Under a persistent warming climate and increasing human activities, permafrost in the
Source Area of the Yellow River (SAYR) has been degrading regionally, resulting in many …

Climatic warming has resulted in permafrost degradation and it is expected to alter the
hydrological processes and hydraulic connectivity on the Qinghai-Tibet Plateau (QTP) …

Abstract The Source Area of the Yellow River is located in the mosaic transition zones of
seasonally frozen ground, and discontinuous and continuous permafrost on the …

Many observations in and model simulations for northern basins have confirmed an
increased streamflow from degrading permafrost, while the streamflow has declined in the …

Under the background of global warming, permafrost on the Qinghai-Tibet Plateau has been
experienced a significant degradation, which may have effects on regional climate …

Since the 20th century, due to global warming, permafrost areas have undergone significant
changes. The degradation of permafrost has complicated water cycle processes. Taking the …

This article attempts to predict the spatiotemporal changes of permafrost in the Headwater
Area of the Yellow River (HAYR) on the northeastern Qinghai‐Tibet Plateau, Southwest …

Abstract The Tien Shan Mountains, the largest mountain range in the Xinjiang Autonomous
Region of north‐western China, significantly influence the climate of central Asia. Recent …

The areal extent of permafrost in China has been reduced by about 18.6% during the last
30years. Due to the combined inuences of climate warming and human activities, permafrost …

Ecology, hydrology, and natural resources in the source areas of the Yangtze and Yellow
rivers (SAYYR) are closely linked to interactions between climate and permafrost. However …