Intro -- Series Preface -- Preface -- Contents -- Transboundary Water Cooperation for Sustainable Development of the Sava River Basin -- 1 Introduction -- 2 Background of Cooperation -- 2.1 General Characteristics of the Basin -- 2.2 The Need for a Balanced Approach to Development -- 2.3 The Need for an International Framework for Cooperation -- 3 Legal and Institutional Framework for Cooperation -- 3.1 Framework Agreement on the Sava River Basin -- 3.2 International Sava River Basin Commission -- 4 Approach to Cooperation -- 4.1 The Scope of Cooperation -- 4.1.1 River Basin Management -- 4.1.2 Flood Management -- 4.1.3 Accident Prevention and Control -- 4.1.4 Information Exchange and Management -- 4.1.5 Rehabilitation and Development of Navigation -- 4.1.6 Development of River Tourism -- 4.1.7 Promotion of Cooperation -- 4.2 Key Features of the Approach -- 4.2.1 Cohesiveness -- 4.2.2 Integrated Nature -- 4.2.3 Alignment with the UNECE and EU Regulations and Strategies -- 4.2.4 Complementarity with the Processes on the Danube Basin Level -- 4.2.5 Pragmatism and Practicality -- 4.2.6 Educative Character -- 4.3 Challenges and Obstacles -- 4.4 Vision of the Future Cooperation -- 5 Conclusion -- References -- Climate Change Impact on Flood Hazard in the Sava River Basin -- 1 Introduction -- 2 Hydrological Model of the Sava River Watershed -- 3 Data Transformation for Hydrological Forecasts of Climate Change Impacts -- 4 Results of Climate Change Modelling -- 5 Climate Change Impact on Probability of Flood Peaks -- 6 Conclusions -- References -- Climate Projections for the Sava River Basin -- 1 Introduction -- 1.1 The Role of Global Climate Models in Impact Assessment -- 1.2 The Dynamical Downscaling: Regional Climate Models -- 1.3 The Uncertainty Cascade -- 1.4 Bias Correction of RCM Simulations -- 2 The Data.
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AbstractDue to its fibrous structure and high water holding capacity, rock mineral wool (RMW) has boosted the development of hydroponics. Consequently, the amount of waste RMW has also increased tremendously, which has stimulated the research and development of RMW reuse options. In this study, composting and degradability of RMW from hydroponics (gRMW) were tested in combination with different ratios of biowaste compost, including physical and chemical properties of the starting and final materials, and potential ecological hazards of the final product. gRMW had high water holding capacity and low organic matter content, which was easily degradable. Limits of toxic elements according to EU regulation were not exceeded. Degraded gRMW mixtures with compost did not exhibit toxicity to plants or aquatic bacteria and showed intermediate or limited habitat function for earthworms, which preferred the sole gRMW not mixed with compost. Overall, degraded gRMW exhibited parameters of safe soil amendment.