为深入探索气候变化背景下更为精确的潜在蒸散发计算方法, 在淮北平原五道沟水文水资源实验
站开展了3 组小型蒸渗仪试验, 通过结合平流运动动力项并引入地表净辐射修正参数 …

Rare earth elements (REEs) have been widely used to infer the provenance of sediments.
However, sedimentary sorting and chemical weathering may produce REE compositions …

Pan evaporation (EVP) is an important element of the hydrological cycle and exhibits a close
relationship with climate change. In this study, the generalized regression neural network …

For lakes in desert hinterlands that are not recharged by river runoff, sediment input solely
comes from wind transport. While the processes of sediment transport and deposition in …

Recognizing the sedimentary environments of sand layers in desert areas aids in evaluating
the reliability of using these materials to assess paleoenvironmental changes. Nevertheless …

Quantitative reconstruction of consecutive paleolake-level fluctuations may help reconstruct
lake evolution during the Holocene. However, the reconstruction of a groundwater …

Abstract Study region Qinghai Lake Basin (QLB), the largest saline lake in China and its
collecting basin Study focus Climate change has caused clear shrinkage or dramatic water …

To investigate a more accurate method for potential evapotranspiration estimation under
climate change, three sets of experiments were conducted using small lysimeters at …

In the Asian monsoon margin of Northwest China, the impact factors for variations in the
aridity and humidity of the summer climate are complex and unclear. In this study, we …

In hyperarid desert regions, the key factors and mechanisms governing the spatial variations
in the composition and ratio of chemical elements in the eolian sediments remain largely …