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  • menue [1]
    • Urban Water Interfaces [2]
      • About [3]
    • News and events [4]
      • Awards [5]
      • 2022 [6]
      • 2021 [7]
      • 2020 [8]
      • 2019 [9]
      • 2018 [10]
      • 2017 [11]
      • 2016 [12]
      • 2015 [13]
    • General information [14]
      • Participating institutions [15]
      • Organisational structure [16]
    • Team [17]
      • Speakers, coordination, supervisors [18]
      • Doctoral students and postdoctoral researcher [19]
      • Kollegiates/Fellows [20]
      • Fast track student [21]
      • Further supervisors and assosiated partners [22]
    • Research [23]
      • Current situation [24]
      • Research idea [25]
      • Interfaces [26]
      • Common topics [27]
        • Interfaces in urban watersheds [28]
        • Interfaces in urban freshwater ecosystmes [29]
        • Interface urban hyporheic zones [30]
        • Interfaces in sewer systems [31]
      • Common approaches [32]
      • Research projects [33]
        • W1 - Ecohydrological controls on urban groundwater recharge: an isotope-based modelling approach [34]
        • W2 -Scaling and connectivity assessment of critical source areas of diffuse pollution in urban catchments [35]
        • W3 - Heat and vapor fluxes of urban vegetation patterns – a remote sensing based approach [36]
        • Postdoc - Modelling of evapotranspiration of urban vegetation using thermal and optical remote sensing - a physically-based approach using SCOPE model [37]
        • F1 - Transformation of environmentally relevant compounds in urban lakes by aquatic invasive ecosystem engineers [38]
        • F2 - High resolution carbon flux inference of phytoplankton-zooplankton interaction [39]
        • F3 - Controlling of phosphorus fluxes in urban systems [40]
        • F4 - The GHG footprint of a metropolitan area [41]
        • F6 - Modeling cyanobacterial ecology and toxin production [42]
        • H1 Fate of trace organics in the hyporheic zone of urban rivers [43]
        • H2: Integral modelling approach for flow and reactive transport at surface water-groundwater interface [44]
        • H3 - Abiotic transformation of halogenated organic compounds during bank filtration [45]
        • H4 - Redox gradients in natural and technical urban water systems: population structure and physiological properties [46]
        • S1 - Interfaces in sewer systems – corrosion and odour [47]
        • S2 Validation and application of a three-phase simulation model for odour and corrosion control in sewer systems [48]
      • Associated projects [49]
        • MOSAIC - Modelling surface and groundwater with isotopes in urban catchments [50]
        • Water, heat and contaminant transport in paved urban soils [51]
        • Assessment of biofilms in sewer systems and on building materials [52]
        • Prediction of odour in sewer systems using data-driven methods [53]
      • Movies [54]
    • Qualification programme [55]
      • Study programme [56]
        • Orientation seminar [57]
        • Courses [58]
        • Seminars and workshops [59]
      • Visiting scientist programme [60]
      • Gender [61]
      • Supervision and time-line [62]
      • Additional measures [63]
      • Agreements [64]
    • Publications [65]
      • Journal articles [66]
      • Conferences contributions etc. [67]
      • UWI doctoral theses [68]
      • Search [69]
    • Contact [70]
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