A method to measure the δ 2 H and δ 18 O composition of pore waters in saturated and
unsaturated geologic core samples using direct vapour equilibration and laser spectrometry …

A novel concept for fecal pollution analysis was applied at alluvial water resources to
substantially extend the information provided by fecal indicator bacteria (FIB). FIB data were …

Understanding the hydrology of large catchments has always been a major challenge due to
the spatial heterogeneity of climate, geology, topography, soils and land use. However …

Understanding the mechanisms that control seasonal groundwater recharge at local and
intermediate scales is critical for understanding contaminant transport. The recharge …

This study investigates for the first time the integrity of multiple stacked aquitards with
different degrees of contaminant degradation. Aquitard integrity was assessed in a …

Groundwater management authorities usually use groundwater budget calculations to
evaluate the sustainability of withdrawals for different purposes. The groundwater budget …

The direct vapor equilibration laser spectrometry (DVE-LS) method has been developed for
obtaining matrix-bound water stable isotope data in soils, the critical zone, and bedrock …

Stable isotopes are used to decipher hydrological processes in watershed research. A two-
year monthly monitoring of hydrogen and oxygen stable isotope ratios (δ 2 H and δ 18 O) in …

Recently, laser-based water stable isotope spectrometers have become popular as they
enable previously impossible approaches of environmental observations. Consequently …

As an increasingly important aspect of water management, historical dry river-channels,
ponds or lakes are operated for the storage of reclaimed water as a landscape with the need …