The northwestern China is a typical dry-land region of Inner Asia, where significant climate
change has been observed over the past several decades. How the regional vegetation …

Monitoring the dynamics of vegetation growth and its response to climate change is
important to understand the mechanisms underlying ecosystem behaviors. This study …

The plant ecosystems are particularly sensitive to climate change in arid and semi-arid
regions. However, the responses of vegetation dynamics to climate change in Central Asia …

As one of the most sensitive areas to climate change, drylands cover~ 40% of the Earth's
terrestrial land surface and host more than 38% of the global population. Meanwhile, their …

In recent decades, the monitoring of vegetation dynamics has become crucial because of its
important role in terrestrial ecosystems. In this study, a satellite-derived normalized …

This study investigated the spatiotemporal variation of vegetation growth and the influence
of climatic drivers from 1982 to 2011 across China using datasets from the Normalized …

Global climate change is expected to impact vegetation dynamics. However, differences in
the responses of vegetation in desert regions remain poorly understood. We analysed …

Understanding how the dynamics of vegetation growth respond to climate change at
different temporal and spatial scales is critical to projecting future ecosystem dynamics and …

Using satellite-derived normalized difference vegetation index (NDVI) data, several previous
studies have indicated that vegetation growth significantly increased in most areas of China …

This study analyzes spatial variability of grassland vegetation growth in response to climate
change in the central section of Inner Mongolian Autonomous Region of China. The study …