Climate change will impact every aspect of biophysical systems and society. However,
unlike other components of the climate system, the impact of climate change on the …

Climate change effects on groundwater-dependent ecosystems (GDEs) are a function of
interaction mechanisms between aquifers (with unique hydraulic properties) and …

Study region São Paulo state–Brazil. Study focus Compound events, such as droughts and
heat waves, may have severe impacts on human activities. Traditionally, they are …

Climate-stressed groundwater resources present a growing challenge for protecting food
security and economic sustainability, notably in Small Island Develo** States (SIDS) …

The quantification of the groundwater recharges represents useful and important information
for water resource management. The volumes of infiltrated water are essential to maintain …

Recharge areas of the Guarani Aquifer System (GAS) are particularly sensitive and
vulnerable to climate variability; therefore, the understanding of infiltration mechanisms for …

In-situ hydrological monitoring is essential for a proper decision-making process and
modelling. Efforts have been made in Brazil to carry out field activities at the basin scale, but …

Projections of potential impacts of climate change and groundwater abstraction on gaining
and losing streams, particularly in ephemeral river basins exhibiting sporadic and intricate …

Studies integrating climate modelling output into hydrological modelling have grown
substantially in the last two decades worldwide; however, there has not been a systematic …

Reliable groundwater recharge quantification at the regional scale (eg, watershed or
subwatershed) is fundamental to sustainable water resource management. Although …