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Note: Engl. Berichtsbl. u.d.T.: GLOWA-Danube: Integrative techniques, scenarios and strategies for the future of water in the Upper Danube Basin. - Dt. Berichtsbl. u.d.T.: GLOWA-Danube: Integrative Techniken, Szenarien und Strategien zur Zukunft des Wassers im Einzugsgebiet der Oberen Donau , Unterschiede zwischen dem gedruckten Dokument und der elektronischen Ressource können nicht ausgeschlossen werden , Auch als gedr. Ausg. vorhanden , Enth. 13 Teilprojektberichte , Systemvoraussetzungen: Acrobat reader.

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Note: Intro -- Preface -- Reference -- Acknowledgements -- Contents -- Contributors -- Part I: Introduction -- Chapter 1: GLOWA-Danube -- 1.1 The GLOWA-Danube Project -- 1.2 GLOWA: Early Transdisciplinary Research for Global Change -- 1.3 GLOWA-Danube and Stakeholders -- 1.4 The Upper Danube as a Pilot River Basin -- 1.5 Climate Change in the Upper Danube Basin -- 1.6 Global Climate Change and the Effects that Can Already Be Perceived -- 1.7 Perspectives on Global Change in the Upper Danube Basin -- 1.8 Scenarios -- 1.9 The Upper Danube Basin Global Change Atlas -- References -- Chapter 2: DANUBIA: A Web-Based Modelling and Decision Support System to Investigate Global Change and the Hydrological Cycle in the Upper Danube Basin -- 2.1 Overview -- 2.2 Concept -- 2.2.1 Main Components and Interfaces -- 2.2.2 Spatial Concept -- 2.2.3 Temporal Concept -- 2.3 DANUBIA Core System -- 2.3.1 Developer Framework -- 2.3.2 Runtime Environment -- 2.4 The User Interface -- 2.5 The DeepActor Framework -- 2.5.1 Life Cycle of a DeepActor Model -- 2.5.2 Decision Process of a Deep Actor -- References -- Chapter 3: DeepActor Models in DANUBIA -- 3.1 Introduction -- 3.2 Features of Multi-actor Modelling -- 3.3 The DeepActor Framework -- 3.4 The Concept of Flags in the DeepActor Models -- References -- Chapter 4: Validation of the Hydrological Modelling in DANUBIA -- 4.1 Introduction -- 4.2 The Hydrological Model PROMET as a Supplement to DANUBIA -- 4.3 Validation of the Model -- 4.3.1 Annual Water Balance -- 4.3.2 Daily Run-Off -- 4.3.3 Return Periods of Extremes -- 4.4 Summary -- References -- Chapter 5: The Stakeholder Dialogue in the Third Project Phase of GLOWA-Danube -- 5.1 Implementing DANUBIA Globally - The Stakeholder Dialogue in the Third Phase -- 5.2 Structuring of the Stakeholder Processes -- 5.3 Realisation of the Stakeholder Dialogue. , 5.4 Results and Conclusion -- Chapter 6: GLOWA-Danube Results and Key Messages -- 6.1 Introduction -- 6.2 The Methodological Approach of GLOWA-Danube -- 6.3 The Regional Development of Climate -- 6.4 The Development of Society -- 6.5 Water Balance -- 6.6 Water Consumption and Water Supply -- 6.7 Winter and Summer Tourism -- 6.8 Agriculture and Forestry -- 6.9 Industrial Water Usage -- Part II: Data -- Chapter 7: Digital Terrain Model -- 7.1 Introduction -- 7.2 Data Processing -- 7.3 Results -- References -- Chapter 8: Soil Textures -- 8.1 Introduction -- 8.2 Data Processing -- 8.3 Results -- References -- Chapter 9: Land Use and Land Cover -- 9.1 Introduction -- 9.2 Data Processing -- 9.3 Results -- References -- Chapter 10: Climate Stations -- 10.1 Introduction -- 10.2 Data Processing -- 10.3 Results -- Reference -- Chapter 11: Spatial and Temporal Interpolation of the Meteorological Data: Precipitation, Temperature and Radiation -- 11.1 Introduction -- 11.2 Data Processing -- 11.2.1 Temporal Interpolation -- 11.2.2 Spatial Interpolation -- 11.3 Results -- References -- Chapter 12: Ice Reservoir -- 12.1 Introduction -- 12.2 Data Processing -- 12.3 Results -- References -- Chapter 13: Trends in Temperature and Precipitation -- 13.1 Introduction -- 13.2 Data Processing -- 13.3 Results -- 13.3.1 Temperature -- 13.3.2 Precipitation -- References -- Chapter 14: Hydrogeology - A Consistent Basin-Wide Representation of the Major Aquifers in the Upper Danube Basin -- 14.1 Introduction -- 14.2 Data Processing -- 14.3 Results -- 14.3.1 Base Class 1 -- 14.3.2 Base Class 2 -- 14.3.3 Base Class 3 -- 14.3.4 Base Class 4 -- 14.3.5 Base Class 5 -- 14.3.6 Base Class 6 -- 14.3.7 Base Class 7 -- 14.3.8 Base Class 8 -- 14.3.9 Base Class 9 -- 14.3.10 Base Class 10 -- References -- Chapter 15: Mean Daily Discharge and Discharge Variability -- 15.1 Introduction. , 15.2 Data Processing -- 15.3 Results -- References -- Chapter 16: Population -- 16.1 Introduction -- 16.2 Preparation of the Data -- 16.3 Description of the Model -- 16.3.1 Calculation of Proxel Values -- 16.3.2 Configuration of the 5 × 5 Matrix -- 16.4 Presentation of the Results -- References -- Chapter 17: Gross Domestic Product -- 17.1 Introduction -- 17.2 Data Preparation -- 17.3 Description of the Model -- 17.4 Presentation of the Results -- References -- Chapter 18: Water Demand in Tourism Facilities -- 18.1 Introduction -- 18.2 Data Processing -- 18.3 Results -- References -- Chapter 19: Agriculture -- 19.1 Introduction -- 19.2 Data Processing -- 19.3 Results -- References -- Chapter 20: Extraction of Water for Public Drinking Water Supply -- 20.1 Introduction -- 20.2 Data Processing -- 20.3 Results -- References -- Chapter 21: Topsoil Organic Carbon Content -- 21.1 Introduction -- 21.1.1 Data Processing -- 21.2 Results -- References -- Chapter 22: Data on Quantity and Quality of Groundwater -- 22.1 Introduction -- 22.2 Data Processing -- 22.2.1 Groundwater Quantity -- 22.2.2 Groundwater Quality -- 22.3 Results -- References -- Chapter 23: Hydropower Plants -- 23.1 Introduction -- 23.2 Data Processing -- 23.3 Results -- References -- Part III: Models -- Chapter 24: Groundwater Recharge -- 24.1 Introduction -- 24.1.1 Data Processing -- 24.1.2 Model Documentation -- 24.2 Results -- References -- Chapter 25: Run-Off Formation -- 25.1 Introduction -- 25.2 Data Processing -- 25.3 Model Documentation -- 25.4 Results -- 25.4.1 Analysis of Long-Term Behaviour -- Chapter 26: Groundwater Contour Maps for the Alluvial Aquifers of the Upper Danube Basin -- 26.1 Introduction -- 26.2 Data Processing -- 26.3 Model Documentation -- 26.4 Results -- References -- Chapter 27: Total Extraction and Total Water Supply per Community -- 27.1 Introduction. , 27.2 Data Processing -- 27.3 Model Documentation -- 27.4 Results -- References -- Chapter 28: Modelling the Effects of Global Change on Drinking Water Supply: The DeepWaterSupply Decision Model -- 28.1 Introduction -- 28.2 Data Processing -- 28.3 Model Documentation -- 28.4 Results -- References -- Chapter 29: Surface Water: Discharge Rate and Water Quality -- 29.1 Introduction -- 29.2 Data Processing -- 29.3 Model Documentation -- 29.3.1 Modelling Water Flows -- 29.3.2 Modelling Water Quality -- 29.4 Results -- References -- Chapter 30: Mean Snow Cover Duration -- 30.1 Introduction -- 30.2 Data Processing -- 30.3 Model Documentation -- 30.4 Results -- References -- Chapter 31: Future Changes in the Ice Reservoir -- 31.1 Introduction -- 31.2 Model Documentation -- 31.2.1 Subscale Extrapolation -- 31.2.2 Change in Mass and Surface Area -- 31.3 Results -- References -- Chapter 32: Precipitation and Temperature -- 32.1 Introduction -- 32.2 Data Processing -- 32.3 Model Documentation -- 32.4 Results -- References -- Chapter 33: Two-Way Coupling the PROMET and MM5 Models -- 33.1 Introduction -- 33.2 Coupling Area -- 33.3 Land Use Classification -- 33.4 Two-Way Coupling -- 33.5 Results -- 33.6 Conclusion -- References -- Chapter 34: Mean Number of Storm Days -- 34.1 Introduction -- 34.2 Data Processing -- 34.3 Model Documentation -- 34.4 Results -- References -- Chapter 35: Energy: Simulation of Hydropower Generation and Reservoir Management -- 35.1 Introduction -- 35.2 Data Processing -- 35.3 Model Documentation -- 35.3.1 Simulated Annual Output -- 35.3.2 Reservoir Management -- 35.4 Results -- References -- Chapter 36: CO2 Fluxes and Transpiration -- 36.1 Introduction -- 36.2 Data Processing -- 36.3 Model Documentation -- 36.4 Results -- References -- Chapter 37: Plant Growth and Biomass Production -- 37.1 Introduction -- 37.2 Data Processing. , 37.3 Model Documentation -- 37.4 Results -- References -- Chapter 38: Nitrate Leaching -- 38.1 Introduction -- 38.2 Preparation of the Data -- 38.3 Description of the Model -- 38.4 Presentation of the Results -- References -- Chapter 39: Agricultural Land Use and Drinking Water Demand -- 39.1 Introduction -- 39.2 Data Processing -- 39.3 Model Documentation -- 39.4 Results -- References -- Chapter 40: Actor Model for Farmers' Crop Management Decisions: The DeepFarming Model -- 40.1 Introduction -- 40.2 Data Processing -- 40.3 Model Documentation -- 40.4 Results -- References -- Chapter 41: Water Demand by Private Households and the Public Sector -- 41.1 Introduction -- 41.2 Data Processing -- 41.3 Model Documentation -- 41.4 Results -- Reference -- Chapter 42: Modelled Domestic Water Demand 2: The DeepHousehold Decision Model -- 42.1 Introduction -- 42.2 Data Processing -- 42.3 Model Documentation -- 42.3.1 Water Use Types -- 42.3.2 Plans -- 42.3.3 Events -- 42.3.4 Attributes -- 42.3.5 The Decision Process -- 42.4 Results -- References -- Chapter 43: Diffusion of Water-Saving Technologies in Private Households: The Innovation Module of DeepHousehold -- 43.1 Introduction -- 43.1.1 Innovation Research -- 43.2 Data Processing -- 43.3 Model Documentation -- 43.4 Results -- References -- Chapter 44: Modelling Risk Perception and Indicators of Psychosocial Sustainability in Private Households: The Risk Perception Module in DeepHousehold -- 44.1 Introduction -- 44.2 Data Processing -- 44.3 Model Documentation -- 44.4 Results -- References -- Chapter 45: Environmental Economy: Industrial Water Abstraction -- 45.1 Introduction -- 45.2 Preparation of the Data -- 45.3 Description of the Model -- 45.4 Presentation of the Results -- References -- Chapter 46: Tourism Research: Water Demand by the Tourism Sector -- 46.1 Introduction -- 46.2 Data Processing. , 46.3 Model Documentation.

Note: Front -- Contents -- Editor's Foreword -- Preface -- 1 Introduction -- 2 Water in the Global Life-Support System of the Earth -- 3 How is Water Used? - Regional Examples -- 4 How Much Water is Available? - A New Perspective -- 5 Water and Land Use -- 6 How Much Water Do People Need? -- 7 Virtual Water -- 8 The Future of our Water Resources -- Glossary -- References.

Note: Literaturverz. S. [243] - 247 , Hier auch später erschienene unveränderte Nachdrucke

Note: Part I: Introduction1. GLOWA-Danube -- DANUBIA - 2. A Web-Based Modelling- and Decision Support System to Investigate Global Change and the Hydrological Cycle in the Upper Danube Basin - Informatics Sub-Project -- 3. DeepActor Models in DANUBIA -- 4. Validation of the Hydrological Modelling in DANUBIA -- 5. The Stakeholder Dialogue in the Third Project Phase of GLOWA-Danube -- 6. GLOWA-Danube Results and Key Messages -- Part II: Data -- 7. Digital Terrain -- 8. Soil Textures -- 9. Land Use and Land Cover -- 10. Climate Stations -- Spatial and Temporal Interpolation of the Meteorological Data - Precipitation Temperature and Radiation -- 12. Ice Reservoir -- 13. Trends in Temperature and Precipitation -- 14. Hydrogeology - A Consistent Basin-Wide Representation of the Major Aquifers in the Upper Danube Basin -- 15. Mean Daily Discharge and Discharge Variability -- 16 -- Population -- 17. Gross Domestic Product -- 18.  Water Demand in Tourism Facilities -- 19. Agriculture -- 20. Extraction of Water for the Public Drinking Water Supply -- 21. Topsoil Organic Carbon Content -- 22. Data on Quantity and Quality Of Groundwater -- Hydropower Plants -- Part III: Models -- 24. Groundwater Recharge -- 25. Runoff Formation -- 26. Groundwater Contour Maps for the Alluvial Aquifers of the Upper Danube Basin -- 27 -- Total Extraction and Total Water Supply per Community -- 28. Modelling the Effects of Global Change on Drinking Water Supply - the DeepWaterSupply Decision Model -- 29. Surface Water: Discharges and Water Quality -- 30. Mean Snow Cover Duration -- 31. Future Changes in the Ice Reservoir -- 32. Precipitation and Temperature -- 33. Two-Way Coupling the PROMET and MM5 Models -- 34. Mean Number of Storm Days. 35 -- Energy: Simulation of Hydropower Generation and Reservoir Management -- 36. CO2-Fluxes and Transpiration -- 37. Plant Growth and Biomass Production -- 38. Nitrate Leaching -- 39. Agricultural Land Use and Drinking Water Demand -- 40.    Actor Model for Farmers' Crop Management Decisions - the DeepFarming Model -- 41. Water Demand by Private Households and the Public Service Sector -- 42. Modelled Domestic Water Demand 2 - The DeepHousehold Decision Model -- 43. Diffusion of Water-Saving Technologies in Private Households - The Innovation Module of DeepHousehold -- 44. Modelling Risk Perception and Indicators of Psycho-Social Sustainability in Private Households - The Risk Perception Module in DeepHousehold -- 45.Environmental Economy: Industrial Water Abstraction -- 46. Tourism Research: Water Demand by the Tourism Sector -- Part IV: Scenarios.-47. GLOWA-Danube Scenarios -- 48 -- The GLOWA-Danube Climate Trends -- 49 -- The Statistical Climate Generator -- 50. The GLOWA-Danube Climate Variants from the Statistical Climate Generator -- 51. Climate Variants of the MM5 and REMO Regional Climate Models -- 52 -- Social Scenarios in GLOWA Danube.-  Part V: Integrative Results -- 53. Impact of Climate Change on Water Availability -- 54. Scenarios for the Development of Low Flow in the Upper Danube Basin -- 55. Scenarios for the Development of Floods in the Upper Danube Basin -- 56. Influence of the Glaciers on Runoff Regime and its Change -- 57. Mean Snow Cover Duration from November to June under the REMO Regional Climate Trend and the Baseline Climate Variant -- 58. Trends in Evapotranspiration in Heterogeneous Landscapes under Scenario Conditions -- 59. Groundwater Recharge under Scenario Conditions -- 60. The Influence of Snow Cover on the Runoff Regime and its Change -- 61. Analysis of Discharge Patterns on the Danube Between Kelheim and Achleiten with a Particular Focus on Navigation -- 62. Effects of Different Scenarios on the Operating Dates of Ski Areas -- 63. Effects of Different Scenarios on Water Consumption by Golf Courses -- 64. Changes to the Quantitative Status of Groundwater and the Water Supply. 65. Societal Scenarios in DeepHousehold -- 66. Scenarios with Economic Perspectives under the Impact of Climate and Social Changes -- 67. Interventions in DeepHousehold -- 68. Effects of Climate Change on Hydropower Generation and Reservoir Management -- Estimating the Change in Groundwater Quality Resulting from Changes to Land Use and Groundwater Recharge -- 69. Effects of Future Climate Changes on Yields, Land Use and Agricultural Incomes -- 70. Scenarios of Top Soil Layer Temperature -- 71. Effects of Climate Change on Nitrate Leaching -- 72. Effects of Agro-Economic Decisions on Nitrate Leaching -- 73 -- Climate-related Forest Fire Risk -- 74. Forest Fire Risk under Various Climate Trends -- 75. Effects of Future Climate Trends On Crop Management.

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