Nature-based solutions (NbSs) for water involve using or mimicking natural processes to
contribute to the improved management of water. Although NbSs are gaining a significant …

Groundwater depletion results from a groundwater withdrawal rate exceeding groundwater
recharge. Although groundwater depletion is recognized as a pressing global phenomenon …

Understanding the historical groundwater recharge process and its influencing factors is
crucial for effectively managing regional groundwater resources amidst future climate …

Groundwater recharge is a critical hydrologic component that determines groundwater
availability and sustainability. Groundwater recharge estimation can be performed in a …

Distributed recharge is commonly predicted from groundwater level data by adopting the
water table fluctuation method (WTFM). The simplicity of the technique makes it attractive for …

Accurate estimation of groundwater recharge (GR) is crucial for sustainable groundwater
use, particularly in alpine regions that are sensitive to climate change response. However …

Introduction Plant protection products (PPPs) such as pesticides and herbicides are
experiencing increased use worldwide. In the context of PPP authorization and registration …

Scarce rainfall and strong evaporation add complexities to estimating groundwater recharge
in arid and semiarid regions. There are still many gaps in the understanding of how soil …

This study investigates the hydrological processes driving groundwater recharge in the
Avignon Plain (south‐eastern France) through a detailed analysis of the interactions …

Soil moisture is key in maintaining surface energy balance and the hydrological cycle.
However, the patterns of soil moisture change at different altitudes and their response to …