Lake water, river water, and groundwater from the Lake Qinghai catchment in the northeastern Tibetan Plateau, China have been analyzed and the results demonstrate that the chemical components and 87Sr/86Sr ratios of the waters are strictly constrained b
AbstractThe Rb/Sr ratios of lake sediments have been suggested as indicators of weathering intensity...
Comprehensive studies on the spatial distribution, water quality, recharge source, and hydrochemical...
A total of 30 precipitation samples were collected at a remote site of Qinghai Lake in the northeast...
Major ions, isotopic ratios of strontium (Sr-87/Sr-86), hydrogen (delta D) and oxygen (delta O-18) o...
The integrated use of isotopic and hydrochemical tracers is an effective way to investigate hydrolog...
Qinghai Lake is one of China's national nature reserves and supports the ecological security of ...
A uranium (U) geochemical study of lake water samples from Qinghai Lake, Northeast Qinghai-Tibet Pla...
Water level and chemistry of Lake Qinghai are sensitive to climate changes and are important for pal...
The integrated use of isotopic and hydrochemical tracers is an effective approach for investigating ...
The geochemistry of natural waters in the Changtang Nature Reserve, northern Tibet, can help us unde...
On the Qinghai-Tibet Plateau (QTP), salinity, area, and altitude are the three main environmental gr...
The concentrations of dissolved strontium (Sr) and isotope ratios (Sr-87/Sr-86) in rainwater, river ...
Wetlands are sensitive indicators of climate change and have a profound impact on the supply of wate...
The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to understand ...
This study investigated modern loess weathering and its control on the chemistry of surface water an...
AbstractThe Rb/Sr ratios of lake sediments have been suggested as indicators of weathering intensity...
Comprehensive studies on the spatial distribution, water quality, recharge source, and hydrochemical...
A total of 30 precipitation samples were collected at a remote site of Qinghai Lake in the northeast...
Major ions, isotopic ratios of strontium (Sr-87/Sr-86), hydrogen (delta D) and oxygen (delta O-18) o...
The integrated use of isotopic and hydrochemical tracers is an effective way to investigate hydrolog...
Qinghai Lake is one of China's national nature reserves and supports the ecological security of ...
A uranium (U) geochemical study of lake water samples from Qinghai Lake, Northeast Qinghai-Tibet Pla...
Water level and chemistry of Lake Qinghai are sensitive to climate changes and are important for pal...
The integrated use of isotopic and hydrochemical tracers is an effective approach for investigating ...
The geochemistry of natural waters in the Changtang Nature Reserve, northern Tibet, can help us unde...
On the Qinghai-Tibet Plateau (QTP), salinity, area, and altitude are the three main environmental gr...
The concentrations of dissolved strontium (Sr) and isotope ratios (Sr-87/Sr-86) in rainwater, river ...
Wetlands are sensitive indicators of climate change and have a profound impact on the supply of wate...
The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to understand ...
This study investigated modern loess weathering and its control on the chemistry of surface water an...
AbstractThe Rb/Sr ratios of lake sediments have been suggested as indicators of weathering intensity...
Comprehensive studies on the spatial distribution, water quality, recharge source, and hydrochemical...
A total of 30 precipitation samples were collected at a remote site of Qinghai Lake in the northeast...