Law and Economics of International Climate Change Policy

Front Cover
Springer Science & Business Media, 2001 M06 30 - 146 pages
International climate change policy can be broadly divided into two periods: A first period, where a broad consensus was reached to tackle the risk of global warming in a coordinated global effort, and a second period, where this consensus was finally framed into a concrete policy. The first period started at the "Earth Summit" of Rio de Janeiro in 1992, where the United Nations Framework Convention on Climate Change (UNFCCC) was opened for signature. The UNFCCC was subsequently signed and ratified by 174 countries, making it one of the most accepted international rd treaties ever. The second period was initiated at the 3 Conference of the Parties (COP3) to the UNFCCC in Kyoto in 1997, which produced the Kyoto Protocol (KP). Till now, eighty-four countries have signed the Kyoto Protocol, but only twelve ratified it. A major reason for this slow ratification is that most operational details of the Kyoto Protocol were not decided in Kyoto but deferred to following conferences. This deferral of the details, while probably appropriate to initially reach an agreement, is a major stepping stone for a speedy ratification of the protocol. National policy makers and their constituencies, who would ultimately bear the cost of Kyoto, are generally not prepared to ratify a treaty that could mean anything, from an unsustainable strict regime of international control of greenhouse gases (GHGs) to an "L-regime" ofloopholes, or from a pure market-based international carbon trading to a regime of huge international carbon tax funds.

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Contents

Chapter 1 Introduction
1
Hot Air in International Emission Trading How Much and How to Respond?
7
2 WHAT IS HOT AIR?
8
3 HOW MUCH HOT AIR EXISTS IN THE FIRST COMMITMENT PERIOD?
9
4 POLICIES TO ADDRESS HOT AIR
11
5 ECONOMIC ANALYSIS OF THE EU CAPPING PROPOSAL
16
6 CONCLUSION
18
Accounting of Biological Sources and Sinks Legal and Economic Considerations
21
5 THE COM FORESTSECURED ESCROW ACCOUNT
65
6 CONCLUSION
69
Increasing the Acceptability of CDM Forestry Through Bundling of Bioenergy and Forest Conservation
75
2 DEVELOPING COUNTRIES PERSPECTIVE
77
3 DEVELOPED COUNTRIES PERSPECTIVE
79
4 SYNERGIES BETWEEN BIOENERGY AND FOREST CONSERVATION
81
5 CONCLUSION
85
Activities Implemented Jointly An Empirical Analysis
89

2 CLIMATE CHANGE POLICY AND FORESTS
23
3 CAN CARBON ACCOUNTING HELP SAVE TROPICAL FORESTS?
26
4 BIOLOGICAL SOURCES AND SINKS UNDER THE KYOTO PROTOCOL
28
411 Article 33
29
412 Article 34
30
413 Article 37 and the grossnet problem
31
42 Accounting of international LUCF activities
35
421 Leakage and the need for national accounting
36
422 Baseline inflation
37
43 Deforestation for reforestation?
38
5 EXPERIENCES WITH AIJ FORESTRY IN COSTA RICA
40
6 CONCLUSION
44
The Longterm Requirement for CDM Forestry and Economic Liability
55
2 THE LONGTERM REQUIREMENT OF THE CDM
58
3 BASIC TYPES OF ECONOMIC LIABILITY CONTRACTS
59
4 THE EFFICIENCY ADVANTAGE OF SELLER LIABILITY
63
2 THE DATA
90
3 THE TIMING OF AIJ
91
4 REGIONAL DISTRIBUTION OF AIJ
92
5 DISTRIBUTION OF ACTIVITY TYPES
96
6 PRIVATE SECTOR PARTICIPATION IN AIJ
100
7 ON THE BASELINE
102
8 COST OF AIJ
105
9 SUMMARY AND IMPLICATIONS
107
Beyond COP6 The Need for Extended Flexibility
117
2 THE ROAD TO COP6
118
3 THE DISCUSSIONS AT COP6
121
4 THE ISSUE OF ADDITIONAL SINKS
124
5 LESSONS FROM COP6
128
Summary and Conclusion
133
Terms and Abbreviations
137
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