A computer simulation model of regional vegetationdynamics was applied to the terrestrial
ecosystems ofChina to study the responses of vegetation to elevatedCO 2 and global …

Southwestern China (SW) is simultaneously affected by the East Asian monsoon, South
Asian monsoon and westerly winds, forming a complex and diverse distribution pattern of …

Climatic change will result in great changes in vegetation. In this paper, a biogeographical
model, the BIOME1, was used to predict potential vegetation distribution in China under …

Northwest China is located in the inner center of the Eurasia continent, its ecosystem is
sensitive to climate variability and anthropogenic alterations. It is the transition zone of the …

This paper applies climate change scenarios in China based on the SRES assumptions with
the help of RCMs projections by PRECIS (providing regional climates for impacts studies) …

Predicting future land system changes driven by anthropogenic and climactic impacts can
help to explore adaptation and mitigation pathways for regional and global sustainable …

Studying the shifts of vegetation phenology and the response of vegetation phenology to
climate change helps to understand the dynamics of future ecosystems. However, since …

The vegetation ecosystem of the Qinghai-Tibet Plateau in China, considered to be the
“natural laboratory” of climate change in the world, has undergone profound changes under …

Substantial evidence suggests a widespread increase in global vegetation gross primary
production (GPP) since the 1980s. If the increasing trend of GPP remains unchanged in the …

In this paper we used an Atmosphere-Vegetation Interaction Model (AVIM) that has been
validated at regional and global scales to estimate the NPP (net primary production) …