More than two billion people and 40% of global agricultural production depend upon
unsustainable groundwater extraction. Managed aquifer recharge (MAR), the practice of …

Abstract Managed Aquifer Recharge (MAR) is a promising approach to enhance water
supply resilience, but it faces significant challenges, such as limited space and time for …

In water-stressed regions of the world, managed aquifer recharge (MAR), the process of
intentionally recharging depleted aquifers, is an essential tool for combating groundwater …

Surface spreading recharge, the intentional flooding of the ground surface to replenish a
groundwater system, is one approach used to mitigate groundwater overdraft in California's …

Translating 3D resistivity models of the subsurface to relevant hydrogeological parameters
such as sediment texture requires applying a rock physics transform that is ideally calibrated …

Airborne electromagnetic (AEM) data can be inverted to recover models of the electrical
resistivity of the subsurface; these, in turn, can be transformed to obtain models of sediment …

In water‐stressed regions of the world, the inundation of working landscapes to replenish
aquifers—known as flood‐managed aquifer recharge (flood‐MAR)—has become a valuable …

Constructed levees are designed to protect anthropogenic developments from destructive
flooding events, but their construction has reduced groundwater recharge, increased flood …

Abstract Parowan Valley, Utah is an agricultural area experiencing significant subsidence in
recent decades due to extensive groundwater extraction. The subsidence occurs primarily …

The increasing global challenge of plastic pollution necessitates the exploration of
sustainable alternatives to conventional plastics. This study investigates the development of …