The ongoing phenological changes in vegetation on the Qinghai–Tibetan Plateau could
modify land surface and atmospheric processes. In this Review, we summarize these …

Normalized difference vegetation index (NDVI) derived from satellites has been ubiquitously
utilized in the field of remote sensing. Nevertheless, there are multitudinous contaminations …

The grassland ecosystems cover above 60% of Qinghai-Tibetan Plateau (QTP) and provide
important ecosystem services and functions at local and regional scales. However, both …

High-latitude and high-altitude regions contain vast stores of permafrost carbon. Climate
warming may result in the release of CO2 from both the thawing of permafrost and …

As an important production base for livestock and a unique ecological zone in China, the
northeast Tibetan Plateau has experienced dramatic land use/land cover (LULC) changes …

As the world's Third Pole, the Qinghai‐Tibet Plateau has a large area of marshes, which
plays an important role in global carbon cycle. The net primary productivity (NPP) of …

The timing of the end of the vegetation growing season (EOS) plays a key role in terrestrial
ecosystem carbon and nutrient cycles. Autumn phenology is, however, still poorly …

The ongoing changes in vegetation spring phenology in temperate/cold regions are widely
attributed to temperature. However, in arid/semiarid ecosystems, the correlation between …

Climate change and anthropogenic activities are two factors that have important effects on
the carbon cycle of terrestrial ecosystems, but it is almost impossible to fully separate them at …

Species across a wide range of taxa and habitats are shifting phenological events in
response to climate change. While advances are common, shifts vary in magnitude and …