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

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 …

阿尔泰山南坡受到西风急流, 北冰洋冷湿气流, 蒙古-西伯利亚高压和亚洲低压共同影响,
形成了当地特有的气候模式; 同时, 阿尔泰山地区是欧亚沟通的枢纽地带, 气候变化对周边人类 …

Global warming has induced an increase in the intensity and frequency of summer extreme
high temperature events in Chinese subtropical forest, which contributes to a large …

Abstract The Vaganov-Shashkin (VS) and VS-Lite models are the most widely used
physiological processes-based models oi tree-ring width. Both models can reveal the …

Against the background of climate warming and humidification, the so-called 'divergence
problem'reduces the stability of tree rings in response to climate, and affects the reliability of …

Regeneration is crucial for forest continuity in natural and managed stands. Analyzing intra-
annual dynamics can improve the understanding between growth and climate, identifying …

The climate on south slope of the Altay Mountains (China Altay) is affected by the westerlies,
the airflow from the Arctic Ocean, the Mongolia-Siberia High and the Asian Low, resulting in …

Understanding forest phenology is essential for monitoring global carbon budgets and
managing vegetation resources in a changing climate. In southern Kyrgyzstan, walnut and …