We designed and validated a sensitive, continuous, in-situ, remotely reporting tryptophan-
like fluorescence sensor and coupled it with a machine learning model to predict high-risk …

The quantitative assessment of the role of riverine and riparian vegetation biomass on the
effects of plants–water flow interaction in vegetated streams constitutes the main purpose of …

The distribution and composition of dissolved organic matter (DOM) affects numerous (bio)
geochemical processes in environmental matrices including groundwater. This study reports …

The increasing role of climate change in the analysis and the design of flooding risk
management in agricultural, forestry, and urban areas highlighted the importance of …

In low‐income urban areas of major cities in Africa, sanitation provision derives primarily
from onsite systems often comprising septic tanks and pit latrines. Such systems rely upon …

While photodynamic inactivation (PDI) has emerged as a novel sterilization strategy for
drinking water treatment that recently attracted tremendous attention, its efficiency needs to …

Groundwater's role in maintaining the well-being of the planet is increasingly acknowledged.
Only recently has society recognised groundwater as a key component of the water cycle. To …

Karst aquifers are susceptible to contamination by pathogenic microorganisms, such as
those found in human and animal waste, because the surface and subsurface drainage are …

Drinking water distribution systems are increasingly vulnerable to sewage intrusion due to
aging water infrastructure and intensifying water stress. While the health risks associated …

Karst springs are globally important for drinking water supply but are often also exceptionally
vulnerable to contamination. Such springs usually exhibit strong variation in microbial water …