Human activities and climate change have changed the vegetation in China. The analysis of
the changes in vegetation that have occurred over the past 30 years in China remains a …

Accurately monitoring global vegetation dynamics with modern remote sensing is critical for
understanding the functions and processes of the biosphere and its interactions with the …

Abstract Knowledge of the current changes and dynamics of different types of vegetation in
relation to climatic changes and anthropogenic activities is critical for developing adaptation …

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 …

Through the application and use of geospatial data, this study aimed to detect and
characterize some of the key environmental drivers contributing to landscape-scale …

Remotely‐sensed vegetation indices, which indicate the density and photosynthetic capacity
of vegetation, have been widely used to monitor vegetation dynamics over broad areas. In …

Monitoring of desertification processes by satellite remote sensing is an important task in
China and other arid regions of the world. We used a full year 2000 (1 January 2000–31 …

It is confirmed that China has been greening over the last two decades. Such greening and
its driving factors are therefore significant for understanding the relationship between …

Desertification control and scientific evaluation of desert ecosystem sustainability are
important issues for countries along the Silk Road Economic Belt. Fractional vegetation …

Vegetation cover is a commonly used indicator to evaluate terrestrial environmental
conditions. Changes in the spatiotemporal patterns of vegetation alter the structures and …