Documenting the location and magnitude of groundwater recharge is critical for
understanding groundwater flow systems. Radioactive tracers, notably 14 C, 3 H, 36 Cl, and …

The water table in southwestern Niger has been rising continuously for the past decades (4
m rise from 1963 to 2007), despite a∼ 23% deficit in monsoonal rainfall from 1970 to 1998 …

Abstract Groundwater in sub-Saharan Africa supports livelihoods and poverty alleviation,,
maintains vital ecosystems, and strongly influences terrestrial water and energy budgets. Yet …

Understanding groundwater recharge is essential for successful management of water
resources and modeling fluid and contaminant transport within the subsurface. This book …

Vegetation responses to variation in climate are a current research priority in the context of
accelerated shifts generated by climate change. However, the interactions between …

Regional ground-water recharge estimates for Minnesota were compared to estimates made
on the basis of four local-and basin-scale methods. Three local-scale methods (unsaturated …

This paper presents a novel modeling analysis of a 40-year-long dataset to examine the
impact of urbanization, with widespread stormwater infiltration, on groundwater levels and …

Despite fractured hard rock aquifers underlying over 65% of Ireland, knowledge of key
processes controlling groundwater recharge in these bedrock systems is inadequately …

Unsustainable groundwater development shown by rapid groundwater depletion in the
North China Plain (NCP) underscores the need to quantify spatiotemporal variability in …

Groundwater recharge quantification is essential for sustainable groundwater resources
management, but typically limited to local and regional scale estimates. A high-resolution (1 …