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  • 1
    Online Resource
    Online Resource
    New York :Cambridge University Press,
    Keywords: LAW / Environmental. ; Electronic books.
    Description / Table of Contents: This volume investigates who can be considered responsible for historical emissions and their consequences, and how and why it should matter for the design of a just global climate policy. An unbiased, authoritative guide for advanced students, researchers and policymakers, and for those interested in the broader issues of global justice.
    Type of Medium: Online Resource
    Pages: 1 online resource (270 pages)
    Edition: 1st ed.
    ISBN: 9781108111690
    DDC: 363.73874
    Language: English
    Note: Cover -- Half-title -- Title page -- Copyright information -- Table of contents -- List of Contributors -- Introduction: On the Significance of Historical Emissions for Climate Ethics -- The Normative Significance of Past Emissions -- The Relevance of Ignorance about the Harmful Effects of Emissions -- Responding to Climate Change Effectively and Ethically Defensibly -- References -- 1 Climate Ethics, Affirmative Action, and Unjust Enrichment -- Inter- and Intra-Generational Climate Justice -- Historically Sensitive vs. A-Historical Approaches -- Affirmative Action -- Unjust Enrichment -- Some Difficulties -- Conclusion -- References -- 2 Historical Responsibility and Climate Change -- Responsibility and Culpability -- Responsibility for Reparation -- What Is Owed? -- References -- 3 Historical Emissions: Does Ignorance Matter? -- References -- 4 How Legal Systems Deal with Issues of Responsibility for Past Harmful Behavior -- I Introduction -- II Liability for Environmental Harm in International Law -- III Liability for Hazardous Waste and Other Environmental Harms -- A Liability under the U.S. Superfund Law -- 1 Introduction to CERCLA -- 2 Scope of Liability -- 3 Strict Liability and Retroactivity -- B Liability for Environmental Harm in the European Union -- 1 Introduction to the EU Directive -- 2 Liability Limitations -- IV Products Liability -- A The Default Requirement of Fault -- B Products Liability in the United States -- 1 Scope of Liability -- 2 The State-of-the-Art Defense -- C Products Liability in the European Union -- 1 Scope of Liability under the 1985 Directive -- 2 Foreseeability of Harm -- V Implications for Climate Change Responsibility -- References -- 5 Asking Beneficiaries to Pay for Past Pollution -- I Three ''Pure'' Versions of the BPP -- II Benefits and Providing Aid -- III Benefits and Compensation. , IV Are Past Polluters and Current Beneficiaries Ever Really Distinct? -- V Conclusion -- References -- 6 Benefiting from Unjust Acts and Benefiting from Injustice: Historical Emissions and the Beneficiary Pays Principle -- I Introduction -- II The PPP and Historical Emissions -- III The BPP and Historical Emissions -- IV Conclusion -- References -- 7 A Luck-Based Moral Defense of Grandfathering -- I Grandfathering -- II Bovens' Lockean Approach -- III A Critique of Bovens' Approach -- IV The Importance of Luck -- V Brute Bad Luck Meets Western Lifestyles -- V.1 Changing an Economy -- V.2 Changing Habits -- VI Conclusion -- References -- 8 In Defense of Emissions Egalitarianism? -- I Introduction -- II The Argument for Emissions Egalitarianism -- III Procedural and Conceptual Clarifications -- IV Holism vs. Atomism -- IV.1 A First Challenge - EE Ignores Important Aspects of Mitigation -- IV.2 A Second Challenge - EE Ignores Other Climate-Related Burdens -- IV.3 Vanderheiden's Arguments for a Separate Treatment of Mitigation -- IV.4 A Rights-Based Argument for Treating Mitigation Separately? -- V Integration vs. Isolation -- V.1 A Libertarian Argument in Defense of Emissions Egalitarianism? -- V.2 An Additional Argument in Favor of Integration: Financing Adaptation -- V.3 Intermediate Conclusion -- VI The Virtue of Simplicity: A Practical Argument in Favor of EE? -- VI.1 Caney's Five-Step Procedure -- VI.2 Comparing Emissions Egalitarianism with the Five-Step Procedure -- Justice -- Institutional Feasibility -- Political Feasibility -- Summary -- VII Conclusion -- Acknowledgements -- References -- 9 In the Name of Political Possibility: A New Proposal for Thinking About the Role and Relevance of Historical Greenhouse Gas Emissions -- Introduction -- I Accounting for Historical Responsibility: Tension between the Ideal and the Real. , II Political Feasibility -- III Historical Responsibility: A Proposal -- 1990 Onward: A Case for Moral Responsibility -- Can Historical Trends Be Justified? -- IV Moral Desirability and Securing a More Just Future -- V Balancing Political Feasibility and Moral Desirability -- Conclusion -- References -- 10 Right to Development and Historical Emissions: A Perspective from the Particularly Vulnerable Countries -- Introduction -- Policy Proposals and Principles of Ethics Regarding Distribution of Emission Rights, or Responsibility for Emissions Reduction -- PVCs Are Trapped in a Triple Bind of Increasing Climate Change Impacts, Unsupportive Global Mitigation Measures, and Lack of Adaptation Finance -- Climate Change, Security, and Development Rights -- A Differential Application of the PPP between Developing and Industrial Countries -- No-Harm Rule and State Responsibility -- Conclusion -- References -- Index.
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  • 2
    Publication Date: 2017-07-19
    Description: Research on the functional importance of biodiversity, motivated by global species loss, has documented that plant species richness affects many plant-related ecosystem functions. Less is known about the effects of plant species richness on functions related to higher trophic levels, such as the consumption of biomass by animals, that is, herbivory. Previous studies have shown positive, neutral, or negative effects of plant species richness on herbivory. In the framework of a grassland biodiversity experiment (the Jena Experiment), we investigated herbivory (the proportion of leaf area damaged and the amount of leaf biomass consumed by arthropod herbivores) along two experimental gradients of plant species richness ranging from 1 to 60 species (Main Experiment) and from 1 to 8 species (Trait-Based Experiment) biannually for five and three years, respectively. Additionally, plant functional diversity, based on traits related to plant growth, was manipulated as the number of functional groups in a community (Main Experiment) or a gradient of functional trait dissimilarity (Trait-Based Experiment). Herbivory at the level of plant communities ranged from 0% to 31% (0 and 33.8 g/m 2 ) in the Main Experiment and 0% to 8% (0 and 13.7 g/m 2 ) in the Trait-Based Experiment, and it was on average higher in summer than in spring. For both experimental gradients and all years investigated, we found a consistent increase in damaged leaf area and consumed biomass with increasing plant species richness. As mechanistic explanations for effects of plant species richness, we propose changes in plant quality and herbivore communities. The presence of specific plant functional groups significantly affected herbivory, likely related to traits affecting plant defense and nutritional value, but we found little evidence for effects of plant functional diversity. The general positive relationship between plant species richness and herbivory might contribute to effects of plant species richness on other ecosystem functions such as productivity and nutrient mineralization and can cascade up the food web also affecting higher trophic levels.
    Electronic ISSN: 2150-8925
    Topics: Energy, Environment Protection, Nuclear Power Engineering
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  • 3
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    PANGAEA
    In:  Supplement to: Rutishauser, This; Jeanneret, François; Brügger, Robert; Brugnara, Yuri; Röthlisberger, Christian; Bernasconi, August; Bangerter, Peter; Portenier, Céline; Villiger, Leonie; Lehmann, Daria; Meyer, Lukas; Messerli, Bruno; Brönnimann, Stefan (2019): The BernClim plant phenological data set from the canton of Bern (Switzerland) 1970 - 2018. Earth System Science Data, 11(4), 1645-1654, https://doi.org/10.5194/essd-11-1645-2019
    Publication Date: 2023-11-02
    Description: In 1970, the Geographical Institute of the University of Berne initiated the phenological observation network BernClim. Seasonality information from plants, fog and snow originally served for applications in urban and regional planning, agricultural and touristic suitability and are now a valuable data set for climate change impacts studies. Covering the growing season volunteer observers record key development stages of hazel (Coryllus avellana), dandelion (Taraxacum officinale), apple tree (Pyrus malus) and beech (Fagus sylvatica). All observations consist of detailed site information including location, altitude, exposition and inclination that make BernClim unique in detail-richness and temporal coverage. Quality control by experts and statistical analyses system of the data has been performed to flag impossible dates, outliers of the biological range, repeated dates in the same year, four consecutive identical dates after removing non-first and dates outside of +/-3 sd of each series and all series for a given years after removing non-first. Here, we report BernClim data of 7414 plant phenological observations from 1970 to 2018 from 1304 sites at 110 stations, the quality control procedure and selected applications. QC points to a good internal consistency and likely a quality of the data. Variability tests flagged five dates (0.07%) were outside 3 sd per series and ten dates (0.13%) were outside 3 sd of all series in a given year. BernClim data indicate a trend towards an extended growing season. They also well track the regime shift in the late 1980s.
    Keywords: Berne; Climate change; climate impact; plant phenology; seasonality; Switzerland
    Type: Dataset
    Format: application/zip, 2 datasets
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  • 4
    Publication Date: 2023-11-02
    Keywords: ALTITUDE; Area/locality; BernClim; Berne; Climate change; climate impact; Code; Comment; DATE/TIME; Day of the year; Exposition; LATITUDE; Location; Phenophase; plant phenology; seasonality; Serial number; Slope inclination; Switzerland; Variety
    Type: Dataset
    Format: text/tab-separated-values, 79041 data points
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  • 5
    Publication Date: 2023-11-02
    Keywords: BernClim; Berne; Climate change; climate impact; plant phenology; seasonality; Switzerland
    Type: Dataset
    Format: application/zip, 91 kBytes
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