In this study, we examined the extent to which global warming management is currently integrated into the European Water Framework Directive (WFD), the central legal framework for water management in the EU. We focused on the Elbe River Basin District and how global warming is addressed in its water management. We used the social-ecological systems (SES) approach as our theoretical framework, representing an eminent analytical frame of biosphere-based sustainability science. In our study, we analysed core characteristics of SES in the context of global warming to evaluate the effectiveness of current water management in the Elbe River basin concerning long-term changing climate conditions. To determine to what extent each SES feature is considered in the Elbe water management, we applied a scale of 1 to 5. Our results show that the SES feature scale and openness is best addressed (score 4.0) by the Elbe River basin management, followed by context dependency (score 3.9); however, non-linearity, uncertainty, unpredictability (score 3.2), self-organisation and adaptability (score 3.1), and dynamics (score 3.0) have only moderate impacts. SES features can only be considered comprehensively if global warming is accounted for in an integrated way at a European level. In order to ensure effective implementation, explicit regulations and legally binding obligations are most likely required.
Sievers, E; Zielhofer, C; Hüesker, F
Management of Global Warming Effects in the European Water Framework Directive: Consideration of Social-Ecological System Features in the Elbe River Basin District
Sustainability