In situ water monitoring sensors are critical to gain an understanding of ocean biochemistry
and ecosystem health. They enable the collection of high-frequency data and capture …

Tracer methods have been widely used in many fields of environmental and natural
sciences, and also in human health sciences. In particular, tracers are used in the study of …

Hydrological observatories bear a lot of resemblance to the more traditional research
catchment concept, but tend to differ in providing more long-term facilities that transcend the …

Detailed measurements of physical, chemical and biological dynamics in groundwater are
key to understanding the important processes in place and their influence on water quality …

This study was set out to investigate the impacts of Combined Sewer Overflows (CSOs) on
the microbiological water quality of a river used as a source of drinking water treatment …

Groundwater vulnerability mapping is one of the tools most often applied to analyse the
sensitivity of karst aquifers to pollution. These maps aim to support stakeholders in decision …

Karst springs, especially in alpine regions, are important for drinking water supply but also
vulnerable to contamination, especially after rainfall events. This high variability of water …

Karst water resources, traditionally used worldwide for drinking purposes, are highly
vulnerable to contamination. Scientific-technical efforts must therefore be done to ensure …

Microbiological water quality is traditionally assessed using culture-based enumeration of
faecal indicator bacteria such as Escherichia coli. Despite their relative ease of use, these …

In many karst regions in developing countries, the populations often suffer from poor
microbial water quality and are frequently exposed to bacterial pathogens. The high …