Description
- Jomaa et al. Sustainable Water Storage and Distribution in the Mediterranean (OurMED Project)
- Chavez et al. Are groundwater levels declining in southwestern Europe?
- Wang et al. Groundwater droughts and their impacts
- Vieweg et al. Modelling the extent of artificial floodings and their impact on groundwater levels in the Leipzig floodplain forest
- Zill et al. Diffuse nutrient input to large rivers: Quantifying the dimension of groundwater discharge and its effects on riverine eutrophication in the Elbe
- Saavedra et al. Uncovering the impact of hydrological connectivity on nitrate transport at the catchment scale using explainable AI
- Falchi Bernardo et al. NITRAT LURCH - Numerical Modeling as a Tool to improve tracer test design and in situ remediation efforts
- Musolff et al. Balancing Nitrogen exports in Elbe and Rhine basin.
- Graeber et al. Integrating and managing nitrogen and phosphorus dynamics in agriculturally impacted inland waters via a stoichiometric nutrient management framework
- Große et al. More balanced C:N:P ratios increase nitrate uptake in benthic biofilms
- Herzsprung et al. NOM quality differences in sediments of land based aquacultures – insights by liquid chromatography-high resolution mass spectrometry
- Zonkpoedjre et al. Life on plastic garbage in a eutrophic pre-dam
- Büttner et al. Microplastic transport in European river networks
- Büttner et al. Seamless forward assessment of toxic risks in river networks for wastewater reference mixtures
- Rojo-Nieto et al. Chemometers: an integrative tool for chemical assessment in multimedia environments
- Finckh et al. Mixture Risk Assessment: Advancing the concept of the Chemical Footprint
- Schmitt-Jansen et al. Community Ecotoxicology: Biofilms to assess the effects of chemical and non-chemical stressors
- Willenberg et al. Analysing the short-term feeding rate reduction in Daphnids as an alternative to the chronic daphnia test: is it worth the effort?
- Pasqualini et al. Can we restore ecosystem functions and structures to their natural state in streams? Insights from the RESTOLINK project
