Warming trends and increasing temperature extremes have been observed across most of
the Asian region over the past century (high confidence).{24.3} Increasing numbers of warm …

Due to human activities and climate change, the habitats of ungulate species on the Qinghai-
Tibet Plateau have been greatly affected in recent decades. In this study, the distribution …

Spring vegetation phenology in temperate and cold regions is widely expected to advance
with increasing temperature, and is often used to indicate regional climatic change. The …

Abstract The Tibetan Plateau (TP) holds fundamental ecological and environmental
significances to China and Asia. The TP also lies in the core zone of the belt and road …

Vegetation phenology is a sensitive indicator of the dynamic response of terrestrial
ecosystems to climate change. In this study, the spatiotemporal pattern of vegetation …

Drought and heat caused major disturbance in nature by interfering with plant phenology,
and can also alter the vulnerability and resilience of terrestrial ecosystems. Existing research …

It is debatable whether warming or increased precipitation primarily drives the changes of
spring and autumn phenology in alpine grasslands at high elevations like the Tibetan …

Quantifying the response of vegetation Net Primary Productivity (NPP) to phenological
dynamics is critical to study climate change effects on ecosystem dynamics in the high …

The spatial and temporal variations in the end date of the vegetation growing season (EGS)
and their relationships with climate factors across the Qinghai–Tibetan Plateau yet have not …

Soil microbial autotrophs play a significant role in CO 2 fixation in terrestrial ecosystem,
particularly in vegetation-constrained ecosystems with environmental stresses, such as the …