Avainsana: climate policy

Julkaistu

More Time for an Energy Revolution? Seizing the Opportunity to Slow Down Climate Change by Cutting Emissions of Short-lived Climate Pollutants

 

 

 

Kati Kulovesi, Yulia Yamineva and Veera Jerkku

View of the South of Delhi by Jean-Etienne Minh-Duy Poirrier (Under Creative Commons License)

THERE IS an important ‘ambition gap’ between the climate change mitigation policies pledged by countries in context of the Paris Agreement and those needed to avoid dangerous climate change. Discussions on ways to step up climate change mitigation efforts commonly focus on ways to reduce carbon dioxide (CO2) emissions. These indeed play a crucial role in long-term climate change mitigation. However, achieving radical cuts in CO2 emissions also requires a fundamental economic and energy transformation that is proving time-consuming to achieve.

OUR ARGUMENT is that short-lived climate pollutants (SLCPs) provide an attractive option that could ‘buy’ more time to cut CO2 emissions. The United Nations Environment Programme has estimated that reducing SLCP emissions, especially methane and black carbon, could slow the rate of global warming by 0.4-0.5°C by 2040 (UNEP, 2011). This is an important contribution given that the existing climate policies have been estimated to limit the global average temperature increase only between 2.9°C and 3.4°C by the end of the century (UNEP, 2016)., thus falling short of the 2°C target in the Paris Agreement.

SLCPS INCLUDE methane, some hydrofluorocarbons (HFCs), tropospheric ozone and black carbon. What unites them is a significant short-term warming effect on the climate. Methane, tropospheric ozone and black carbon cause local air pollution, thereby adversely affecting human health and ecosystems, including by reducing crop yields.

AT THE CCEEL, we have recently launched a new five-year research project known as ClimaSlow (Slowing Down Climate Change: Combining Climate Law and Climate Science to Identify the Best Options to Reduce Emissions of Short-Lived Climate Forcers in Developing Countries). The project is led by Professor Kati Kulovesi and funded through an European Research Council (ERC) Starting Grant for 2017-2021. Other CCEEL members involved in the project are Dr Yulia Yamineva  (Senior Researcher) and Veera Jerkku (PhD candidate).  The project also involves participation by the UEF Aerosol Physics group.

ONE OF the factors driving our interest in SLCPs is that we see them as an interesting opportunity to merge the global climate change agenda with the local health and environmental agendas. Air pollution poses a considerable risk to human health worldwide. It leads to heart and lung failures and cancer, causing approximately 6.5 million deaths each year (WHO, 2016). Through aggressive reductions in black carbon emissions, it would be possible to avoid 2.4 million premature deaths annually by 2030 as a result of reduced exposure to fine particulate matter (UNEP, 2011).

THE GROWTH in SLCP emissions over the next decades is expected to be driven by developing countries. Therefore, in addition to the focus on international and transnational cooperation, the ClimaSlow project looks at three national case studies: China, India and Nepal.

CHINA AND India are among the world’s key sources of black carbon and methane emissions and their emissions of HFCs are also set to rise. Air pollution is also an acute problem in all three countries damaging both public health and the economy. In China, for instance, air pollution is implicated as a leading cause of mortality (UNEP, 2015).  The project will look at the policies and regulations in place in the case study countries, and seek to identify ways to strengthen them through both national and global action. It will also try to identify opportunities for others to learn from the experiences of the three case study countries.

ONE OF the project’s motivations is that the legal and regulatory options to strengthen global action on SLCPs have not been studied comprehensively, and the climate impacts of such options are not yet adequately understood. The ClimaSlow project seeks to fill the vacuum by undertaking an analysis of the fragmented and multi-layered global legal and regulatory framework for SLCPs.

FURTHERMORE, THE ClimaSlow project breaks disciplinary boundaries through combining climate law and climate science. An analysis of legal and regulatory options is complemented by climate modelling work to determine their climate impacts and hence identify the most effective ways to achieve deep reductions in the emissions of SLCPs.

THE PROJECT will seek to maintain an iterative dialogue and share its interim and final findings with a variety of stakeholders including scientists, NGOs and policy-makers both internationally and in the case study countries. This will for instance be done through organising workshops, developing policy briefs and participating in relevant events. The project will also culminate in an interdisciplinary scientific conference in 2022.

YOU CAN stay up to date with project developments through the CCEEL website and Twitter account (@uefcceel), as well as the project’s own Twitter account @ClimaSlowERC.

Julkaistu

Volatile relations: EU-Russia energy regulation

 

 

 

Moritz Wüstenberg, Junior Researcher, European Law

THE WORLD Trade Organization (WTO) is often seen as a curiosity generally associated with globalization. The WTO as we know it today has developed in its 70 year’s history from a provisionally applied interim agreement (the General Agreement on Tariffs and Trade or “GATT”) to become an independent organization, with nearly universal participation.

FOLLOWING ACCESSION to the WTO in 2012, Russia has been eager to take its energy related grievances with the EU to be adjudicated at the WTO. Whilst transit has become a lesser problem in recent years, partly due to the direct connection from Russia to Germany via the Nord Stream 1 pipeline (Nord Stream 2 is on its way, see previous blog by K. Talus), the internal market liberalization of the EU has had effects on the European investments of Russia´s export monopoly Gazprom.

THE CASE directly related to energy regulation brought by Russia to the Dispute Settlement Body (case DS476, Certain Measures Relating to the Energy Sector) of the WTO alleges, inter alia, that Russian goods and services are treated less favourably than third countries and less favourably than other EU goods and services (in violation of the Most Favoured Nation obligation and National Treatment obligation of the EU, respectively). The alleged violations are mainly related to limitations in access to infrastructure, including pipelines that connect Nordstream 1 to the wider European gas network, owned by Gazprom.

TWO OTHER cases brought by Russia against the EU (cases DS474 and DS494) are also related to energy, albeit indirectly. In anti-dumping determinations against energy intensive goods (in this case, steel from Russia), EU rules make it possible to replace the actual energy costs producers pay in Russia by a cost that is adjusted to reflect “market” prices. In effect this means that the anti-dumping margin paid on steel imports to the EU become higher.

THE REGULATION of energy trade between the EU and Russia is vital for the EU to secure its energy supply and at the same time crucial for Russia, as some 50% of the federal budget is raised from the extraction and sale of energy goods. The disputes brought by Russia touch upon matters of trade that are sensitive due to their strategic nature, but are not regulated effectively by the rules of the WTO which were negotiated for more traditional areas of trade.

THE ENERGY Charter Treaty, which Russia abandoned in 2009, has detailed rules for energy trade and would be more effective in regulating this area of trade. Russia withdrew from provisional application of the Energy Charter Treaty following the gas crisis of 2006 and 2009. The gas crisis were caused by transit disputes and resulted in many eastern and central European countries being undersupplied during the winter. Central stated reasons for the final withdrawal from the ECT were related to failures in the regulation of transit. Whether Russia will join the ECT seems uncertain, even though efforts to develop the regulation of transit continue at the Energy Charter.

THE SHORTCOMINGS of the regulatory framework of the WTO for energy trade have been discussed at the WTO as well as in academia. It is generally understood that there are a number of areas, export prohibitions through cartels (e.g. OPEC) and transit rules being prominent examples, which the rules of the WTO do not address effectively. Numerous suggestions for amendment or addition of rules have been made, but the debate remains open.

A NEIGHBOURHOOD trading relationship, such as the one between the EU and Russia, can be regulated by a number of WTO rule compliant means. One option would be the conclusion of a Preferential Trade Agreement (PTA) to regulate energy trade between the EU and Russia. This would be a fairly straightforward option which, as long as it complied with WTO requirements (mainly the obligation not to raise tariffs or other barriers to trade in relation to other WTO members), could be negotiated bilaterally and would effectively remain outside the multilateral framework of the WTO.

PLURILATERAL AGREEMENTS (PA´s), binding to those members that accede to them, have previously been adopted within the framework of the WTO (Annex 4 agreements). The main difference in relation to PTA´s is that PA´s function within the framework of the WTO. There are a number of advantages to regulating through a PA as opposed to a PTA, one being direct access to the dispute settlement system of the WTO. The main difficulty in adopting a PA on energy would be the need to achieve consensus among the WTO membership to add such an agreement to Annex 4. In effect this means that consensus has to be obtained also from members who do not intend to join a PA and consequently do not have rights or obligations arising from it.

RE-REGULATING ENERGY trade between the EU and Russia may become necessary rather sooner or later. Even if a transition to renewable energies is on its way, natural gas will remain an important transition fuel until 2040 and later, even under the most ambitious climate targets. Russia has the world´s largest natural gas reserves and is connected by pipeline to the EU. Maintaining a well-regulated commercial relationship would therefore not only ensure energy security, but would also be advantageous to achieve climate policy targets.

 

Full articles on the above issues have been published recently as:

Moritz Wüstenberg, ´An Overview of the Dichotomy between EU Energy Market Liberalisation and the Multilateral Trading System: Case Review of WTO Case DS476 – Certain Measures Relating to the Energy Sector, International Trade Law & Regulation 22 (1) 2016

Moritz Wüstenberg, ´Reformation or Standstill? Re-Regulating Energy Trade between the EU and Russia, International Energy Law Review 34 (7) 2016