The hydraulic and biogeochemical processes in the subsurface must be understood for the design, implementation, and management of managed aquifer recharge schemes. This thesis aims to contribute to an improved understanding of subsurface processes by investigating measurements from lysimeter experiments. Herbicides transport and fate are modelled with different mathematical approaches to determine governing processes and their rates. Additionally, the potential risks to groundwater and soil resources from managed aquifer recharge are investigated.
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The hydraulic and biogeochemical processes in the subsurface must be understood for the design, implementation, and management of managed aquifer recharge schemes. This thesis aims to contribute to an improved understanding of subsurface processes by investigating measurements from lysimeter experiments. Herbicides transport and fate are modelled with different mathematical approaches to determine governing processes and their rates. Additionally, the potential risks to groundwater and soil reso...
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