The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to understand the water cycle characteristics of the drainage basin of Manasarovar Lake in Tibet. Both delta D and delta (18)O of river water are larger than those of lake water and the effect of altitude on both delta D and delta (18)O is not very significant. This phenomenon was suggested to occur because Manasarovar basin is located in Qinghai-Tibet Plateau which has low latitude, high altitude, abundant glaciers, thin air and intensive solar radiation, resulting in higher evaporation in lake water
On the Tibetan Plateau, applications of dD and d18O values in paleoclimate studies tend to be compli...
Lake level fluctuations are important features in paleo-reconstructions that can be linked to past c...
This study integrated a water isotope module into the hydrological model THREW (Tsinghua Representat...
The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to understand ...
Abstract The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to un...
The use of isotopic tracers is an effective approach for characterizing the moisture sources of prec...
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 ...
Stable water isotopes (delta O-18 and delta H-2) are an important source signature for understanding...
The use of stable isotopes is a practical tool in the study of the lake water budget. This is an one...
Study Region This study considers river water and groundwater in seeps and springs collected from th...
Lakes are regarded as important nodes in water resources, playing pivotal roles in the regional hydr...
Hydrological processes produce effects on water resources in inland mountainous regions. To perform ...
Hydrogen isotope ratios of sedimentary biomarkers are known to record the climatic variability in te...
Climate driven hydrologic variability has direct socio-economic impacts on local, regional and globa...
On the Tibetan Plateau, applications of dD and d18O values in paleoclimate studies tend to be compli...
Lake level fluctuations are important features in paleo-reconstructions that can be linked to past c...
This study integrated a water isotope module into the hydrological model THREW (Tsinghua Representat...
The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to understand ...
Abstract The stable hydrogen and oxygen of lake, river, rain and snow waters were investigated to un...
The use of isotopic tracers is an effective approach for characterizing the moisture sources of prec...
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 ...
Stable water isotopes (delta O-18 and delta H-2) are an important source signature for understanding...
The use of stable isotopes is a practical tool in the study of the lake water budget. This is an one...
Study Region This study considers river water and groundwater in seeps and springs collected from th...
Lakes are regarded as important nodes in water resources, playing pivotal roles in the regional hydr...
Hydrological processes produce effects on water resources in inland mountainous regions. To perform ...
Hydrogen isotope ratios of sedimentary biomarkers are known to record the climatic variability in te...
Climate driven hydrologic variability has direct socio-economic impacts on local, regional and globa...
On the Tibetan Plateau, applications of dD and d18O values in paleoclimate studies tend to be compli...
Lake level fluctuations are important features in paleo-reconstructions that can be linked to past c...
This study integrated a water isotope module into the hydrological model THREW (Tsinghua Representat...