Abstract Advanced Land Surface Models (LSM) offer a powerful tool for studying
hydrological variability. Highly managed systems, however, present a challenge for these …

Deep soil recharge (DSR)(at depth greater than 200 cm) is an important part of water
circulation in arid and semi-arid regions. Quantitative monitoring of DSR is of great …

Abstract Relating Gravity Recovery and Climate Experiment (GRACE)‐derived terrestrial
water storage anomaly (aTWS) variations to in situ groundwater data is important to …

Groundwater recharge is widely recognized as being the most important parameter for the
sustainable management of water resources. In semiarid environments, groundwater …

Many irrigated agricultural areas seek to prolong the lifetime of their groundwater resources
by reducing pum**. However, it is unclear how lagged responses, such as reduced …

Playa lakes have been promoted as potential point sources of recharge to the High Plains
aquifer, but information about recharge rates is only available for the Southern High Plains …

Soil hydrology provides important background for understanding the fate of organic carbon
(OC) buried by geomorphic processes as well as the influence of runoff, infiltration, and plant …

Unsustainable groundwater mining threatens the economic stability of several regions
around the world. Develo** sustainable water-use policies and integrated water …

Stable isotopes and chloride ion of precipitation are ideal environmental tracers to explain
and reveal the formation and evolution mechanisms of water bodies. It is crucial to …

Chapter 5, by Sullivan et al, discusses the complexities of the interplay of groundwater and
Critical Zone dynamics. Water—and especially groundwater—is one of the “pillars” of …