thus limiting our ability to analyse how radial growth …

Climate change is profoundly affecting phenology, especially in the Northern Hemisphere.
Nevertheless, how tree radial growth responds to phenological shifts remains to be …

The medium-and long-term projections of global climate models show the effects of global
warming will be most pronounced in cold climate areas, especially in the high latitudes of …

It is important to study the relationships between tree growth and phenology and climate
factors in Central Asia for the sustainable development of forest ecology and the exploration …

Repetitive observations (direct measurements) of seasonal kinetics of xylogenesis and
simulations (proxy data) with tree growth models are the two main approaches available to …

Climate change projections forecast most significant impacts on high-latitude forest
ecosystems. Particularly, climate warming in boreal regions should increase fire severity and …

Climate changes influence seasonal tree-ring formation. The result is a specific cell structure
dependent on internal processes and external environmental factors. One way to investigate …

Boreal forest ecosystems are a crucial element in the global climate balance. In harsh
environments functioning lateral meristems of trees are more regulated by the exogenous …