Understanding precipitation-vegetation interaction is of great importance to implementing
adaptation and mitigation measures for terrestrial ecosystems. Many studies have explored …

The saturation of NDVI makes the annual maximum NDVI (NDVImax) underestimate
vegetation with high coverage. Time-Integrated NDVI (TI-NDVI) accumulates NDVIs of …

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 …

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 …

Vegetation plays an important role in regulating the terrestrial carbon balance and the
climate system, and also overwhelmingly dominates the provisioning of ecosystem services …

1982—2012 年新疆植被NDVI 的动态变化及其对气候变化和人类活动的响应∗ Page 1 1982—2012
年新疆植被NDVI 的动态变化 及其对气候变化和人类活动的响应∗ 杜加强 1,2∗∗ 贾尔恒·阿哈提 3 …

A drying trend and an expansion of drylands through history, as well as an expectation to
continue under the future climate, have been inferred by recent studies. However, this …

The change trend of vegetation cover in Mongolian plateau and its response to seasonal
temperature and precipitation were analyzed by employing MODIS NDVI in 2001-2010 …

Drought remains one of the world's most devastating phenomena, exhibiting impacts in both
magnitude and frequency. African vegetation remains highly vulnerable to drought impacts …

Observed 20th century changes in the length of the growing season (GS) across the
Northern Hemisphere have been linked to increasing temperatures, associated with global …