In the FP-7 project RISC-KIT, completed in April 2017, Ecologic Institute and partners added historical and socio-cultural contextuality into political processes of risk management decisions in coastal regions. Lead by Ecologic Institute more than 150 face-to-face interviews were conducted by RISC-KIT partners. The results of the investigation have been processed within the RISC-KIT toolkit, inter alias the web-based management guide as well as contributed to the RISC-KIT policy brief. The results are available online.
This Synthesis Report provides an overview of the achievements, lessons learned and challenges identified through the RISC-KIT project activities, including the development and application of the tools at ten case study sites in a range of coastal regions across Europe. The lessons learned are then fed into a series of recommendations for improved DRR for Europe and beyond. The resulting insights and accompanying recommendations have been considered in relation to their relevance to EU and international processes that both directly and indirectly address coastal DRR. The RISC-KIT Synthesis Report is available for download.Read more
Participation in the adaptation processes of river basin planning is necessary for sustainable water management. The article supports this statement by providing an overview of the work carried out within the framework of the BeWater project. We illustrate the methodology applied in the project, which resulted in four river basin adaptation plans for catchments in Cyprus, Tunisia, Spain and Slovenia. Furthermore, the project's case studies are presented as well as the challenges that stakeholders identified within their respective river basins. We show how the project was initiated in the case study basins and how it influenced their river basin management processes. An overview of the prioritized measures is given as well as a summary of BeWater's contributions to future river basin management undertakings. We end the overview with an outlook on how stakeholder participation can improve river basin adaptation.Read more