Alongside the Unfccc: Complementary Venues for Climate Action

Alongside the Unfccc: Complementary Venues for Climate Action

MAY 2014 INTERNATIONAL ALONGSIDE THE UNFCCC: COMPLEMENTARY VENUES FOR CLIMATE ACTION Harro van Asselt, Stockholm Environment Institute Climate change is a multi-faceted challenge that is intrinsically connected to a broad range of other issue areas, and it must be addressed on multiple fronts. In considering the global response to climate change post-2020, it is important to consider not only the central role of the United Nations Framework Conven- tion on Climate Change (UNFCCC), but also the potential roles of other international regimes and initia- tives, and links among them. This paper provides a brief overview of relevant non-UNFCCC venues and suggests some broad issues for policymakers. OVERVIEW • ICAO, IMO, the Montreal Protocol, the World Trade Organization (WTO), and the Convention The UNFCCC acknowledges the potential contributions on Long-Range Transboundary Air Pollution of other international venues to the global climate effort, (LRTAP) are well-established multilateral regimes with references, for instance, to “greenhouse gases not that are based on legal instruments and exercise controlled by the Montreal Protocol.” The Kyoto Protocol regulatory authority; also envisages a division of labor, speci cally delegating • The Group of 8 (G8), the Group of 20 (G20) and the regulation of emissions from international aviation the Major Economies Forum (MEF) serve largely as and shipping to, respectively, the International Civil forums for high-level political dialogue and state- Aviation Organization (ICAO) and the International ments; and Maritime Organization (IMO). Over time, a growing • The Climate and Clean Air Coalition (CCAC) is a number of other international forums have devoted at- cooperative public-private initiative that promotes tention to climate change, and new forums focused on national and international action but establishes no 1 speci c dimensions of the climate issue have emerged. legal obligations or authorities. The growing role of non-UNFCCC venues and ini- Many other initiatives—such as the International tiatives has not gone unnoticed within the UNFCCC. Renewable Energy Agency, the UN’s Sustainable Energy Most notably, within the Ad Hoc Working Group on the for All initiative, a nd the REDD+ Partnership—can play Durban Platform for Enhanced Action (ADP), parties a critical role in the post-2020 climate effort. The nine have focused on the potential contributions of “inter- forums highlighted here are a representative sampling national cooperative initiatives” (ICIs) in strengthening illustrating the range of possibilities and issues. 2 pre-2020 ambition. The following sections examine each forum in turn, Non-UNFCCC forums relevant to the post-2020 inter- reviewing past activities and considering their potential national effort take a variety of forms.3 Among the nine contributions. A concluding section suggests issues for venues reviewed here: further consideration. 1 ALONGSIDE THE UNFCCC: COMPLEMENTARY VENUES FOR CLIMATE ACTION MAY 2014 MONTREAL PROTOCOL HFCs. While HFCs are powerful greenhouse gases—and unlike CFCs and HCFCs are mentioned in Annex A of Climate change is closely related to stratospheric ozone the Kyoto Protocol—they do not contribute to ozone depletion. More speci cally, certain ozone-depleting depletion, so they are not regulated by the Montreal substances (ODS) as well as some ODS substitutes are Protocol. This has led to different interpretations of also greenhouse gases. The international legal context which agreement is actually applicable. Moreover, the for protecting the ozone layer is provided by the 1985 North-South context makes this issue particularly salient: Vienna Convention and its 1987 Montreal Protocol, both it is primarily developing countries and economies in of which enjoy universal participation. The Montreal transition that have been persuaded to use HFCs as a Protocol regulates the phase-out of the production and substitute and that would need to take action to phase consumption of several ODS. Its initial focus was on chlo- down its use. ro uorocarbons (CFCs) and halons, but it has added new chemicals through amendments over time. The Protocol Since 2009, Micronesia, Canada, Mexico and the differentiates between developed and developing country United States (US) have proposed amendments to the Parties by allowing for a 10–15 year grace period for Montreal Protocol to address this gap. These proposals the latter. Furthermore, the Protocol put in place a have gained signi cant traction through the 2011 Bali Multilateral Fund to help developing countries comply Declaration (signed by 112 countries), a reference in the with their commitments to control ODS. Rio+20 outcome document, a statement of intent at the 2013 G20 meeting, and bilateral talks between the US CFCs are not only the cause of ozone depletion, and China and India in the same year. However, Parties but also a major greenhouse gas. Hence, even though to the Montreal Protocol could not agree on initiating climate mitigation was not a speci c objective of the formal discussions on an amendment in October 2013. Montreal Protocol, the treaty has delivered signi cant For some Parties, there is still too much uncertainty climate bene ts by phasing out ODS, and is said to have about the availability and the costs of alternatives for contributed more to climate protection than the rst HFCs in different sectors. Nevertheless, HFCs remain on commitment period of the Kyoto Protocol.4 In 1988-2010, the agenda of the Montreal Protocol. A separate deci- ODS-related greenhouse gas emissions fell by 8.0 Gt sion in Bangkok mandates the Protocol’s Technical and CO -eq. per year.5 2 Economic Assessment Panel to examine the economic The treaty also provides for the phasing down of and technical feasibility of alternatives to ODS, and a hydrochloro uorocarbons (HCFCs). HCFCs were used workshop on HFCs will be organized in July 2014. as transitional chemicals to help phasing out CFCs but contribute to both ozone depletion and climate change. Acknowledging the adverse impact of HCFCs, Parties CONVENTION ON LONG-RANGE agreed in 2007 to signi cantly accelerate their phase-out, TRANSBOUNDARY AIR POLLUTION moving the date forward from 2030 to 2020 for devel- oped countries and from 2040 to 2030 for developing The 1979 Convention on Long-Range Transboundary countries, promising further climate bene ts (up to 18 Air Pollution (LRTAP) is a regional agreement adopted 6 under the auspices of the UN Economic Commission for Gt CO2-eq. by 2050 ). The potential role of the Montreal Protocol in reduc- Europe (UNECE). Initially established to tackle the acid rain problem by controlling sulphur dioxide (SO ) and ing hydro uorocarbons (HFCs) has received much 2 nitrogen oxide (NO ) emissions, it has grown to cover attention in recent years. The use of HFCs has grown x rapidly following their adoption as a substitute for CFCs a variety of local and regional air pollutants through its and HCFCs. Depending on the growth projections used, eight protocols, most of which target single pollutants. HFCs could contribute to annual greenhouse gas emis- The Convention and its protocols provide for national 7 emission ceilings, and have put in place an extensive sions between 3.5-8.8 Gt CO2-eq. Although the mitigation bene ts of reducing HFCs monitoring system. The Convention has 51 Parties hail- are clear, a key issue of contention is whether the ing from the European Union (EU), Eurasia (including Montreal Protocol has a role to play in phasing down Russia) and North America (the US and Canada). 2 Center for Climate and Energy Solutions MAY 2014 ALONGSIDE THE UNFCCC: COMPLEMENTARY VENUES FOR CLIMATE ACTION Air pollution and climate change are linked in that CLIMATE AND CLEAN AIR COALITION many of the “traditional” air pollutants—such as NO x Short-lived climate pollutants (SLCPs), such as black and SO —and greenhouse gases stem from the same 2 carbon, tropospheric ozone, methane and HFCs, have sources, such as transport, agriculture, power produc- short life spans but also display high global warming po- tion and industry. This means that actions to reduce tential. Reducing their emissions could deliver signi cant these local and regional air pollutants may have indirect climate, health and food security bene ts.12 The emerg- bene ts for climate change mitigation. Additionally, ing realization that rapid action on SLCPs could form some of the air pollutants controlled by the protocols are an important complement to CO -focused measures led of immediate relevance for climate change mitigation. 2 several countries (Bangladesh, Canada, Ghana, Mexico, The 1988 So a Protocol on NOx and the 1991 Geneva Sweden and the US) to launch the Climate and Clean Air Protocol on volatile organic compounds, for example, Coalition (CCAC) in February 2012. The Coalition’s aims aim at reducing emissions of substances that are precur- are to raise awareness on SLCPs, enhance and develop sors of tropospheric ozone, a greenhouse gas. actions at the national and regional level, promote best A key development in the context of the LRTAP practices, improve scienti c understanding on SLCPs, Convention concerns black carbon emissions. Although and mobilize resources for actions. black carbon is not a greenhouse gas, it is an important The CCAC is a government-led public-private partner- driver of global warming: it absorbs sunlight and gener- ship. Its nature is non-legally binding, with each partner ates heat; it reduces the ability of snow and ice to re ect determining the extent of its participation.13 To date, 33 sunlight; and it affects cloud formations. In 2009, an Ad countries (as well as the European Commission) have Hoc Expert Group on Black Carbon was created under joined the partnership, including both developed and the 1999 Gothenburg Protocol to Abate Acidi cation, developing countries (although major economies such Eutrophication and Ground-level Ozone to examine the as Brazil, China, India, Russia and South Africa are not options for addressing black carbon.

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