Designing Future International Actions on Climate Change Ned Helme, Executive Director Catherine Leining, Senior Policy Analyst Center for Clean Air Policy *** Bonn, Germany Eighteenth Session of.

Download Report

Transcript Designing Future International Actions on Climate Change Ned Helme, Executive Director Catherine Leining, Senior Policy Analyst Center for Clean Air Policy *** Bonn, Germany Eighteenth Session of.

Designing Future International Actions on Climate Change

Ned Helme, Executive Director Catherine Leining, Senior Policy Analyst Center for Clean Air Policy * * * Bonn, Germany Eighteenth Session of the Subsidiary Bodies June 2003

About CCAP

 Non-profit environmental think-tank  Founded in 1985 to develop, promote, and implement innovative solutions to energy and environmental problems  Involved in international climate change debate for over ten years   Involved in design of CO 2 trading system in EU and trading workshops in accession countries Strong record of bringing together key gov’t and industry stakeholders to facilitate dialogue on major issues

Overview of the CDM/Future Actions Dialogue

 Brings together negotiators from ~30 Annex I and non-Annex I Parties for informal discussions » Design and implementation of the CDM » International actions on climate post-2012  7 meetings since May 2000  Funded by Annex I governments » Australia, Canada, Denmark, European Commission, Germany, Japan, Netherlands, New Zealand, Norway, Sweden, UK, USA

Partners & Collaborators

 Foundation for International Environmental Law and Development (FIELD), UK  Energy & Development Research Centre (EDRC), South Africa  ECOFYS, Germany  World Resources Institute (WRI), USA  Additional research institutes and consultants

Stabilization Needs

 Pre-industrial atmospheric CO 2 concentration = 280 ppm  Current concentration = 360 ppm  Future stabilization requires concerted effort over short, mid, and long term » Eventually, global emissions must fall below 1990 levels for stabilization » Longer delay means higher stabilization level  Hedging strategy: Leave stabilization options open (e.g., 450, 550 ppm)

Possible corridors to stabilization

14 13 12 550 11 10 9 8 7 6 5 1970 1980 1990 2000 2010 2020 2030 2040 450 Source of stabilization paths: IPCC WGIII chapter 2, post SRES scenarios, CO2 only

Post 2012 Framework “Three-legged” policy platform

1. Annex I Parties in KP - Targets 2. Annex I Parties outside KP - Responsibilities 3. Developing countries - Programs

Menu of Options – Annex I

 Continue with Kyoto Protocol  Technological cooperation or technology protocol  Carbon intensity reductions  Coordinated sectoral PAMs

Menu of Options - DCs

 Technology transfer, CDM, GEF (current options)  Sectoral CDM  Sustainable development policies and measures (SD PAMs)  Reducing emissions footprint from Annex I investments (e.g., MNC caps, ECA / WB shift)  Carbon intensity targets (sectoral, economy wide) or sectoral targets  Absolute targets

Other Considerations

      Menu or stepwise approach Binding versus nonbinding (pledge & review) Umbrella indicators versus target Hybrid – use overarching voluntary carbon intensity as indicator and combine with CDM, SD/PAMS, etc.

Holding developing countries harmless in terms of cost of reduction or new technologies so their development priorities are not compromised Creating incentives for long-term transition to low carbon development and economic growth for both Annex I and non-Annex I countries

Technology RD&D

 2nd track to complement KP targets and timetables – RD&D “push” complements ET “pull” – Critical for long-term solution, but not a panacea – Could be based on Montreal Protocol model although key differences exist  Pros of technology approach – Compatible with economic growth – Incentives to participate  Cons of technology approach – Less environmental certainty – Government picks technology winners – Difficulty in setting standards

Mitigation Policy Time Frames

Global GHG Emissions Target emissions level for CO 2 stabilization Short term

2015

Mid term Time

2030

Long term

2050+

Annex I Emissions Footprint

 Annex I GHG footprint in DCs is significant » Particularly in the power generation sector  Climate protection may be possible via institutions that generate financial flows » Many complexities exist  Policy options – Pool of concessionary funding – Financial set-asides – Special lending provisions – Climate-friendly portfolio standard – Increased transparency

    In 2000, about US$225 billion flows to developing countries from industrialized countries annually —about 4% of the GDP of developing countries.

Financial Flows to Developing Countries from Industrialized Countries, 2000

Other Multilateral Institutions 4% These flows are the financial footprint of industrialized countries in developing countries and a means of influencing the technologies used in the future.

Development Banks 6% Bilateral Aid 12% International Finance Corp.

2% FDI 43% Sources of financial flows are both public (official) and private.

Export Credit Agencies (ECAs) are national financial agencies that support exports of goods and services from their origin countries —$85 billion in 2000 Other private 27% FDI covered by ECA investment insurance 6%

Sectoral CDM

 CDM currently is project based » Creates potential disincentive for proactive climate PAMs in DCs (tougher baselines) » Link between project baseline and sectoral policy can be complicated  Enabling sectoral policies as CDM projects: » » Provide needed resources for policy implementation Larger volume of reductions possible with lower transaction costs from aggregation » » Reduced potential for leakage Challenges of additionality assessment and monitoring

SD PAMs

 DCs could undertake SD PAMs that reduce climate impacts of development priorities » » » » Could be harmonized or country-specific Could be binding or nonbinding pledge Could leverage climate and non-climate funding Could be linked to trading system, or kept separate  Challenges: defining SD PAMs, baselines/ measurement, monitoring, uncertainty of emission reductions, capacity needs  Many DCs are doing this already

Carbon Intensity Targets

 Different structure from hard caps; not more or less stringent by definition  Two approaches » Sector-specific (e.g, electric utilities) » Multi-sector/economy-wide  Largest benefit is correlation between emissions target and economic activity  Largest problems are lack of environmental certainty, measurement difficulties, transparency, and enforcement

“A La Carte” Menu

 Annex I countries achieve absolute emissions reduction » With consideration of costs/benefits distributed across constituencies  DCs determine best approach based on national circumstances and capacity » Rather than strict linear progression  Key Question » How do we link “a la carte” approach to the need for real global progress in the 2020 period?

Discussion Questions

How can we differentiate among countries according to national circumstances and capacity?

» Annex I (inside & outside KP) » Non-Annex I 

Interest in stepwise progression versus “menu” approach for DCs over time?

Discussion Questions, Cont.

 Interest in approaches that transcend the Annex I and non-Annex I divide?

» » Harmonized sectoral PAMs and SD PAMs Greening financial flows from Annex I countries to non-Annex I countries  How can we create a structure that incentivizes technological innovation and implementation and engages developing countries?

For more information….

 Please contact: Ned Helme or Catherine Leining Center for Clean Air Policy 750 First St. NE #940 Washington, DC 20002 USA Tel. +1 202 408 9260 [email protected]

, [email protected]

http://www.ccap.org