Springs sustain groundwater-dependent ecosystems and provide freshwater for human use.
Springs often occur because faults modify groundwater flow pathways leading to discharge …

Accurate identification of mine water sources is one of the keys to safe coal mining.
However, conventional water source identification methods rely on groundwater-level …

Accurate prediction of groundwater recharge is crucial for the sustainable management of
water resources. Existing models, while effective, still have potential for improved accuracy …

Abstract The Mataranka Springs Complex is the headwater of the iconic Roper River of
northern Australia. Using environmental tracers measured in springs and nearby boreholes …

To be effective, microbiological studies of deep aquifers must be free from surface microbial
contaminants and from infrastructures allowing access to formation water (wellheads, well …

Conceptual uncertainty is considered one of the major sources of uncertainty in groundwater
flow modeling. Hypothesis testing is essential to increase system understanding by …

It is important to understand the changes in the chemical composition and connectivity of
each aquifer in the arid-semi-arid riverine mines under the driving force of coal mining and …

Semiarid rivers are often characterized by chains of small pools connected by riffles and wet
meadows. The pools can be maintained by wet season surface runoff, groundwater …

Understanding inter-aquifer connectivity within sedimentary basins is crucial for determining
how groundwater extraction will impact groundwater resources and groundwater dependent …

Understanding inter-aquifer connectivity or leakage of greenhouse gases and groundwater
to aquifers overlying gas reservoirs is important for environmental protection and social …