Groundwater resources play a crucial role in vegetation restoration and ecological
development in the northern part of the Loess Plateau. However, it remains unclear how the …

Since 1999, large-scale ecological restoration activities have been launched across China's
Loess Plateau, known as the 'Grain for Green Program', which has substantially changed the …

Abstract The Loess Plateau (LP) is a typical water-limited area. Since the revegetation plan
started in 1999, the rapid growth of vegetation has not only significantly changed the local …

The general relationships between vegetation and water yield under different climatic
regimes are well established at a small watershed scale in the past century. However …

In recent decades, the water cycle process in the Loess Plateau has undergone drastic
changes under the influence of anthropogenic disturbance and climate variability. The …

Abstract Since 1999, the Loess Plateau, China, has undergone one of the world's largest
revegetation programs (Grain for Green Project, GfGP). Revegetation has profound impacts …

Groundwater-level fluctuations at a large scale have a significant effect on the preservation
and restoration of vegetation. This study determined suitable groundwater depth within …

Vegetation restoration attributed to China's Grain to Green Program (GTGP) exerts
noticeable impact on the ecological-hydrological nexus. However, the vegetation restoration …

Human intervention has strongly altered patterns of river runoff. Yet, few studies have
addressed the complexity and nonlinearity of the anthropogenic stresses on runoff or their …

Recently, relationship between vegetation activity and temperature variability has received
much attention in China. However, vegetation-induced changes in water resources through …