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来源类型 | Report |
规范类型 | 报告 |
ISSN | 1862-4359 |
Options and Proposals for the International Governance of Geoengineering | |
Dr. Ralph Bodle, LLM; Prof. Sebastian Oberthür; Lena Donat, LLM; Gesa Homann LLM; Dr. Stephan Sina; Elizabeth Tedsen JD | |
发表日期 | 2014 |
出版者 | Federal Environment Agency (UBA), Germany |
出版年 | 2014 |
语种 | 英语 |
概述 | Auf Grundlage einer umfassenden Analyse des bestehenden Regelungsrahmens und seiner Lücken entwickeln die Autoren und Autorinnen des Ecologic Instituts in dieser Studie allgemeine Optionen und konkrete Handlungsempfehlungen für die wirksame Governance von Geoengineering. Ein zentrales Anliegen ist, dass die Empfehlungen praktisch umsetzbar sind. Die Studie steht als Download zur Verfügung. |
摘要 | class="field field-name-field-master-image field-type-image field-label-hidden"> Based on a comprehensive analysis of the existing regulatory framework and its gaps, the authors of Ecologic Institute identify general options and specific recommended actions for the effective governance of geoengineering. A key consideration is that the recommendations can be implemented in practice. First, the study explores whether and to what extent it is useful and feasible to have a single definition of geoengineering for governance purposes. It then analyses the existing governance of geoengineering in international law, with a brief overview of EU and German law. On this basis, it develops specific regulatory options and proposals. We analyse why governance of geoengineering should be pursued and develop specific proposals how such governance should be designed.
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目录 | Table of Contents: 1 Summary 1.1 Definition of geoengineering 1.2 The existing legal framework 1.2.1 International Law 1.2.2 Conclusions on existing international governance 1.2.3 European Law and German Law 1.3 Regulatory options and proposals 2 Zusammenfassung 2.1 Definition von Geoengineering 2.2 Der bestehende Regelungsrahmen 2.2.1 Völkerrecht 2.2.2 Bewertung bestehender internationale Governance 2.2.3 Europäisches und deutsches Recht 2.3 Regelungsoptionen und -vorschläge 3 Introduction 4 Definition of geoengineering 4.1 Definitional context 4.2 Existing definitions 4.3 Activity 4.4 Intent 4.5 Purpose 4.6 Scale 4.7 Conclusions 5 The existing legal framework 5.1 International Law 5.1.1 Introduction 5.1.2 Cross-cutting general rules 5.1.3 Stratospheric aerosol injection 5.1.4 Cloud brightening from ships 5.1.5 Desert reflectors 5.1.6 Installations in outer space 5.1.7 Carbon capture and storage 5.1.8 Ocean liming 5.1.9 Ocean biomass storage 5.1.10 Biomass and biochar 5.1.11 Enhanced weathering 5.1.12 Carbon capture from air (‚artificial trees‘) 5.2 European Law and German Law 5.2.1 Introduction 5.2.2 Cross-cutting general rules 5.2.3 Stratospheric aerosol injection 5.2.4 Carbon Capture and Storage (CCS) 5.2.5 Carbon capture from air (‚Artificial Trees‘) 5.2.6 Biomass and biochar 5.2.7 Enhanced weathering 5.3 Conclusions on existing law 5.3.1 International law 5.3.2 EU and German law 6 Regulatory options and proposals 6.1 Introduction 6.2 Governance proposals 6.2.1 Historical overview 6.2.2 Common features of existing governance proposals 6.3 Objectives and criteria for international geoengineering governance 6.3.1 Particular characteristics of geoengineering relevant to governance 6.3.2 Reasons for geoengineering governance 6.3.3 How to regulate and design governance 6.4 General approach and main governance options 6.4.1 The normative perspective: Instruments and techniques 6.4.2 The institutional perspective: The emerging institutional complex of geoengineering 6.4.3 Preliminary choice of main governance options 6.5 Current governance: analysis and assessment 6.5.1 Assessment of the existing governance 6.5.2 Gaps in the existing governance 6.5.3 Conclusions from gap analysis: Which geoengineering techniques should be subject to international governance? 6.6 Options for filling the governance gaps 6.6.1 Options for overarching functions 6.6.2 Options for addressing in more detail the gaps for specific geoengineering techniques 6.6.3 Options for special scientific/technological tasks, e.g. coordination of research 6.7 Conclusions and proposals 7 Annex I: Overview of selected governance proposals 8 Annex II: Expert Workshop 5./6. November 2012 8.1 Discussion paper 8.1.1 Introduction: The UBA research project 8.1.2 State of play in geoengineering governance 8.1.3 Criteria for geoengineering governance 8.1.4 Assessment and Options 8.1.5 Options for Future Framework 8.2 Summary 8.2.1 Introduction 8.2.2 Background presentations 8.2.3 General points 8.2.4 Governance design 8.2.5 In particular: CBD 8.2.6 Normative perspective 8.2.7 Moral hazard 8.2.8 Research 9 References 9.1 Literature 9.2 List of treaties |
标签 | Report ; Climate ; Governance ; International Environmental Law ; Ecologic Legal |
关键词 | international environmental law Governance Geoengineering climate engineering research Solar Radiation Management SRM Carbon Dioxide Removal CDR climate Biodiversity UNFCCC CBD legal regulations international environmental law g |
URL | https://www.ecologic.eu/11052 |
来源智库 | Ecologic Institute (Germany) |
资源类型 | 智库出版物 |
条目标识符 | http://119.78.100.153/handle/2XGU8XDN/36562 |
推荐引用方式 GB/T 7714 | Dr. Ralph Bodle, LLM,Prof. Sebastian Oberthür,Lena Donat, LLM,et al. Options and Proposals for the International Governance of Geoengineering. 2014. |
条目包含的文件 | 条目无相关文件。 |
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