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Active Projects

  • Adaptive field instrumentation and monitoring strategies: from the reach of a river to the catchment scale
    Andrea Betterle, Mario Schirmer, Dirk Radny [Details]

  • Benchmarking as a tool to improve the assessment of chemical persistence
    Claudia Coll, Anna Sobek [Details]

  • Biogeochemical processing along hyporheic flow paths
    Jason Galloway, Jörg Lewandowski [Details]

  • Catchment-wide impact of reactive hotspot and hot moments
    Tanu Singh, Stefan Krause [Details]

  • Coupled reactive transport modelling of hyporheic zone processes
    Liwen Wu, Gunnar Nützmann [Details]

  • Evaluation of the effectiveness of physical restoration under varying hyporheic conditions for habitat and ecological improvements
    Chiara Magliozzi, Robert Grabowski [Details]

  • In situ-analysis of hyporheic transformation of organic micropollutants
    Malte Posselt, Jon Benskin [Details]

  • Linking flow, biogeochemical cycling and micropollutant processing
    Anna Jäger, Jörg Lewandowski [Details]

  • Links between productivity, flow paths and hotspots/moments
    Ignacio Peralta-Maraver, Anne Robertson [Details]

  • Microbial catalysts associated with organic micropollutant degradation
    Cyrus Njeru, Marcus A. Horn [Details]

  • Multi-scale surface water-groundwater interaction on catchment scale
    Brian Mojarrad, Anders Wörman [Details]

  • Real time measurements of dissolved gas concentrations to quantity oxygen turnover in the hyporheic zone
    Andrea Popp, Rolf Kipfer [Details]

  • Role of rhizosphere created by hydrophytes in terms of bioremediation
    Sheelajini Paramjothy, Albert Sorolla [Details]

  • Sorption of micropollutants to hyporheic biomass
    Muhammad Raza, Christoph Schüth, Christine Kuebeck [Details]

  • Structure-function coupling of microbial biofilms in the hyporheic zone
    David Scheidweiler, Tom Battin [Details]

  • Tracing biotransformation of micropollutants in the hyporheic zone using passive sampling and high resolution mass spectrometry
    Jonas Mechelke, Juliane Hollender [Details]



>> Completed Projects