Kr and Xe isotope measurements (raw and corrected), sample information, well information, and inverse model output for groundwater samples from 36 wells across California spanning three regions: 1) San Diego, 2) Fresno, 3) Mojave Desert
In regions where water resources are scarce and in high demand, it is important to safeguard against...
The hydrology of Honey Lake Basin was studied using environmental isotope measurements of approximat...
Noble gases are chemically inert and therefore at least some of the complications that are common in...
Constraining the magnitude of past hydrological change may improve understanding and predictions of ...
Observations are key to our ability to understand present climate and predict future change. However...
A major stable isotope mapping project is underway that will provide important baseline information ...
In this study, 38 groundwater wells and hotsprings were sampled in three different areas (Salton Sea...
Groundwater from the La Paz arid coastal aquifer in Baja California, Mexico, is essentially the only...
Stable noble gas isotopes are excellent groundwater tracers. Radioactive noble gases are emerging ne...
There is significant societal concern regarding environmental issues, including ensuring safe long- ...
The figure below on the right shows mole fractions for the noble gases tested as part of this sampli...
From March to September 1995, the Isotope Sciences Division of Lawrence Livermore National Laborator...
textAtmospheric noble gases (He, Ne, Ar, Kr, and Xe) dissolved in groundwater are a valuable tool in...
Isotopes of hydrogen, carbon, helium, and neon in groundwater from 20 wells in the Lower Colorado Ri...
Dissolved noble gases were deployed as tracers to track groundwater between Water Replenishment Dist...
In regions where water resources are scarce and in high demand, it is important to safeguard against...
The hydrology of Honey Lake Basin was studied using environmental isotope measurements of approximat...
Noble gases are chemically inert and therefore at least some of the complications that are common in...
Constraining the magnitude of past hydrological change may improve understanding and predictions of ...
Observations are key to our ability to understand present climate and predict future change. However...
A major stable isotope mapping project is underway that will provide important baseline information ...
In this study, 38 groundwater wells and hotsprings were sampled in three different areas (Salton Sea...
Groundwater from the La Paz arid coastal aquifer in Baja California, Mexico, is essentially the only...
Stable noble gas isotopes are excellent groundwater tracers. Radioactive noble gases are emerging ne...
There is significant societal concern regarding environmental issues, including ensuring safe long- ...
The figure below on the right shows mole fractions for the noble gases tested as part of this sampli...
From March to September 1995, the Isotope Sciences Division of Lawrence Livermore National Laborator...
textAtmospheric noble gases (He, Ne, Ar, Kr, and Xe) dissolved in groundwater are a valuable tool in...
Isotopes of hydrogen, carbon, helium, and neon in groundwater from 20 wells in the Lower Colorado Ri...
Dissolved noble gases were deployed as tracers to track groundwater between Water Replenishment Dist...
In regions where water resources are scarce and in high demand, it is important to safeguard against...
The hydrology of Honey Lake Basin was studied using environmental isotope measurements of approximat...
Noble gases are chemically inert and therefore at least some of the complications that are common in...
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