Title: Post2012 Climate Policy and the EU 2oC Target
1Post-2012 Climate Policy and the EU 2oC Target
- Bill Hare
- Greenpeace International/ClimateAction Network
Europe - 2004
2Outline
- Implications of EU 2oC target for post 2012
architecture - EU response to the present US stance Stop,
suspend or go ahead? - What are the options for differentiating
commitments and actions? - South-North Proposal
- Key issues
- Expanding international emission trading
- Conclusions
3Meeting 2oC Target
4Emission pathways to 2oC target
5Global emissions
- If global emission reduction rates are to be
below 6/yr in the 2020s then the peak needs
to occur no later than 2020. - If global emission reduction rates are to be
below 4/yr in the 2020s then global peak needs
to occur around 2015. - Little timing flexibility remains
6Annex I Pathways
7Effects of Delay
Delaying action for a decade, or even just
years, is not a serious option Sir David King
(Science, 9 January 2004)
8USA
- US according to reference scenario
- No emissions left for rest of Annex I after
2025.
- US emissions according to Lieberman-McCain
(S.139) - Rest of Annex I needs to reduce to -55 by 2020,
instead of -30.
- US reductions below reference 1.5x
Lieberman-McCain (S.139) - Rest of Annex I needs to reduce to -45 by 2020,
instead of -30.
9Implications of 2oC target for regime
- Legally binding targets and trading system
- Need for early and rapid decarbonization in the
large emitters of the developing world. - Need for complex regime architecture
- Need for very rapid technological change
10EU strategy in face of uncertainty
- EU leadership necessary for regime development
- Most fundamental question appears to be whether
the EU should move ahead absent clear commitments
from the USA - Scale and rate of action post 2012 hinges on
strength of risk assessment how strongly does
the EU feel about 2oC target? - If 2oC target is seen as hard then there would
be economic advantages to the EU from moving
ahead. - creates substantial pressure to take economic
risks in pressing ahead with the next stage of
emission reductions in the EU and elsewhere. The
question is however to what level?
11The USA
- Unlikely that there will be a US cap and trade
system before 2009. - Key question is what will US do in the future,
beyond the Bush Presidency? - It seems likely that the US political system will
move towards action within the next decade and
seems almost certain is that US action will lag
that taken by Europe and the other Annex II Kyoto
ratifiers over the decade from 2013-2022. - The USA has significant catch up potential
12Implications for EU Post 2012
- Moving ahead without USA is seen as ineffective
in most conventional economic models of climate
policy - But, models are not able to deal fully with the
dilemmas of climate policy - Pressure of 2oC target
- Irreversibility of the climate system
- Long time scale of the response of climate and
socio-economic systems - Positive technological spillover effects
- Several factors point to the viability and
necessity of the EU moving forward in the absence
of the USA at this stage. - Likelihood of positive technological spillovers
arising from action by the EU (and others) would
enhance the effectiveness of such action.
13Acting without USA at present
- If it is assumed that world will deal with the
threat of climate from a similar perspective as
the EU then substantial economic competitiveness
benefits would accrue to those who have moved
first. - Costs for stringent abatement likely at most
amount to 0.05/year. - Overall costs should thus not be a major concern.
- How to capture these benefits both
technological and economic and in a way that
benefits both Europe, Japan and the large
emitters in the developing world? - Question is whether or not the European Union can
afford the side payments to large emitters
India, China, Brazil, South Africa, taking into
account technological spill over effects?
14Options for differentiating commitments and action
- South North Proposal
- Allocation of countries to groups according to
index - potential to mitigate based on GHG emissions per
capita, CO2 emissions/GDP), cumulative CO2
emissions per capita and the Human Development
Index - Newly Industrialized countries (NIC), Rapidly
Industrialized countries (RIC), Other developing
countries (Other DC) and the Least Developed
Countries(LDC). - Agreed graduation rules
- Set of different actions to be taken according to
status - Problematic
- Linkage to US action
- Direct finance
15South North Proposal Country Groups
16South North Proposal Country Groups
17Expanding international emission trading
- NICS eg South Korea, Saudi Arabia, Israel and
Kazakhstan wealthy enough to join with national
caps - RIDCs eg Argentina, Brazil, China and South
Africa are capable but assistance needed ie
technology and financial resources to enable
participation - Open question as to whether caps would cover
whole economy or large sectors eg power sector - Other DCs eg India need much more assistance and
focus could be on power sector caps
18Financing instrument needed
- Large direct transfers not politically feasible,
but large additional investments do seem
feasible. - Financial instruments needed that would provide
additional loans at cheap or soft terms to enable
investments required to meet caps taking into
account trading revenue - Focus on leveraging acceleration of sustainable
development. - Would need government backing but could mobilize
large private sectors involvement. - Participation by RIDCs and others linked to
finance facility.
19Conclusions
- Strength of commitment to 2oC target and hence
risk judgement is critical to post 2012 strategy
in absence of clear view of US response. - Legally binding architecture is central and needs
to be expanded to large emitters. - Finance facility is needed to guarantee
additional investments but does not need to very
expensive and should bring benefits to both
parties.
20Sea Level Rise by 2300 Assuming stabilisation at
3 ºC warming This is 2xCO2-equivalent, i.e. 450
ppm CO2
3-5 m sea level rise dangerous interference
Source Rahmstorf, S., C. Jaeger (2004)