Understanding the variation of autumn phenology and its climatic drivers is important for
predicting terrestrial carbon cycles in the temperate grasslands of China. Using …

Vegetation is highly sensitive to climate changes in arid regions. The relationship between
vegetation and climate changes can be effectively characterized by vegetation phenology …

Alpine meadow and alpine steppe are the two most widely distributed nonzonal vegetation
types in the Qinghai-Tibet Plateau. In the context of global climate change, the differences in …

Soil moisture (SM) plays a paramount role in maintaining plant growth. However, the
understanding of the influences of SM dynamics on vegetation phenology is still insufficient …

Due to the complex coupling between phenology and climatic factors, the influence
mechanism of climate, especially preseason temperature and preseason precipitation, on …

Revealing the physiological mechanisms and the implications of changes in spring
phenology is crucial for understanding ecosystem productivity and functioning. Previous …

Aim Vegetation phenology is highly sensitive to climate change. The timing of spring
phenology in temperate grasslands is regulated primarily by temperature and precipitation …

Global warming has exacerbated the threat of drought in Central Asia, amplifying its
ecological implications within the region's grassland ecosystems. This has become an …

China has been suggested to be the country with the largest vegetation greenness over the
last four decades. In this study, we investigated the change in the speed of canopy …

Vegetation phenology is undergoing profound changes in response to the recent increases
in the intensity and frequency of drought events. However, the mechanisms by which …