Water Resources and Sustainable Development

© 2022 by the authors; CC BY-NC-ND license

arid and semiarid area; quantitative assessment; groundwater; floor water inrush hazard; northwest China; hydrochemical characteristics; rock weathering; water quality evaluation; human health risk assessment; Danjiang River source; virtual water; inequality index of virtual water transfer; water rights allocation; chemical mass balance; protection limits; total maximum daily loads; water; quality allocation; water quality index; water resource protection; leadership roles; local authority; river basin; sustainable development; rainfall/runoff variation; surface water resources; evolution characteristics; attribution analysis; trend prediction; North China Plain over-exploitation area; groundwater suitability; irrigation; fuzzy logic; GIS; water quality; water management; Kuwait; arid region; transboundary river basins; base value; ecological compensation standard; spillover value; cost; Lancang–Mekong River Basin; Ulan Buh Desert; vegetation coverage; pixel binary model; groundwater depth; correlation coefficient; water allocation model; reservoir optimization; effective storage ratio; linear programming; water resources management; Han River Basin; collaborative governance; water resources; water conservancy facilities; socio-economic development; water resource carrying capacity; TOPSIS model; barrier degree; Markov model; Celle–Yutian Oasis; water resources; management; challenges; opportunities; wastewater; desalination; conventional; nonconventional; harvesting; water sustainability; water distribution network; water management; digitalization; digital hydraulic model; digital elevation model; MCM-41; antibiotics; rapidly adsorption; wastewater; Irkutsk Reservoir; major ions; trace elements; monitoring; water quality index; water resources management; hydrochemical characteristics; water quality protection; hydrological processes; climate change; human activities; technological innovations