Oilfield brines are a significant alternative lithium resource to meet the global demand in the
next decades. However, their metallogenic characteristics and mechanism remain unclear …

Contributions of geothermal reservoir and aquifer rock weathering to dissolved arsenic (As)
concentrations remain poorly understood. This study investigated geochemical and isotopic …

Abstract The Atacama region in Northern Chile hosts the driest desert on Earth and provides
the second highest global Li production, containing the largest reported lithium reserves in …

The dynamics of B isotopes in the hypersaline Olaroz basin located in the Central Andes,
was characterized by means of chemical and isotopic analysis (δ 11 B and 87 Sr/86 Sr) of …

Abstract Pearl River Delta (PRD) region of South China is abundant of geothermal water
resources. However, the development and utilization level of geothermal resources in this …

During the irrigation period, the interactions between the linked lake-groundwater systems
are complicated and change. This is because natural and human activities are happening at …

High lithium (Li) and cesium (Cs) concentrations in the Qinghai-**zang Plateau thermal
springs pose environmental and health challenges, but their origins and enrichment …

The origin of deep-seated Li-rich brines in a continental evaporite basin remains poorly
understood. To clarify hydrogeochemical processes governing the Li enrichment, this study …

We investigate the influence of land use and land cover (LU/LC) changes on soil erosion
and chemical weathering processes within the Nonguén watershed in the Coastal Cordillera …

Strontium isotopic ratios (⁸⁷Sr/⁸⁶Sr) in sedimentary and igneous rocks may provide
valuable interpretations that allow constraining the geologic evolution of sedimentary …