Groundwater resources are increasingly exposed to significant overexploitation in many
parts of the world, markedly in Iran, one of the most arid areas. Social, economic and …

Providing water equally and sustainably in megacities is a challenge that requires
integrating people's needs and concerns. This defy is assessed from Mexico City, from …

An integrated approach of remote sensing, geographic information system and multicriteria
decision analysis of analytical hierarchical process (AHP) were applied to delineate …

In arid and semi-arid regions like the Kingdom of Saudi Arabia (KSA), groundwater is
considered the main source for drinking and agricultural uses due to low precipitation and …

水文地球化学是识别地下水流系统的重要方法, 然而区域尺度上多级嵌套地下水流系统的复杂性
使地下水化学组成的分析和解释难度增加. 以鄂尔多斯北部盆地湖泊集中区典型的胡同察汗淖 …

Water is one of the most basic entities, especially in semiarid regions where low
precipitation and limited surface water resources bring more emphasis on the use of …

In complex aquifer systems subject to intensive exploitation it is important to investigate
hydrogeochemical processes in the components to understand the hydrodynamics of …

Metagenomic and traditional paleolimnological approaches are suitable to infer past
biological and environmental changes, however, they are often applied independently …

Groundwater exploitation reduction (GWER) and cross-regional water diversion projects are
exerting profound effects on the subsurface water cycle in the North China Plain. A detailed …

Temperatures and chemical compositions of hot springs are decisive of their roles in
heating, power-generation, therapeutic applications and recreational activities. However, the …