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Preface | |
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The Nature of the Problem | |
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A New Global System | |
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Economics, Society, and Ecology | |
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Comprehending Sustainability | |
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Manage Systems, Not Outputs | |
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Manage Contexts | |
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Supply What Systems Need | |
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Let the Ecological System Subsidize Management | |
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Understand Problem Solving | |
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Sustainability in a Social Context | |
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Paying for Sustainability | |
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Maintaining the Political Context | |
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The Ecology of Sustainability | |
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Driven Between Disciplines by Technology | |
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Prediction in Large Systems | |
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Standard Practice for Different Reasons | |
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Social and Biogeophysical Integration | |
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Complexity, Problem Solving, and Social Sustainability | |
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Complexity and Social Sustainability: Framework | |
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Monitoring, Predicting, and Problem Solving | |
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Complexity and Problem Solving | |
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Producing Resources | |
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Resources, Intensification, and Sustainability | |
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Producing Knowledge | |
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Summary and Implications for Sustainability | |
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Complexity and Social Sustainability: Experience | |
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Collapse of the Western Roman Empire | |
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Understanding Roman Unsustainability | |
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The Early Byzantine Recovery | |
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Collapse of the Abbasid Caliphate | |
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Development of Modern Europe | |
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Consequences of European Wars | |
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Implications for Sustainability | |
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Some Characteristics of Sustainability | |
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A Hierarchical Approach to Ecological Sustainability | |
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The Criteria for Observation and Modeling | |
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The Organism | |
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Sustaining the Umwelt | |
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Habits and Familiar Settings | |
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Rare and Endangered Umwelts | |
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Stress and Unmet Umwelts | |
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The Human Umwelt and Sustainability of Other Species | |
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Living Systems Theory | |
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Minimal Viable Systems | |
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Organisms as Fragile Systems | |
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The Landscape | |
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Historical Landscapes in Context | |
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Implications of Landscapes in a Human Context | |
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Policy Implications on Landscapes | |
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Landscapes Cast the Problem | |
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The Population | |
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Sustainable Populations | |
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Sustainability in Aquatic Populations | |
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Sustainability and Human Populations | |
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Modern Conservation Biology | |
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Hierarchical Structure in Populations: Metapopulations | |
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The Community | |
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Community as Opposed to Population | |
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Forest Stand Simulators: Community-Population Hybrids | |
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Dynamics of the General Community Model | |
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Taking the Community Model Through Scale Changes | |
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Implications for Sustainability | |
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Conclusion | |
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Biomes and the Biosphere | |
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The Biome Criterion | |
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Biomes and Climate Change | |
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Sustainability of Agricultural Systems as Biomes | |
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Lack of Sustainability in Paleobiomes | |
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Global Ecology | |
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Ecosystems, Energy Flows, Evolution, and Emergence | |
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Definition of Ecosystem | |
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The Essential Dichotomy in Biology | |
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The Duality of Evolution and Thermodynamics | |
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A Primer on the Mechanics of Thermodynamic Emergence | |
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The Thermodynamics of Ecosystems | |
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Experiments on the Generative Function | |
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Observations on Ecosystems and Sustainability | |
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Evolution, Emergence, and Diminishing Returns | |
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Implications for the Contemporary Period | |
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Supply-Side Sustainability and Resource Management Scale | |
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Conclusion | |
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Retrospect and Prospects | |
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Sustainability and Problem Solving | |
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Unsustainable Problem Solving in Natural Resource Management | |
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Sustainable Problem Solving: Managing Systems | |
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Technological Optimism and Sustainability | |
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Models of Sustainable and Unsustainable Futures | |
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Management and Basic Research | |
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Energy Subsidies | |
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Societal Demands | |
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Ecosystems, Complex Societies, and Self-reflective Science | |
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References | |
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Index | |