Excess irrigation

Excess irrigation as a MAR technique is used on irrigated farmland where excess water is available and is spread over the area during dormant or non-irrigated seasons to allow for …

Ditches and furrows

Ditches, furrows or drains are point or linear structures that allow for the recharge water to infiltrate to the aquifer underneath. They are usually shallow, flat-bottomed and closely spaced structures …

Flooding

Flooding as a MAR technique is used on when excess river water is available during high flow season or when flood events need to be managed. The system uses passive …

Recharge dams

Recharge dams are impermeable structures built into stream channels that store stream runoff water by creating surface reservoirs upstream of the dam. They can be either designed to recharge the …

Rooftop rainwater harvesting

Rooftop rainwater harvesting is being increasingly used in urban areas to collect precipitation water. Uses are manifold and include surface storage in tanks, usage for irrigation and groundwater recharge. The …

Soil aquifer treatment (SAT)

Soil Aquifer Treatment is a technology where water is recharged into the groundwater through soil percolation under controlled conditions. During percolation, natural soil filtration processes occur improving the source water …

Infiltration ponds and basins

Surface spreading and specifically infiltration ponds are among the most applied MAR techniques around the world. They are based on the retention and spreading of water over a mostly flat …

Induced bank filtration

For river/lake bank filtration surface water from a river or lake is induced to infiltrate by pumping on a well gallery or line of wells parallel to the bank of …

T18. SAT Basin Design

The tool makes us of empirical equations to design a typical SAT-system including hydraulic loading rates and land requirements under consideration of soil hydraulic characteristics and water quality.

T03b. Solute transport (MT3DMS)

The simulation of solute transport can be integrated in the groundwater flow simulation (see T03.Numerical groundwater modelling and optimization) using MT3DMS or MT3DMS-USGS. The implementation is based on FloPy (Bakker …

New feature: User registration

Significant progress has been made in the user interface of the application. New screens were created for login, registration and changing the user profile. A user registration workflow has been …