To identify stakeholder and urban ecosystem needs to inform planning/design;
To review and capitalize upon existing experiences of good practices;
To simulate the impact of climate variability and existing urban infrastructure on NBS within scaled pilot laboratory and field installations;
To develop an integrated indicator system for the evaluation of key NBS in terms of closing the water quantity and quality gap addressing also socio-economic aspects;
To map ecosystem services delivered by NBS for an evaluation of the best technology to implement in different urban contexts to support sustainable water management;
To create a NBS planning and design framework supported by machine learning to generate recommendations; and
To disseminate the self-sustainable web-based framework in collaboration with national stakeholders and communicate the project impact.
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Lund University (ULUND; supported by Malmö Stad (MALMO)
University of Johannesburg (UJ)
University of Pretoria (UP)
VESI Environmental (VESI)
Federal University of Technology (UTFPA)
Oslo Metropolitan University (OMU)
Wageningen University (WUR)
Técnica y Proyectos S.A. (TYPSA)
University of Tartu (UT); and
Danube Delta National Institute for Research and Development (DDNI)
