期刊： DENDROCHRONOLOGIA, 2022; 72 ()
Radial growth in trees responds to environmental changes in various ways ranging from immediate to hysteretic responses. However, species-specific tre......
期刊： DENDROCHRONOLOGIA, 2022; 73 ()
The objective of this study was to evaluate the age trends of genetic variation in radial growth of different provenances and growth-climate relations......
期刊： DENDROCHRONOLOGIA, 2022; 73 ()
Tropical forests play an important role in the global carbon cycle and climate regulation. However, our understanding of how Asian tropical forest gro......
期刊： DENDROCHRONOLOGIA, 2022; 74 ()
Climate change is an important factor affecting forest growth. Therefore, approaching the impacts of climate change on forest growth is of great signi......
期刊： DENDROCHRONOLOGIA, 2022; 72 ()
The lack of instrumental wind speed data beyond the industrial era limits our ability to evaluate the contributions of natural versus anthropogenic pr......
期刊： DENDROCHRONOLOGIA, 2022; 76 ()
Stable hydrogen isotope ratios of wood lignin methoxy groups (delta H-2(LM) values) of mid-latitude forests are increasingly applied to reconstruct de......
期刊： DENDROCHRONOLOGIA, 2022; 76 ()
Riparian forests in natural desert oases are extremely vulnerable to water shortages; of late these shortages have been associated with climate change......
期刊： DENDROCHRONOLOGIA, 2022; 74 ()
Forest declines under global warming have received much attention in studies of forest ecology, yet such events in periods before climate warming have......
期刊： DENDROCHRONOLOGIA, 2022; 71 ()
Climate change has already had observable impact on the biophysical environment, and lead to the different sensitivity of vegetation to climate factor......
期刊： DENDROCHRONOLOGIA, 2022; 74 ()
Tree-ring cellulose oxygen isotope ratios (delta O-18) is a well-established proxy for hydroclimatic conditions in monsoon Asia. We reconstructed June......
期刊： DENDROCHRONOLOGIA, 2022; 72 ()
Altitudinal difference increases the complexity of the response of tree growth to climate change in the mountainous areas, and may change the carbon s......
期刊： DENDROCHRONOLOGIA, 2022; 71 ()
Different tree species exhibit different phenological and physiological characteristics, leading to complexity in inter-species comparison of stem rad......
期刊： DENDROCHRONOLOGIA, 2021; 67 ()
The black locust (Robinia pseudoacacia Linn.) is the dominant tree species in the "grain for green" project on the Loess Plateau (LP) of China, and br......
期刊： DENDROCHRONOLOGIA, 2021; 67 ()
Because climate change impacts different ecosystems and geographies in myriad ways, it is important to study how forests in different regions respond ......
期刊： DENDROCHRONOLOGIA, 2021; 65 ()
Himalayan Mountains provide unique opportunities for the extension of shrub-ring based dendroclimatology beyond the upper tree limit. However, little ......
