A FLAS Fellow's Semester Abroad in Amman

Audrey Dombro, an agricultural and consumer economics student and 2019-20 FLAS fellow, reflects upon her experience studying in Jordan.

Master of Arts in European Union Studies

The European Union Center at the University of Illinois offers the only Master of Arts in European Union Studies (MAEUS) program in the Western Hemisphere. Learn more here.

Nuclear Energy and Its Environmental, Policy, and Security Implications

On Earth Day 2022, the EU Center organized a symposium on the future of technology, energy, and security in Europe, featuring prominent scholars and policy makers from France, Germany, and the U.S.

Conversations on Europe

Watch the collection of online roundtable discussions on different EU issues sponsored by the University of Pittsburgh.

Accelerating Climate Change Mitigation: Policy Statements on the Road to Sharm-El-Sheikh and Beyond

Bruce Murray, Resident Director of the Illinois Program in Vienna, presents a series of student-written policy statements for accelerating climate change mitigation.

Videos of Previous Lectures

Missed an EUC-hosted lecture? Our blog's video tag has archived previous EUC-sponsored lectures.

Monday, July 24, 2023

Accelerating Climate Change Mitigation: Policy Statements on the Road to 2030

by Bruce Murray, Professor and Director of Illinois in Vienna Programs, retired.

As I write these lines in July 2023, a little more than six years remain to reduce greenhouse gas (GHG) emissions by 50%, as prescribed by the Paris Agreement. The European Union (EU) has adopted five more pieces of its “Fit for 55” package, including the groundbreaking Carbon Border Adjustment Mechanism. The United States (US) is implementing its Inflation Reduction Act (IRA) with unprecedented provisions for the transition to a renewable energy economy, and the Biden administration strives to further limit combustion engine and coal power plant emissions, as well as introducing carbon pricing for methane gas. Meanwhile, the world climate clock keeps ticking, and the International Panel on Climate Change (IPCC) AR6 Synthesis Report warns of unavoidable and irreversible consequences if we do not further accelerate our efforts to mitigate climate change quickly.

Against that backdrop, 14 students from Europe and the US offer their policy statements for accelerating climate change mitigation with bold action in the EU, US, and globally. They focus our attention on sectoral, as well as business monitoring-standard, conflict-area reconstruction, and educational approaches, proposing action capable of helping us turn the corner on GHG emissions by 2030. Their proposals deserve our close attention.

In the context of their work in a course on EU and US Climate Change Mitigation during the spring of 2023 at the Vienna University of Economics and Business, these guest experts expanded the students’ knowledge base and provided invaluable insights: 
  • Christina Voigt, UNFCCC PAICC Co-Chair (video)
  • Günter Hörmandinger, EUC Secretariat General Senior Expert (video)
  • Stephan Renner, Austrian Ministry for Climate Action Cabinet Member
  • Claudia Kettner, Austrian Institute of Economic Research Senior Economist (slide presentation)
  • Fritz Bachmair, Senior Economist, International Monetary Fund 
  • Dominik Zotti,  Co-Founder, AxessImpact (slide presentation)
  • Raimund Mair, Senior Water Resource Management Specialist, World Bank Group in Vienna (slide presentation)
  • Dr. Alexander Frech, President, Energy Globe Foundation and Partner, Aeiphoria Capital (slide presentation)
  • Charles Berckmann, Senior Finance Manager, bettervest (slide presentation)
So, too, did field study visits at select sites where state of the art renewable energy and energy conservation projects exemplify the potential for catalyzing climate change mitigation:
  • Vienna University of Economics and Business campus
  • Wien Energie Waste Incineration Plant (slide presentation)
Interacting collaboratively, the students developed their policy statements from topic selection to thesis statement, abstract, outline, oral presentation, written draft, and final text. Their ultimate goal has been a package that attracts the attention of decision makers and can make a meaningful difference in achieving the Paris Agreement goals. The results appear in four categories:

1. Sectoral approaches, representing the top five emission sectors
2. Business Monitoring Standards

Lou Ellstrand posits a standardized US government Environmental, Social, and Governance (ESG) scoring system to reduce greenwashing and maximize its benefit for GHG emissions reductions. Hannah Gallainitis proposes redesigning carbon markets to incentivize emissions reduction with five core carbon principles, foremost among them transparency, integrity, inclusivity, and international collaboration/ coordination. Zsófia Győrfi identifies the potential benefits and costs of deglobalizing the world economy, recommending international carbon-pricing systems and utilizing the revenue to support decarbonization in the global south. Gustav Klaphake focuses attention on the EU Carbon Adjustment Mechanism and advocates in favor of expanding it with international collaboration to incentivize global GHG emissions. Timoteus Kraml envisions a Sector-specific Carbon Emissions Reduction Ranking and Incentives Program that could be adopted at the national level and offer participants tax incentives for higher-ranking performance.

3. Ecological Conflict Area Reconstruction

Artur Balakin, a Ukrainian citizen, envisions the ecological reconstruction of conflict areas all over the world, selects the Donbas region as a case study, and suggests initiatives for industry and housing, transport, and energy production.

4. Education

Anna Fischer, whose policy statement won an award at the 2023 KURIER Speak Out Festival, proposes the introduction of climate change as a dedicated subject in EU education in elementary, secondary, and higher education.  

As you read the policy statements, consider other options to group them. Also, contemplate the effect of implementing their proposals by 2030. Above all, use them as a catalyst for your own recommendations for the big and bold action we need now!


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U.S. Transportation's Role in Climate Change Mitigation for 2030

by Nicholas Skowron (United States)

Abstract

The United States (US) is currently not ready to meet its Paris agreement 2030 climate change mitigation goals. With more aggressive and targeted regulation and legislation, this outlook could drastically change. The Inflation Reduction Act (IRA) was a step in the right direction for climate change mitigation policy but it fell short in one massively important category, addressing public transportation. The US transportation sector accounts for 28% of all greenhouse gas GHG emissions; leading the next highest sector by 3%. This policy statement delves into the legislative and educational needs regarding the funding of new green public transit models. By analyzing current legislation, as well as other US climate policies, I seek to set guidelines for new and more aggressive strategies in green transportation, as well as funding and education towards creating a less car-dependent culture. A tangible switch in favor of public transportation over individual automobile dependence would greatly reduce emissions and significantly improve the chances for the US to achieve its climate change mitigation goal for 2030.

Introduction

The US is in dire need of sweeping legislation regarding climate change mitigation. As it stands, the US with its current climate change mitigation initiatives, programs, and bills are not insufficient to reach the Paris Agreement goal of a 50% reduction in GHG emissions by 2030. Policies such as the IRA have made significant strides in efforts to mitigate climate change but have fallen short of the true needs to effectively meet this extreme challenge. With the suggestions and guidance offered in this policy proposal, I seek to amend these shortcomings and create a plan that can guide the US to a prosperous and green future. Introducing a system for tax credits for utilization of public transport, shifting of funding towards increased infrastructure for public transit, and hybridizing the next generation of public transport buses will correct the course to accomplish this lofty goal. While additional policy changes are necessary for the US to realize its goals for 2030, the introduction of these would be a massively important step in the right direction. A less car-dependent society is exactly what the US needs to massively reduce transportation emissions. Therefore, more aggressive legislation regarding the electrification and hybridization of public transportation and infrastructure will reduce GHG emissions drastically by 2030 by reducing fossil fuel and automobile dependence. ​

The Inflation Reduction Act

The IRA is the most ambitious bill to date regarding climate change mitigation. In addition to this, according to the Environmental Protection Agency (EPA), the IRA is “the most significant climate change legislation in U.S. history.” With an influx of $370 billion towards climate change mitigation and green infrastructure, this is a massive step in the right direction. This is important because all emissions sectors of the United States are being targeted in this bill, which is necessary if the US plans to reduce its GHG emissions 50% by 2030. Despite this positive development, only approximately $23.4 billion has been directed towards transportation. This means that even a smaller percentage of this funding is being directed toward public transportation. The IRA also features several concessions by not tackling fossil fuel funding, which opens the door to the continued use of fossil fuels and aids in keeping this industry alive. Even more alarmingly, the IRA touts a “40% reduction in greenhouse gas emissions by 2030”, an entire 10% less than the 2030 Paris Agreement goal. To account for the projects that are desperately needed, funding must be pulled away from the $20 billion in subsidies and around $100 billion in tax breaks given to fossil fuel corporations every year to more effectively tackle this climate crisis. Currently, the transportation emissions sector is not being effectively targeted. With more aggressive and intuitive legislation this could be amended.

Methods for 2030

A three-pronged approach is necessary for the US to reach its Paris Agreement obligations by 2030. Firstly, to encourage the use of public transportation, tax credits must be implemented as a tangible incentive for shifting away from automobile use. Secondly, the US must commit to developing green infrastructure such as passenger rail outside of main population centers and existing transit hubs. Lastly, the current fleet of diesel buses are incompatible with efficient emissions reductions by 2030 and must be replaced with much more energy- and emissions-efficient hybrid-electric vehicles. Currently, there are few physical incentives for Americans to use public transportation, this could be easily amended with a form of tax credits for the purchasing of transit passes. Encouragingly, tax credits have already shown real world success with policy implementation in Canada. I seek to recreate this success with a 15% tax credit for a purchased transit pass, which would allow for annual or monthly transit passes to be written off on taxes, putting money directly into citizens’ pockets. This will help to shift away from automobile dependence, providing an economic and environmental benefit. It would be effective because the process is incredibly simple to understand, unlike the current tax credit system regarding EVs for example, which is very narrow in eligibility and scope.

Improving rail infrastructure outside of major transit hubs is important, too. For example, the population of Chicago and its surrounding suburbs is about 9 million people while the population of Tokyo sits at about 14 million. According to the nonprofit research center Urban.org, Chicagoland emits 3-4 times more greenhouse gases than Tokyo every single year. This is the consequence of the disparity in the development of public transportation infrastructure. Tokyo possesses an extremely developed and well-funded public transport system and, although Chicago has a modern and efficient public transit system inside the city, it is severely lacking in the suburbs. Chicago proper has a highly-developed transportation infrastructure and this is the case in many large cities in the US. The ability to scale this infrastructure outside of these main hubs would be essential to encouraging public transit use, thus lowering emissions. Current legislation is insufficient for this infrastructure development and must be prioritized to not only reduce emissions from single automobile use, but also shift transportation preference in favor of public transit. Before this shift can occur , the infrastructure must be available to use, and in many places it is simply not an option. Figure 1 displays this inability to use public transport in action, with all public transport networks in the US paling in comparison to one form of transport available in Europe: high speed rail.

Lastly, according to the Environmental and Energy Study Institute, about 80% of the current bus fleet in federal public transportation uses diesel combustion engines. For the United States to meet its Paris Agreement obligations the US must shift completely to electric-hybrid vehicles. Studies done by this same institute show that these modern buses can be up to 75% more efficient in lessening GHG emissions as compared to diesel and with specialized filters this figure can reach up to 90%. Even more shockingly, even though these hybrids cost on $300,000 more per unit than diesel on average, they will actually save around $170 thousand in fuel costs, another reason to make the shift. To fund these programs the FTA must overcome its severe deficits at less than 2% of all federal funding. By pulling funding away from the bloated budget of the Department of Defense, the United States could fund these projects with ease.

Figure 1: Comparison between all available public transport in the US (top) and high speed rail in Europe (bottom)

An Optimistic Future

Swift implementation of these policies and programs in the US can right its current climate change mitigation wrongs and set an optimistic direction to Paris 2030. Climate change mitigation activities already exist and in the tax credit example, have been proven effective when implemented. Most importantly, the US has excellent public transportation infrastructure in large cities and transport hubs, but the key is scaling this infrastructure to target severely lacking areas of the country where this public transportation is unavailable. With greater policy ambition and more aggressive implementation, the US can use tax credits, rail construction, and hybridization of public transport to effectively target the transportation emissions sector and drastically reduce its carbon footprint in preparation for Paris Agreement compliance in 2030.

Works Cited

Agency, C. R. (2020, July 3). Government of Canada. Canada.ca.  
https://www.canada.ca/en/revenue-agency/programs/about-canada-revenue-agency-cra/federal-government-budgets/budget-2017-building-a-strong-middle-class/public-transit-tax-credit.html
 
Environmental Protection Agency. (n.d.). EPA. Retrieved May 4, 2023, from https://www.epa.gov/green-power-markets/inflation-reduction-act
 
Europe, A. M. of. (2019, May 22). Rail Map Europe: Map of Europe: Europe Map. Map of Europe | Europe Map. https://mapofeurope.com/rail-europe/ 
 
Coleman, C., & Dietz, E. (2019, July 29). Fact sheet: Fossil fuel subsidies: A closer look at tax breaks and societal costs. EESI. https://www.eesi.org/papers/view/fact-sheet-fossil-fuel-subsidies-a-closer-look-at-tax-breaks-and-societal-costs
 
D.O.D. (2023, March 13). Department of Defense releases the president’s fiscal year 2024 defense 
budget. U.S. Department of Defense. https://www.defense.gov/News/Releases/Release/Article/3326875/department-of-defense-releases-the-presidents-fiscal-year-2024-defense-budget/#:~:text=On%20March%209%2C%202023%2C%20the,billion%20more%20than%20FY%202022

Federal Transit Administration. (2018). 2018 National Transit Summaries and trends. National 
Transit Database. https://www.transit.dot.gov/sites/fta.dot.gov/files/docs/ntd/data-product/134401/2018-ntst_1.pdf
 
Laporte, A. (2019, July 29). Fact sheet: Fossil fuel subsidies: A closer look at tax breaks and societal costs (2019). EESI. https://www.eesi.org/papers/view/fact-sheet-fossil-fuel-subsidies-a-closer-look-at-tax-breaks-and-societal-costs
 
Ranganathan, S. (n.d.). Hybrid buses costs and benefits - EESI. https://www.eesi.org/files/eesi_hybrid_bus_032007.pdf
 
Yau, N. (2014, February 6). Map: US bus and Amtrak routes. FlowingData. https://flowingdata.com/2014/02/06/map-us-bus-and-amtrak-routes/


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Competing for a Greener Future: The EU Sector-Specific Carbon Emissions Ranking Initiative

by Timoteus Kraml

Abstract

The European Union (EU) must address the pressing issue of climate change by promoting environmentally sustainable business practices. This policy statement proposes a Sector-specific Carbon Emissions Reduction Ranking and Incentives Program, whereby businesses can voluntarily apply to be ranked, based on their carbon emissions relative to competitors in their sector. Participants will receive tax breaks proportional to their ranking, with all participating businesses receiving a minimal tax break regardless of their rank. To ensure transparency and accountability, the EU will fund a new institution dedicated to monitoring and evaluating the businesses involved in the program. Additionally, the EU will provide free consultation and support for businesses seeking to adopt more sustainable practices. This sector-specific approach allows businesses in carbon-intensive industries, such as oil companies, to have an incentive to improve their environmental performance. Via financial incentives, the proposed program has the potential to motivate businesses to make small but significant changes in their operations, thereby contributing to the broader EU climate goals and fostering sustainable economic growth.

Urgency

Climate change presents an urgent global challenge that requires concerted efforts from governments, industries, and individuals alike. One critical aspect of addressing climate change involves promoting environmentally sustainable business practices across various sectors. With the EU committed to achieving ambitious climate goals, such as a 55% reduction in carbon emissions by 2030, it is essential to create innovative strategies that incentivize businesses to reduce their carbon footprint and improve their environmental performance.

This policy statement introduces the Sector-specific Carbon Emissions Reduction Ranking and Incentives Program, a novel approach designed to encourage businesses to adopt more sustainable practices. By offering financial incentives through tax breaks proportional to a business's carbon emissions ranking within its sector, the program aims to motivate businesses to work towards reducing their emissions and contribute to the broader EU climate goals. In the following sections, I will explore the details of this program, its potential benefits, and the support structures needed to ensure its success in fostering a sustainable economic future.

Program Description

The Sector-specific Carbon Emissions Reduction Ranking and Incentives Program is designed to encourage businesses across various sectors to engage in environmentally sustainable practices voluntarily. By adopting a sector-specific ranking system, the program enables businesses to be compared and evaluated based on their carbon emissions relative to their competitors within the same industry. This approach ensures that even companies within carbon-intensive sectors can find incentives to improve their environmental performance.

The program offers tax breaks and incentives to participating businesses based on their ranking. The better a company's ranking, the more significant the tax reductions it receives. This system creates a direct financial incentive for businesses to reduce their carbon emissions and adopt more sustainable practices. Furthermore, the program aims to be inclusive, targeting businesses from various sectors, including carbon-intensive industries. This inclusivity ensures that a wide range of companies can contribute to the EU's climate goals and benefit from the incentives provided by the program.

EU-funded Institutions and Support

To ensure the success of the Sector-specific Carbon Emissions Reduction Ranking and Incentives Program, it is crucial to have robust institutions and support systems in place. First, evaluating and monitoring the performance of participating businesses is vital to maintain transparency and accountability. To this end, the EU should fund a dedicated institution, responsible for tracking, measuring, and verifying the carbon emissions and environmental performance of the businesses involved in the program.

Additionally, offering free support and consultation to businesses seeking to adopt more sustainable practices will help facilitate their transition towards greener operations. This assistance can include guidance on best practices, resources, and technological solutions tailored to each sector. One option would be to link business responses to support and consultation with a deadline for the implementation of suggestions for improvement. If the business implements before the deadline, its ranking improves.

The proposed program could be funded by allocating a small percentage of the €1 trillion budget set aside for the EU Green Deal, which aims to mobilize investments towards sustainable growth. By leveraging the financial resources of the EU Green Deal, the program can draw inspiration from existing EU initiatives, such as the Emissions Trading System (ETS), which creates a market-based approach to reducing greenhouse gas emissions, and the Science Based Targets initiative (SBTi), which helps companies set science-based emissions reduction targets. By building upon these successful models, the program can effectively contribute to the broader EU climate objectives.

Impact on Small Businesses

The Sector-specific Carbon Emissions Reduction Ranking and Incentives Program has the potential to impact small businesses significantly in a positive way. By participating in the program, small business owners can identify feasible changes they can implement to improve their environmental performance. For example, as an owner of a small Airbnb business, one could consider using eco-friendly cleaning products, washing linens and towels in an eco-friendly mode, or providing guests with eco-friendly shower gels and soaps. These small adjustments can be very easy and impactful. With the right incentive, many entrepreneurs would happily develop a more sustainable business operation.

Financial incentives play a crucial role in motivating businesses to adopt sustainable practices. By offering tax breaks to participating businesses based on their ranking, the program creates a direct financial benefit for businesses that take steps to reduce their carbon emissions. This economic motivation can make the prospect of transitioning to more sustainable practices more appealing, encouraging businesses of all sizes to engage in environmentally responsible operations.

Outlook

The Sector-specific Carbon Emissions Reduction Ranking and Incentives Program presents a promising approach to addressing climate change by promoting environmentally sustainable business practices. By offering financial incentives through tax breaks based on a company's carbon emissions ranking within its sector, the program can motivate businesses of all sizes to reduce their emissions and contribute to the EU's broader climate goals.

The potential benefits of the program are vast, from enhancing the environmental performance of businesses to fostering a sustainable economic future. By implementing this program and supporting the necessary institutions and initiatives, the EU can pave the way for a greener, more resilient economy. It is crucial for policymakers and stakeholders to recognize the value of this program and take decisive action to implement and support its development, ensuring that the fight against climate change remains a top priority for businesses across the European Union.

Literature

European Commission (2019). A European Green Deal. [online] European Commission. Available at: https://commission.europa.eu/strategy-and-policy/priorities-2019-2024/european-green-deal_en.

Science Based Targets. (n.d.). How it works. [online] Available at: https://sciencebasedtargets.org/how-it-works.

European Commission (2022). EU Emissions Trading System (EU ETS). [online] European Commission. Available at: https://climate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en.
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Maximizing Competition/Collaboration Benefits and CBAM to Achieve 2030 Climate Change Mitigation Goals

by Gustav Klaphake (Austria)

Abstract

This policy statement targets the global distribution of greenhouse gas (GHG)emissions and the potential role of the Carbon Border Adjustment Mechanism (CBAM) in encouraging climate change mitigation efforts. The CBAM is a policy tool introduced by the European Union (EU) to address carbon leakage by levying charges on imported goods based on their carbon footprint. The statement indicates how the CBAM can incentivize emission reductions, promote the adoption of low-carbon technologies, and foster sustainable production practices in countries in and outside the EU. Additionally, it identifies the benefits and drawbacks of competition and collaboration in climate change mitigation, emphasizing the need for international cooperation. It asserts that by incorporating clear goals, inclusive decision-making, differentiation, financial support, synergistic approaches, and adaptive frameworks, the CBAM can encourage emissions reductions effectively, while promoting collaboration and international cooperation. A well-designed and balanced CBAM, integrated within the broader context of international climate efforts, can drive global emission reductions and contribute to a fair and equitable transition to a low-carbon economy.

Introduction

Climate change mitigation is a pressing global challenge that requires concerted efforts from countries worldwide. As the consequences of climate change intensify, it is crucial to implement effective mechanisms to encourage greater mitigation. One such mechanism is the CBAM. The CBAM is an EU policy tool that targets carbon leakage by levying carbon-related charges on imported goods based on their carbon footprint. By aligning economic incentives with climate objectives, the CBAM has the potential to drive significant emissions reductions beyond the EU and incentivize climate action on a global scale. 

Competition and collaboration are two key dynamics that shape climate change mitigation efforts. Competition can spur innovation, cost reductions, and ambition as countries strive to gain a competitive advantage in low-carbon technologies and practices. On the other hand, collaboration fosters knowledge sharing, joint problem-solving, and the pooling of resources, enabling countries to collectively address the global challenge of climate change. Balancing the benefits and drawbacks of competition and collaboration is vital to ensure effective and equitable distribution of greenhouse gas emissions reduction efforts worldwide. 

This policy statement indicates that the CBAM design can encourage greater climate change mitigation efforts in countries, in- and outside the EU, by providing economic incentives and reducing carbon leakage, while international cooperation can balance the benefits and drawbacks of competition and collaboration in global distribution of greenhouse gas emissions.

CBAM Process and Potential Impact

The CBAM is a policy tool introduced by the EU to address the challenge of carbon leakage and encourage global climate change mitigation efforts. It aims to ensure that the ambitious EU climate policies are not undermined by the relocation of carbon-intensive industries to regions with weaker climate regulations. It assesses the embedded emissions of imported goods, including direct emissions from energy use and indirect emissions from the production process. By incorporating carbon costs into the price of imports, the CBAM incentivizes EU and non-EU producers to adopt cleaner technologies and reduce emissions. Initially focusing on sectors such as steel, cement, aluminum, fertilizers, and electricity generation, importers will purchase digital certificates to cover the embedded carbon costs. While the CBAM details are still being developed, they are subject to legislative processes, international agreements, and trade rule compliance. According to a UNCTAD report, the introduction of carbon pricing coupled with a CBAM can help reduce CO2 emissions both in and outside the EU. This leads to changes in international trade patterns, favoring countries with relatively carbon-efficient production processes. However, the reduction in emissions represents only a small percentage of global CO2 emissions. The implementation of a CBAM could result in declining exports for developing countries in favor of developed countries with less carbon-intensive production. To address this, the EU could consider implementing CBAM flanking policies, including using the revenue generated by the CBAM to support the diffusion and adoption of cleaner production technologies in developing countries. 

There are challenges associated with the CBAM. One challenge is the perception of protectionism. Initial reactions from countries outside the EU have been negative, viewing the policy as putting developing economies at a disadvantage. Another challenge is the determination of the carbon footprint associated with production in exporting countries. Trade disputes are also a concern, as countries relying on carbon-intensive exports to the EU will be disproportionately affected by the CBAM. For example, Mozambique's economy could shrink by 2.5 percent due to decreased demand. Furthermore, the CBAM could exacerbate income inequality and welfare distribution between rich and poor economies. According to a technical paper by the Task Force on Climate, Development, and the International Monetary Fund, the broad implementation of the CBAM could result in an annual welfare gain of $141 billion in developed countries but an annual welfare loss of $106 billion in developing countries compared to a baseline scenario. 

Benefits and Drawbacks of Competition and Collaboration

Competition in climate change mitigation efforts offers several benefits. It drives innovation and technological advancement as countries, industries, and businesses compete to reduce greenhouse gas emissions. This leads to investments in research and development, fostering advancements in renewable energy, energy efficiency, and clean technologies. Competition among countries and regions also can inspire ambitious climate policies, creating a positive feedback loop and driving a "race to the top" in climate action. Additionally, the transition to a low-carbon economy creates market opportunities and economic growth, attracting investments and creating jobs.

Competition in climate change mitigation efforts also has its drawbacks. Firstly, it may result in inadequate ambition, as some actors prioritize short-term gains or meeting minimum requirements. Secondly, competition can lead to an unequal distribution of efforts, with some countries or industries making significant progress while others lag behind. There is also a risk of greenwashing, where actors engage in superficial actions to appear environmentally friendly without substantial changes. Additionally, competition can give rise to trade disputes and economic tensions as measures implemented by one country or region may be perceived as protectionist or discriminatory. Lastly, competition may overlook the need for holistic approaches that address not only emissions reductions but also adaptation, resilience-building, and the social and economic dimensions of climate change.

Collaboration in climate change mitigation efforts offers several benefits. Firstly, it allows for the sharing of knowledge, expertise, and best practices among countries, organizations, and stakeholders. Collaboration also enhances policy development by aligning efforts, establishing harmonized standards, and promoting consistency in global climate action. Furthermore, it encourages increased ambition and commitment as countries inspire and challenge each other to adopt more ambitious policies and accelerate emission reductions. Collaborative efforts also enable resource pooling, financing leverage, and sharing the financial burden, particularly supporting developing nations. Lastly, collaboration leverages synergies and complementary actions, allowing regions and nations to tap into their unique strengths and resources through joint projects, research initiatives, and knowledge-sharing networks. 

Collaboration in climate change mitigation efforts also has some drawbacks. Firstly, the decision-making process in collaborative efforts can be slow due to the need for consensus, resulting in delays in implementing necessary actions. Additionally, compromises made during negotiations may lead to a dilution of ambition in climate change mitigation efforts. Moreover, there is a risk of free-riding and shifting responsibilities. Lastly, collaboration often relies on voluntary commitments and self-reporting, which can present challenges in terms of ensuring accountability and enforcement.

Balancing the Benefits and Drawbacks through International Cooperation

International cooperation plays a crucial role in balancing the benefits and drawbacks of competition and collaboration in climate change mitigation efforts. To achieve this balance, several key factors should be considered. First, clear and ambitious goals should guide international cooperation, prioritizing long-term sustainability and global climate targets. This provides a common direction and focus for countries and stakeholders. Second, inclusive and transparent decision-making processes are essential, allowing all relevant stakeholders to participate meaningfully and ensuring accountability. In addition, transparent mechanisms for reporting and monitoring progress should be established to track the effectiveness of actions. Differentiation and equity are important principles that should be integrated into international cooperation. Recognizing the differing capacities and circumstances of countries, particularly the most vulnerable and least developed, helps ensure fairness in the distribution of responsibilities. Adequate financial and technical support should be provided to developing countries to facilitate their participation. Developed countries should fulfill their commitments to provide climate finance, technology transfer, and capacity-building assistance, bridging the resource gap and enabling developing countries to enhance their mitigation efforts while addressing their development priorities. Synergistic approaches that integrate climate change mitigation with other sustainable development goals are crucial. This avoids siloed approaches and promotes holistic solutions that address multiple challenges simultaneously. Finally, international cooperation frameworks should be flexible and adaptive to evolving circumstances and emerging challenges. The dynamic nature of the climate change landscape requires adjustments and refinements to strategies and commitments over time to ensure their relevance and effectiveness.

Applying the Lessons Learned to CBAM

The CBAM should align with clear and ambitious climate goals, such as those outlined in the Paris Agreement. By setting explicit objectives and targets, the CBAM can contribute to global emission reductions and facilitate the transition to a low-carbon economy. Clear goals provide a framework for cooperation and ensure that the CBAM supports meaningful climate action. Inclusive and transparent decision-making processes are essential for the development and implementation of the CBAM. Engaging stakeholders, including both exporting and importing countries, as well as industry representatives, will ensure that diverse perspectives are considered. Transparency in the design and operation of the CBAM will enhance trust among stakeholders and facilitate effective collaboration. Differentiation and equity should be incorporated into the CBAM. Recognizing the different circumstances and capacities of exporting countries, particularly those that are developing or least developed, is crucial. Implementing differentiated measures, such as transitional periods or financial support, can help address concerns about fairness and equity, ensuring that the CBAM supports a just transition. Adequate support can enhance the effectiveness and fairness of the mechanism, enabling exporting countries to meet the requirements of the CBAM and facilitate their participation in international climate efforts. The CBAM should be integrated into broader climate change mitigation and sustainability efforts, fostering synergies with other sectors and strategies. By complementing existing initiatives and policies, the CBAM can contribute to a comprehensive and coordinated approach to emissions reductions. Lastly, the CBAM framework should be flexible and adaptive to changing circumstances and emerging challenges. Regular reviews and updates can ensure that the mechanism remains effective and aligned with evolving climate goals. Flexibility allows for adjustments to address unintended consequences and promotes continuous improvement.

Conclusion

The CBAM holds significant potential to encourage greater climate change mitigation efforts in countries both within and outside the EU. By aligning economic incentives with climate objectives, the CBAM can incentivize emission reductions, promote the adoption of low-carbon technologies, and foster sustainable production practices. However, the successful implementation of the CBAM requires careful consideration of its potential impacts and the need for international cooperation to balance the benefits and drawbacks of competition and collaboration. Competition and collaboration play critical roles in climate change mitigation efforts. Competition drives innovation, cost reductions, and ambition, while collaboration fosters knowledge sharing, joint problem-solving, and resource pooling. To strike a balance, clear and ambitious goals, inclusive decision-making processes, differentiation and equity, synergistic approaches, and adaptive frameworks are necessary. Applying these lessons to the design and implementation of the CBAM can enhance its effectiveness and promote collaboration among stakeholders.

References

A European Union Carbon Border Adjustment Mechanism: Implications for developing countries.
(2021). United Nations Conference on Trade and Development. https://unctad.org/system/files/official-document/osginf2021d2_en.pdf

EC Proposal to revise EU ETS. (2021). European Commission. https://ec.europa.eu/info/sites/default/files/revision-eu-ets_with-annex_en_0.pdf

He Xiaobei, Zhai Fan, & Ma Jun. (2022). The Global Impact of a Carbon Border Adjustment Mechanism: A Quantitative Assessment. Task Force on Climate, Development and the International Monetary Fund. https://www.bu.edu/gdp/files/2022/03/TF-WP-001-FIN.pdf

Transition Spillover Risks and IMF Surveillance on Climate Change: Implications for Developing Countries. (2022). Task Force on Climate, Development and the International Monetary Fund. https://www.bu.edu/gdp/files/2022/03/TF-PB-003-FIN.pdf

Weko, S., Eicke, L., Marian, A., & Apergi, M. (2020). The Global Impacts of an EU Carbon Border Adjustment Mechanism [PDF]. 5 MB. https://doi.org/10.2312/IASS.2020.055

 


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Friday, July 21, 2023

E-mobility: Accelerating in a Sustainable Direction

Image source: portlandgeneral.com
By Dylan Kanner (United States)

Abstract

The EU and US must accelerate the transition to electric transportation via investment capital mobilization. The most relevant greenhouse gas (GHG) emission sector is transportation, and the most promising development is E-mobility. The E-mobility goal is to develop the most efficient and sustainable transportation modes using renewable energy. Humanity’s common goal is to bridge profitability and sustainability to create a more balanced economy. The EU is a step ahead of the US in electric vehicle (EV) sales and can motivate US development. Simultaneously, recent US developments motivate further EU development. Joe Biden’s Inflation Reduction Act (IRA) invests $369 billion toward energy security and climate change programs. Some European Commissioners are concerned that this development will cause EU businesses to relocate to the US. I address this disparity when comparing the EU and US. I also assert the need for more corporate investment in renewables and less in fossil fuels. The EU and US can accelerate the E-mobility transition by incentivizing renewable resourcing in large industries and eliminating the sales of polluting vehicles.

Policy Statement Preview

The escalating climate emergency obligates every nation to be proactive in climate change mitigation efforts. Global warming likely will exceed 1.5 degrees Celsius by 2030 if we don’t take the initiative. The transportation sector is responsible for nearly 30% of GHG emissions. I investigate how the EU and US specifically can accelerate the transition to electric transportation through capital investment mobilization. I will discuss the Bipartisan Infrastructure Law’s (BIL) public transportation budget increase via carbon pricing and the introduction of EV order tax credit under the Inflation Reduction Act (IRA). The E-mobility transition scales from the individual consumer all the way up to large private corporations. The EU is a step ahead of the US in electric vehicle (EV) sales and public transportation development. I address the disparity when comparing the EU and US due to the lack of EV progression in the US. The EU and US plan to reduce their emissions by at least 50% by 2030 relative to their base years (1990 and 2005). The E-mobility goal is to develop the most efficient and sustainable transportation modes using renewable energy. The global goal must be to bridge profitability and sustainability to create a more balanced economy. The EU and US can accelerate the E-mobility transition by financially incentivizing renewable resourcing and eliminating the sales of polluting vehicles. Dr. Lamya N. Fawwaz, executive director at Masdar, once said “Every two minutes, the energy reaching the earth from the sun is equivalent to the whole annual energy use of humanity. All the energy … the cars, lighting, and air conditioning of the world … in one year is equivalent to two minutes of the sun.” So why not let the sun drive our cars?

GHG Emission Sector: Transportation

Transportation is an integral part of the economy. It allows people to travel to and from work each day and it makes up a significant portion of the global market. The issue is that fossil fuels generate 95% of global transportation energy. Time and money are the two strongest economic factors. People constantly seek the cheapest and fastest transportation regarding both personal vehicles and public transportation. Although price fluctuations move demand in one direction or another, certain variables may cause demand and even supply to shift completely. The Covid pandemic’s quarantine period correlated with an astronomical decline in gasoline consumption. US petroleum consumption in the transportation sector decreased from 687 million tons in 2019 to 597 million tons in 2020, a 25-year low. According to the US Energy Information Administration, “From 2019 to 2020, petroleum consumption decreased in every energy-consuming sector, and it decreased a record 15% in the transportation sector.” Similarly, the EU experienced a significant decrease in transportation fuel consumption (petroleum) – from 375 million tons in 2019 to 321 million tons in 2020. Hundreds of millions of people worldwide were unable to travel for work or leisure. It seemed almost as if the world was frozen in time. The point here is - should it require a global pandemic to reduce fossil fuel consumption? No, it shouldn’t. Transportation fuel consumption quickly increased toward its pre-pandemic levels following the loosened Covid restrictions as was presumed. The Covid pandemic will be the least of our problems if humanity doesn’t follow its urgent climate change mitigation and adaptation guidelines.

EU and US Developments in Investment Capital Mobilization

The US is heavily dependent on automobiles but is still very behind the EU in EV sales. The EU reported 1.88 million EV sales in 2022 compared to 770,000 in the US. The EU also installed 363,900 new charging stations compared to 88,670 in the US. This EU progress should influence EV development in the US. Simultaneously, recent US developments may motivate further EU development. Joe Biden’s IRA invests $369 billion toward energy security and climate change programs. Some European Commissioners are concerned that this development will cause many EU businesses to relocate to the US. Bernd Lange, head of the European Parliament's Trade Committee, indicates the “low bureaucratic burden” and “low energy prices” in the US resulting from the IRA. The US government authorized a $108 billion public transportation budget covering 2022-2026 under the Bipartisan Infrastructure Law (BIL). However, only $91 billion is guaranteed. According to whitehouse.gov, “President Biden’s Bipartisan Infrastructure Law invests $7.5 billion in EV charging, $10 billion in clean transportation, and over $7 billion in EV battery components, critical minerals, and materials.” The EU is funding new green energy projects in 11 member states exceeding €200 billion in accordance with the US new BIL and IRA developments. Both the EU and US plan to reach net-zero transportation emissions by 2050.

BIL and IRA Proposals

I propose that the BIL guaranteed $91 billion public transportation fund be increased to the full authorized amount of $108 billion. The US government should increase carbon pricing by 18% to subsidize the BIL fund and electric transportation companies, as well as increase the relative cost of carbon-intensive technology. This allows funds to be moved from unsustainable firms, such as oil mining and high-combustion engine companies, to renewable energy and other sustainable funds. Companies like Shell, BP, and ExxonMobile are among the worst concerning fossil fuel procurement and attract revenues upwards of $300 billion. A considerable portion of these revenues must be allocated toward electric transit systems. The IRA allows EV users to earn up to $7,500 in tax credit (up to $4,000 and 30% sale price limit for used EVs). I propose that the tax credit for users of preowned EVs be increased from $4,000 to $6,500 while maintaining the 30% sale price limit. Consumers will be satisfied even if it means automobile retail markups. Many people interested in purchasing a new EV face the issue of a long waiting time. The IRA should allow people who preorder a new EV to be eligible for the tax credit.

Considering 83% of the US population resides in urban areas, public transportation investment should be heavily increased. Only 38.9% of the EU population lives in urban areas, yet the EU exceeds the US in both the EV and public transportation sector. By adding the US EV revenue ($49.07 billion) and public transportation revenue ($40.49 billion) for 2022, we find that 83% of this total should be the new public transportation investment. This new investment of $74.33 billion, along with the $49.07 billion, will total $123.4 billion, which is manageable considering the BIL budget increase from carbon pricing. The EU and US initiated emissions reductions by effectively administering carbon pricing. These proposals incentivize clean transportation, tax credit opportunity, and circular economy contribution. I also propose that annual tax rebates distribute higher amounts of money to cities with higher concentrations of EV and public transportation consumption. Urban areas require more electric public transportation development, while suburban and rural areas require more EV development.

Green Energy Transition

Automobiles, public transit, aircraft, and even marine vessels must switch to biofuel (especially ethanol), hydrogen, wind, and solar power. The number of battery electric vehicles (BEV) and plug-in hybrid electric vehicles (PHEV) must be increased, their weight must be decreased, and their aerodynamic resistance must be reduced to improve fuel and design efficiency. The average person switching to electric transportation will prevent 2 tons of annual carbon emissions. If everyone in the EU and US did this, 1.56 billion tons of CO2 emissions would be prevented annually. The US invested $37.6 billion in wind projects, $36.6 billion in solar projects, and $7.9 billion in biomass projects between 2011 and 2021. Meanwhile, over 1.3 million new green jobs have been created in the EU since the year 2000. The European Commission’s new REPowerEU policy aims to invest €210 billion in new energy. This includes doubling the EU solar power capacity and divesting from Russian fossil fuel imports, which could save the EU up to €100 billion each year. The renewable energy expansion fosters economic growth and environmental improvement. The European Green Deal expresses the EU capacity for over 400 gigawatts of solar and wind energy. To put that number into perspective, 400 gigawatts equals approximately 42% of the EU total power capacity and a third of the US total power capacity. Coal and oil sales will soon be replaced by green energy trade. My carbon pricing increase proposal will benefit renewable energy investment for both regions and will deliver the results our planet needs to overcome climate change.

Primary Proposal

Our planet’s critical climate condition forces the EU and US to accelerate the electric transportation transition via investment capital mobilization. We must follow the steps listed in my policy statement to achieve our 2030 goal of limiting global warming to 1.5 degrees Celsius and becoming climate neutral by 2050. The EU and US can accelerate the e-mobility transition by incentivizing renewable resourcing in large industries and eliminating the sales of polluting vehicles. The transportation sector requires the most development because it is the most polluting industry, and it impacts many aspects of daily life. Respective governments must implement stronger legislation regarding carbon pricing, sustainable subsidies, and tax credits. Most importantly, President Biden and EU Commissioners must work together to incentivize renewable energy use by proving its cost effectiveness. Increasing the BIL and IRA clean transportation budgets via carbon pricing will reduce private corporation GHG emissions. These funds will later be returned to corporations that show climate change mitigation progress. Business and consumer behavior is almost always profit oriented. The ultimate solution aligns with being environment oriented. EU and US climate neutrality will be achieved by 2050 for our planet’s sake or future generations will be left with this burden and suffer the consequences.



The EU EV market exceeds the US EV market two-fold and exceeds the US in public transportation revenue. Goal is to decrease these gaps but at the same time to increase revenue for both sectors exponentially via capital investment.

Works Cited

“FACT SHEET: Biden-⁠Harris Administration Announces New Standards and Major Progress for a Made-in-America National Network of Electric Vehicle Chargers.” The White House, 15 Feb. 2023, www.whitehouse.gov/briefing-room/statements-releases/2023/02/15/fact-sheet-biden-harris-administration-announces-new-standards-and-major-progress-for-a-made-in-america-national-network-of-electric-vehicle-chargers/.

“Sources of Greenhouse Gas Emissions.” Environmental Protection Agencywww.epa.gov/ghgemissions/sources-greenhouse-gas-emissions#transportation. Accessed 10 July 2023.

“About Carbon Pricing.” United Nations Framework Convention on Climate Changeunfccc.int/about-us/regional-collaboration-centres/the-ciaca/about-carbon-pricing#What-are-the-benefits-of-carbon-pricing?-. Accessed 10 July 2023.

“Bipartisan Infrastructure Law.” Federal Transit Administration, 26 June 2023, www.transit.dot.gov/BIL.

“Carbon Pricing in the United States.” Organization for Economic Co-Operation and Development, 2022, www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&ved=2ahUKEwjv68unhIWAAxV_jYkEHfsSDLMQFnoECA0QAQ&url=https%3A%2F%2Fwww.oecd.org%2Ftax%2Ftax-policy%2Fcarbon-pricing-united-states.pdf&usg=AOvVaw3GZYy7zCAtQHBYdIhe9Ywm&opi=89978449.

“Electric Vehicles - EU-27 and United States.” Statistawww.statista.com/outlook/mmo/electric-vehicles/custom?currency=usd&locale=en&token=YFMFFz9ZsT7khRhhS6S-fAtR4ui6PIlK74saAL9zZU6_EtNiS-b0YhjBr0cQJlnG1t38CEHJiPs-XfjvZAh8AZkKD3ukgTWYKw%3D%3D. Accessed 10 July 2023.

“Electrifying Transportation.” Portland General Electricportlandgeneral.com/energy-choices/electric-vehicles-charging/electrifying-transportation. Accessed 10 July 2023.

Elegbede, Obafemi, and Alexander Tippett. “Understanding the U.S. Renewable Energy Market: A Guide for International Investors.” International Trade Administration, 2022, www.trade.gov/sites/default/files/2022-04/2022SelectUSARenewableEnergyGuide.pdf.

“EU Emissions Trading System (EU ETS).” European Commissionclimate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en. Accessed 10 July 2023.

“Fuels Consumption Still Affected by Covid-19 in 2021.” Eurostat, 7 Apr. 2022, ec.europa.eu/eurostat/web/products-eurostat-news/-/ddn-20220407-1.

“The Investment Plan for Europe and Energy: Making the Energy Union a Reality.” European Commission, 14 June 2016, ec.europa.eu/commission/presscorner/detail/de/MEMO_16_2195.

Joyner, Ella. “EU Unveils Green Industry Plan to Counter US Spending Spree.” DW, 1 Feb. 2023, www.dw.com/en/eu-unveils-green-industrial-plan-to-counter-us-spending-spree/a-64582222.

Laidlaw, Jennifer. “How the EU Aims to Transform Its Energy Mix and Boost Investment in Renewables.” S&P Global, 26 Aug. 2022, www.spglobal.com/esg/insights/how-the-eu-aims-to-transform-its-energy-mix-and-boost-investment-in-renewables.

Leyen, Ursula von der. “The Green Deal Industrial Plan.” European Commissioncommission.europa.eu/strategy-and-policy/priorities-2019-2024/european-green-deal/green-deal-industrial-plan_en. Accessed 10 July 2023.

“Two Minutes of Sun Enough to Power a Year’s Usage of Humanity - Gulf News.” Khalifa University, 11 Dec. 2019, www.ku.ac.ae/two-minutes-of-sun-enough-to-power-a-year-s-usage-of-humanity-gulf-news.

“U.S. Petroleum Consumption Decreased to a 25-Year Low in 2020.” U.S. Energy Information Administration, 5 Aug. 2021, www.eia.gov/todayinenergy/detail.php?id=49016.



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The Climate Conundrum: Assessing Implications of Deglobalization for Climate Change Mitigation

by Zsófia Győrfi (Hungary)


Abstract

The deglobalization of trade is a growing trend that could have significant implications for efforts to mitigate climate change. While a shift towards more localized trade structures could reduce transportation-related emissions and promote sustainable consumption, reduced trade could also make it harder to achieve economies of scale in green technologies and to coordinate international climate action. I examine the potential implications of trade deglobalization on climate change mitigation and identify key challenges and opportunities for policymakers in promoting a decarbonized and localized trade structure. Carbon pricing may encourage businesses to localize, while funding green research and development will allow more agility in the transition to renewable transportation methods. In addition, I make policy recommendations to combat the negative impacts of globalization on vulnerable communities, to mitigate climate poverty, with the establishment of global funds and resilience building programs. This policy statement highlights the significance of international cooperation and the urgency to act.

"There can be no effective climate policy without the peace ... There are still many for whom climate change is just rhetoric or marketing ... but not real action ... They are the ones who start wars of aggression when the planet cannot afford a single gunshot because it needs global joint action” stated Volodymyr Zelenskyy, the President of Ukraine at COP27 in Sharm El-Sheikh last year. The urgency to act has become more and more prevalent in recent years, although the acts themselves seem to follow only scarcely. To this day, climate change mitigation is an act of superficiality for many as the economic factors of growth and the status quo of false well-being indicators such as GDP persist to rule the opinion of the general public. Decoupling economic growth from climate change mitigation requires a fundamental shift in how we think about and approach economic development.

The deglobalization of trade is a growing trend that could have significant implications for efforts to mitigate climate change. While a shift towards more localized trade structures could reduce transportation-related emissions and promote sustainable consumption, reduced trade could also make it harder to achieve economies of scale in renewable energy technologies and to coordinate international climate action. The aim of this project is to explore the options deglobalization offers on the road to achieving a 55% reduction in greenhouse gases (GHG) by 2030. This policy statement highlights the social and ecological consequences of globalization and climate change. It then offers policy proposal remedies.

Trade Deglobalization and Climate Change Mitigation


Research shows the current trend of global trade and geopolitics is taking a turn from a globalized world to something called „Fragmentegration” (Korteweg, 2022). As the COVID-19 pandemic and Russia’s war on Ukraine, as well as global vulnerabilities of supply chains and international relationships have highlighted, it has become clear for many that economic dependencies are no longer the future. The unstable nature of geopolitics is putting supply lines at risk. International trade is taking on a more normative approach – the production and delivery of goods and services is receiving an increased amount of attention. This shift towards a modern day protectionism is encouraging countries to strengthen regional relationships like Asia’s Regional Comprehensive Economic Partnership agreement (Takefman, 2023) Meanwhile, the rest of the world is looking at the United States, China or the EU to establish the pattern for the current trends, as these economies are influential in standard practice setting. A new headwind is blowing – limits to openness; because more governments are recognizing the threats and crimes of their trade partners, be that the Russian invasion of Ukraine or the human rights violation that is being committed in China’s Xinjiang region. Volatile partners pose serious liabilities in an already difficult environment (Korteweg, 2022).

The relationship between trade and climate change is an intricate one. On one hand, the free movement of goods and information, plus international collaboration, can accelerate climate change mitigation. On the other hand, climate change poses a large threat for trade, and the globalized world has been emitting far beyond our limits. A reduction in trade will lead to a significant decrease in emissions, especially in the transport sector. It should be noted that shifting to more local production will put more pressure on domestic economies in terms of emissions, therefore severe environmental regulations must be adopted everywhere (UNCTAD, 2022). In theory, deglobalization could halt the adoption of global climate change mitigation efforts and renewable energy technologies. International cooperation is urgent and indispensable.

Neoliberal trade that prioritizes economic growth inevitably leads to unsustainable practices and is detrimental to the environment. However, some claim that purely seeking to achieve environmental objectives will have serious economic consequences such as a higher unemployment rate. (It is important to note that others envision the transition to a renewable energy economy creating millions of jobs.) The prices of goods will increase, making the overall situation difficult, especially for marginalized people. There must be an equilibrium on the scale that is balancing the world economy and sustainability, and for this innovation is crucial.

Challenges and Opportunities for a Decarbonized and Localized Trade Structure


Time is not on our side, as a little over 6 years is left until our CO2 budget is exceeded in the scenario where global temperature change is limited to 1.5 degrees Celsius (MCC Berlin, 2021). The era of high-impact decision making has arrived. While necessary policies and their implementation are costly, the costs and damages associated with low-impact policies in the long run are much higher to anyone who values life. A holistic approach is needed with equally distributed efforts – carbon pricing, research and development (R&D) and compensation complementing each other.

Currently, the green R&D sector is lacking momentum. The key here is incentivizing the private sector with the right tools, as the COVID-19 pandemic showed with the development of vaccines. Therefore a new UN agency could be established to promote green technologies , just as the US set up the DARPA (Blanchard et al., 2022). The United Nations Agency for Green Research and Development could be a collaborative effort of world-class scientists cofunded by private investors, funding projects with risk-return tradeoff. With the gray matter of the entire world available, future technological advancements would have more chance to flourish with proper funding and strict governance to avoid lobbying. Projects could be distributed to universities and other research entities as well. It is important to prioritize the role of scientists and involve them maximally in decision making.

Circling back to trade regulations, carbon market policy is urgent. The European Union has just introduced its Carbon Border Adjustment Mechanism (CBAM) complementary to its Emission Trading Scheme (EU ETS) as part of the EU Green Deal to cut emissions by 55% in 2030. Carbon pricing has an incredibly unpopular nature – it’s enough to take a look at the Gilets Jaunes in France. People are less likely to oppose policy decisions they cannot directly experience affecting them, compared to one that they themselves deem negative (for example causing higher fuel prices). The CBAM aims to capture carbon leakage coming from Europe and offsets that by putting a carbon price on imported goods based on their carbon content, thus propelling industries to reduce emissions (European Council, 2023). However, the CBAM falls short in some areas. With a more ambitious proposal, the Commission should expand the list of sectors covered to include all heavy polluters and indirect emissions as well (Ruggiero, 2022). Incorporating these entities into the CBAM would lead to greater environmental benefits, since it would motivate importers to switch to cleaner production methods and invest in renewable energy to power their processes. Targeting direct and indirect emissions would successfully stimulate manufacturers to keep production sites local, therefore shortening supply lines. Shorter supply chains would allow the transportation sector to cut back on emissions and leverage green technologies as they have more possibilities using renewables on shorter distances.

Mitigating Climate Poverty

It is not only the CBAM that fails to address the potential harm it may cause to developing countries and how to mitigate these risks. Globalization has been a double-edged sword. While economic growth and living standards have been climbing, it capitalized off of local labor, destroying domestic industries and degrading the environment. The benefits of globalization have been distributed unequally, resulting in further social polarization. The risks of climate change jeopardize the future of developing countries as they are more exposed to the imminent environmental and health threats and their economies are highly dependent foreign markets. Climate policies coming from the Global North must be highly considerate of other countries and effectively mitigate all burdens new initiatives might cause, ensuring a fair and just climate change mitigation process.

Climate poverty stems from existing inequalities caused by the exploitation of the Least-Developed Countries (LDCs). It is forecasted that 1.2 billion people will be displaced by 2050 due to severe weather changes, the degradation of agriculture, high sea levels, natural disasters, and loss of biodiversity. Although 2050 seems far away, for millions of people this is already reality, and they are experiencing climate change first-hand. Currently, only temporary relief is available, as we are yet to come up with feasible and just long-term solutions (Guivarch et al., 2021)

The disproportionate risk these communities face requires well-rounded, high-impact resilience building strategies, so the climate change related national and international security threats don’t reverse the gains the Sustainable Development Goals have made. There is a stronger need than ever for international cooperation, which has finally made a step forward at COP27 with the establishment of the loss and damage fund (UNFCCC, 2020). Time is of the essence in this case, although the parties have pledged to work out the details over the coming year with the COP 27 Loss and Damage Fund, the necessity for quicker and more progressive plans is there. Efforts should be made to redistribute carbon price revenues for mitigation purposes and resilience building in LDCs. Programmes for high-resilience should include better insurance systems, especially in the regions with severe weather incidents and a standardized regulatory system for construction. To further green R&D advancements, patents regarding regional issues should be locally distributed. Wealthy countries must ensure the transition to a low-carbon economy in a far way in poorer regions, otherwise all mitigation efforts are an exercise in futility.

Towards a Sustainable Future


Deglobalization could be either the savior or destoryer of our world as we know it. There is a fine balance to be found in utilizing what a globalized world can offer to accelerate climate change mitigation efforts and successfully establish a well-functioning and fair international cooperation.

The suggested policy proposals serve to demonstrate a more vigorous attempt at achieving the goals of the Paris Agreement by 2030. Emission reduction in the transport sector, as well as carbon pricing have to become more rigorous and durable. Money needs to be redirected into green R&D to ensure new green technological innovation. Developing countries require external help as their situation is more dire. Climate change is a race against the clock but it is not a race of countries against each other – it is the developed countries’ duty to make sure climate policy is implemented without burdens or constraints on developing countries.

Works Cited

 Korteweg, R. (2022). “Fragmentegration”: a new chapter for globalisation | ISPI. (2022). ISPI.

https://www.ispionline.it/en/publication/fragmentegration-new-chapter-globalisation-36614

 

Takefman, B. (2023, March 22). Exploring Asia’s Major Free Trade Agreement: The Regional Comprehensive Economic Partnership (RCEP) - ResearchFDI. ResearchFDI. https://researchfdi.com/resources/articles/rcep-asia-free-trade-agreement/

Remaining carbon budget - Mercator Research Institute on Global Commons and Climate Change (MCC). (2021). Mcc-Berlin.net. https://www.mcc-berlin.net/en/research/co2-budget.html

Making trade work for climate change mitigation: The case of technical regulations. (n.d.). Retrieved May 12, 2023, from https://unctad.org/system/files/official-document/ditctab2022d7_en.pdf

I., Blanchard, O. J., Gollier, C., & Tirole, J. (2022). The portfolio of economic policies needed to fight climate change. SSRN Electronic Journalhttps://doi.org/10.2139/ssrn.4276886

 Fit for 55: how does the EU intend to address the emissions outside of the EU? (2023, April 26). Europa.eu; European Council. https://www.consilium.europa.eu/en/infographics/fit-for-55-cbam-carbon-border-adjustment-mechanism/

 Ruggiero, A. (2022). How to make the EU’s carbon border tax effective and fair - Carbon Market Watch. (2022, January 20). Carbonmarketwatch.org. https://carbonmarketwatch.org/2022/01/20/how-to-make-the-eus-carbon-border-tax-effective-and-fair/

Guivarch, C., Taconet, N. & Méjean, A. (2021). Linking Climate and Inequality.  IMF. https://www.imf.org/en/Publications/fandd/issues/2021/09/climate-change-and-inequality-guivarch-mejean-taconet

 Establishing a dedicated fund for loss and damage | UNFCCC. (2020). Unfccc.int. https://unfccc.int/establishing-a-dedicated-fund-for-loss-and-damage


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