Hostname: page-component-cd9895bd7-gbm5v Total loading time: 0 Render date: 2024-12-26T06:20:40.427Z Has data issue: false hasContentIssue false

Global Climate Policy Beyond the Paris Agreement

Published online by Cambridge University Press:  07 September 2023

Jessica F. Green*
Affiliation:
University of Toronto, Canada
Rights & Permissions [Opens in a new window]

Extract

Although a subset of political scientists has been studying climate change for decades, the mainstream of the discipline lags behind. Journals such as Global Environmental Politics and even Nature and Science have long published political science research on climate, yet major disciplinary journals tend to marginalize climate and environmental politics more broadly (Green and Hale 2017). This trend has been changing slowly (as evidenced by this symposium), but mainstream political science still has much catching up to do.

Type
SYMPOSIUM: What Scholars Know (and Need to Know) about the Politics of Climate Change
Creative Commons
Creative Common License - CCCreative Common License - BY
This is an Open Access article, distributed under the terms of the Creative Commons Attribution licence (http://creativecommons.org/licenses/by/4.0), which permits unrestricted re-use, distribution and reproduction, provided the original article is properly cited.
Copyright
© The Author(s), 2023. Published by Cambridge University Press on behalf of American Political Science Association

Although a subset of political scientists has been studying climate change for decades, the mainstream of the discipline lags behind. Journals such as Global Environmental Politics and even Nature and Science have long published political science research on climate, yet major disciplinary journals tend to marginalize climate and environmental politics more broadly (Green and Hale Reference Green and Hale2017). This trend has been changing slowly (as evidenced by this symposium), but mainstream political science still has much catching up to do.

Fortunately, scholars new to the study of climate change need not “reinvent the wheel.” This article is a brief history of the changing logics of cooperation in the global climate regime and offers suggestions of avenues for future research.

This article is a brief history of the changing logics of cooperation in the global climate regime and offers suggestions of avenues for future research.

For decades, climate change has been depicted as a collective action problem, focused largely on mitigation. Without firm commitments on reductions, the logic goes, laggard states will free ride on other states’ efforts. As a result, enforcement mechanisms are essential for mitigation (Bernauer Reference Bernauer2013; Keohane and Oppenheimer Reference Keohane and Oppenheimer2016). More recently, scholars have emphasized the domestic distributive conflicts underpinning global climate politics (Aklin and Mildenberger Reference Aklin and Mildenberger2020; Bayer and Genovese Reference Bayer and Genovese2020; Finnegan Reference Finnegan2022).

A third stream of research views climate change as a problem of “existential politics” in which asset owners fight to maintain the value of their assets in the face of both a changing climate and a shifting regulatory landscape (Colgan, Green, and Hale Reference Colgan, Green and Hale2021). This view is consistent with but expands on distributive accounts of climate politics. In existential politics, actors’ interests are determined exogenously largely by the types of assets that they hold. In some cases, these interests may shift over time due to either changes in technology (Kelsey Reference Kelsey2018) or normative or ideological shifts (Hale Reference Hale2020). This article expands on earlier work and discusses the research agenda implied by the existential politics framework.

As a stylized model, existential politics suggests three main interest groups. First, climate-forcing asset (CFA) owners—including oil and gas companies, electric utilities, and heavy industry—seek to maintain the value of their assets as governments expand mitigation efforts. For example, the International Renewable Energy Agency (2017) estimates that upstream oil and gas production will face approximately $7 trillion worth of stranded assets between now and 2050. Although the oil and gas industry is perhaps the most obvious CFA owner, other sectors also will incur losses in the face of increasingly stringent decarbonization policy. To protect the value of their assets, many CFA owners oppose efforts to address climate change, often through hedging or greenwashing (Green et al. Reference Green, Hadden, Hale and Mahdavi2021; Vormedal, Gulbrandsen, and Skjærseth Reference Vormedal, Gulbrandsen and Skjærseth2020).

Second, climate-vulnerable asset (CVAs) owners—including homeowners in low-lying areas, parts of the agriculture >industry, and the insurance and reinsurance industries—will face the devaluation or even destruction of their assets as the effects of climate change intensify. CVAs are dispersed geographically with extremely heterogeneous interests. Because of these characteristics, they are politically weaker, creating a power imbalance that skews toward the status quo.

Third, climate-positive asset (CPA) owners—and the workers needed to build and deploy these assets—are the political “linchpin” to decarbonization. Without them, there is unlikely to be much progress on decarbonization, given the huge power asymmetry between CFAs and CVAs. CPAs potentially can serve as the political counterweight to CFA obstructionism. They include producers of renewable energy, zero-emissions vehicles, zero-carbon buildings, and the infrastructure required to produce all of these goods. Infrastructure includes expanded electricity grids, charging stations, and retrofitted factories and buildings. Currently, these CPA owners are relatively few; they must be created purposefully and scaled up through government investment.

These three categories are neither absolute nor static. Actors can hold a mix of assets. In these instances, their interests generally will be determined by the ratio of holdings and the degree of asset specificity (Colgan, Green, and Hale Reference Colgan, Green and Hale2021). Technology is also important. In “convertible” industries, asset owners may be able to acquire CPAs or to transform existing CFAs into decarbonized assets (Kelsey Reference Kelsey2018). The automobile and electricity sectors are excellent examples: many firms’ interests are shifting precisely because they can provide low- or zero- carbon versions of their goods and services. If firms “flip” from being CFA to CPA owners, they can also potentially catalyze larger intra-industry shifts, making the status quo more costly for laggards (Hale Reference Hale2020).

Politics is about winners and losers, and climate politics is no different. If states move rapidly toward decarbonization, CFA owners will lose and, in some cases, cease to exist. In this model of existential politics, obstructionism is the key obstacle to decarbonization. This is particularly true because CFA owners have massive resources to delay and distract (Brulle and Downie Reference Brulle and Downie2022; Supran and Oreskes Reference Supran and Oreskes2017).

Some scholars argue that investors’ aversion to climate risks will shift money away from CFAs for fear of economic losses due to increasingly stringent decarbonization policies. However, the evidence to support this claim is mixed. Firms use environmental and social governance metrics, making comparisons difficult; moreover, many of these metrics tend to privilege process over outcome (Delmas, Etzion, and Nairn-Birch Reference Delmas, Etzion and Nairn-Birch2013). Moreover, the effectiveness of divestment depends on reinvestment choices; without careful consideration, divestment runs the risk of reproducing environmentally harmful and exploitative practices in other ways (Neville Reference Neville2020).

Unfortunately, global climate rules—embodied by the United Nations Framework Convention on Climate Change (UNFCCC)—and its associated agreements are not sufficiently attentive to the reality of obstructionism. For decades, the prevailing wisdom has been that climate change is “the mother of all collective-action problems,” which therefore requires multilateral cooperation on emissions reductions. This cooperation has been fragile from the earliest days of the climate regime (as presciently noted by Victor Reference Victor2001), in part because of the unwillingness to recognize the political implications of existential politics.

A BRIEF HISTORY

Since its signing in 1992, the UNFCCC has had a difficult political path. The constant challenges and precarity of cooperation demonstrate that it is not well equipped to address CFA obstructionism. As Allan (Reference Allan2019) noted, “progress” in the climate regime has focused on diplomatic successes rather than environmental outcomes. The result is “dangerous incrementalism” that legitimates an institution that has consistently fallen short of its goals.

Over the last three decades of UNFCCC policy, a reliance on markets and, more recently, voluntary cooperation have been key approaches to addressing obstructionism. Yet, it is clear that they are not accelerating decarbonization.

Over the last three decades of UNFCCC policy, a reliance on markets and, more recently, voluntary cooperation have been key approaches to addressing obstructionism. Yet, it is clear that they are not accelerating decarbonization.

Markets have been a hallmark of the UNFCCC since the Kyoto Protocol (Newell and Paterson Reference Newell and Paterson2010). The creation of a global carbon-offset market, the Clean Development Mechanism (CDM), was the critical “glue” that cemented the precarious political deal that became the Kyoto Protocol (Werksman Reference Werksman1998). This market-based approach was a political win-win in the negotiations. Developed countries gained a cost-containment mechanism and developing countries received much-needed investments to develop in a climate-friendly way.

The problem was that the CDM did not work well in terms of actually reducing emissions. Numerous challenges with measuring “additionality”—or the extent to which projects actually reduced emissions compared to “business as usual”—meant an overestimation of the CDM’s contributions to mitigation (Schneider Reference Schneider2009).

The broader use of carbon pricing greatly expanded in the Kyoto Protocol era. Currently, 25% of global emissions is covered by a carbon price, which includes both taxes and cap-and-trade systems (World Bank 2022). The evidence on their effectiveness is mixed. Whereas some individual studies indicate that carbon pricing reduces emissions (Bayer and Aklin Reference Bayer and Aklin2020; Dechezlêpretre, Nachtigall, and Venmans Reference Dechezlêpretre, Nachtigall and Venmans2018), other studies point to gaming behavior (Badgley et al. Reference Badgley, Freeman, Hamman, Haya, Trugman, William and Cullenward2022) and limited reductions (Green Reference Green2021b).

As the political infeasibility of the Kyoto Protocol became clear, states began negotiating a successor, culminating in the 2015 Paris Agreement. The Paris Agreement has doubled down on markets, creating a new offset market and a still-developing, largely bilateral market for “mitigation outcomes.” In addition, the European Union recently created a carbon border adjustment mechanism, which will tax products from a subset of carbon-intensive sectors (e.g., cement, iron, and steel) imported from countries without an equivalent carbon price beginning in late 2023.

The Paris Agreement has also institutionalized voluntary cooperation with nonstate actors, including CFA owners. The Global Climate Action Portal, administered by the UNFCCC, reports 150 voluntary cooperative initiatives on mitigation and adaptation including firms, NGOs, and subnational governments. States have appointed “high-level champions” to convene nonstate actors to report annually on their progress. This “all hands on deck” approach has been heralded as a necessary step to promote rapid decarbonization (Hale Reference Hale2016). However, there are considerable challenges to quantifying the effects of these efforts (Hsu et al. Reference Hsu, Höhne and Kuramochi2019).

The use of markets and voluntary nonstate efforts are two strategies to paper over conflicts with CFA owners and perpetuate diplomatic progress in the Paris Agreement. Yet, the main effect of the Paris Agreement has been to maintain the legitimacy of the UNFCCC process rather than reduce emissions. Virtually all of the major emitters have made pledges that are inconsistent with the 1.5-degree Celsius target set in the Paris Agreement, and they have failed—thus far—to implement policies to meet even these insufficient goals. Current models estimate that the Paris Agreement will result in 2.4 degrees Celsius of warming.Footnote 1 The Paris Agreement is failing by its own measures.

CLIMATE POLICY BEYOND THE UNFCCC

These arguments indicate a fundamental mismatch between the political–economic challenges of decarbonization and the policies created by the UNFCCC. This mismatch dictates that global climate policy may produce limited emissions reductions but, thus far, demonstrates few signs of progress toward true decarbonization. This is not because of the Paris Agreement per se but rather because CFA owners are redoubling their efforts to preserve the status quo and the value of their assets for as long as possible, or they are buying time to extract maximum profits before assets are devalued or become worthless.

Climate policy beyond the UNFCCC, therefore, is fertile research territory for scholars of international and comparative political economy (IPE and CPE). In particular, tax and trade institutions can be the locus for accelerating decarbonization. As with all global cooperation, it will be fraught with challenges. However, there are important reasons to broaden the scope of climate policy to trade and taxation.

First, focusing on taxation and trade directly addresses the fundamental challenge for decarbonization—that is, restructuring the global economy—which is causally prior to reducing emissions. Second, it tackles the problem of obstructionism head on instead of assuming that CFA owners will contribute meaningfully to decarbonization in the absence of regulation. The prevalence of hedging among oil and gas firms, the strategic design of net-zero pledges, and the heavy reliance on offsets are all evidence that most CFA owners will not decarbonize without meaningful regulation—either carrots or sticks. Third, climate policy beyond the UNFCCC potentially appeals to a variety of interests, building a broad base of support for aggressive action (Bergquist, Mildenberger, and Stokes Reference Bergquist, Mildenberger and Stokes2020; Meckling et al. Reference Meckling, Kelsey, Biber and Zysman2015). Of course, all multilateral cooperation is vulnerable to obstructionism, and this approach is no exception. However, using trade and taxation institutions increases the potential leverage on the global economic restructuring that the climate crisis demands.

[F]ocusing on taxation and trade directly addresses the fundamental challenge for decarbonization—that is, restructuring the global economy—which is causally prior to reducing emissions.

Regarding IPE, scholars can investigate the conditions under which states cooperate on international tax policy. Reforms potentially can constrain the material resources available to CFA owners to obstruct progress on climate (Green Reference Green2021a). Moreover, in CPE, understanding when and how states can use trade policy to invest in and expand CPA owners as an interest group to counter CFA owners is critical to progress on decarbonization.

International tax policy can significantly impact CFA owners’ bottom line. Currently, an estimated US $100 billion to $240 billion is lost each year to “offshoring,” in which multinational corporations book their profits in countries with low tax rates. Oil and gas companies are among those firms engaging in offshoring. Offshoring has been linked directly to deforestation in the Brazilian Amazon (Galaz et al. Reference Galaz, Crona and Dauriach2018). Furthermore, tax avoidance indirectly provides CFA owners with additional profits that can be used to obstruct progress on climate.

The Organisation for Economic Co-operation and Development (OECD) has been engaged in a multiyear effort to tighten rules on tax avoidance. In 2021, more than 130 countries signed on to an agreement to implement a 15% minimum global corporate tax. However, as United Nations Conference on Trade and Development (2022, 107) noted, “The structure of Pillar II [part of the OECD agreement] is more complex than the headline feature of establishing a minimum effective rate of 15 percent may sound.” Once applied, “Pillar II” will “top up” taxes not on overall profits but instead on profits in excess of “the carve-out”—that is, a quantity determined by tangible assets and payroll costs in the jurisdiction. In short, the global minimum tax is not an across-the-board increase but rather is limited to a yet-to-be-finalized smaller proportion of firm profits.

Curtailing investment protections for CFA owners is another important avenue through which international institutions can accelerate decarbonization. Currently, international investment treaties are contributing to further carbon lock-in by protecting fossil-fuel infrastructure. Since 1980, states have signed more than 2,600 international investment treaties—including bilateral investment treaties, trade agreements with investment provisions, and the Energy Charter Treaty. Conflicts over the agreements are adjudicated through the Investor-State Dispute Settlement (ISDS) system, in which foreign investors can sue states for compensation if domestic regulations impede their investments.

ISDS has two main negative effects on climate policy. First, it erodes sovereignty because it effectively circumscribes states’ ability to regulate within their borders. For example, Canada is seeking $15 billion in compensation for the United States’ cancellation of the Keystone Pipeline. In turn, this can create a “regulatory chill,” whereby states “fail to regulate in the public interest in a timely and effective manner because of concerns about ISDS” (Tienhaara Reference Tienhaara2018, 232). However, some scholars have shown that this phenomenon is variable, with greater effects on developing countries (Moehlecke Reference Moehlecke2020) and more complex effects on sovereignty than a simple regulatory chill (Thompson, Broude, and Haftel Reference Thompson, Broude and Haftel2019).

Second, protections afforded by the ISDS have resulted in massive payouts to the fossil-fuel industry. At least 173 ISDS cases (approximately 17%) are related to the fossil-fuel sector (Tienhaara and Cotula Reference Tienhaara and Cotula2020, 16). For example, only a few lawsuits brought by major oil and gas companies have resulted in state payouts of more than US $67 trillion since 2013 (Tienhaara and Cotula Reference Tienhaara and Cotula2020, table 1). These payouts embolden firms faced with asset revaluation, reinforce their power through massive transfers of funds, and disempower states from implementing aggressive climate policy for fear of legal reprisals from firms whose investments are protected by the ISDS.

There is a growing body of work in CPE on the role of trade, industrial policy, and organized labor in decarbonization. CPAs will be the foundation of a decarbonized society. Some of these assets—including renewable-energy components, expanded electricity grids, and electrified transport—must be built from the ground up; others (e.g., buildings) must be retrofitted. Both new and retrofitted assets will require extensive investments by states through various policies such as investment in R&D, production subsidies, procurement, efficiency, and best available technology policies. These can all be considered green industrial policy (GIP).

In addition to accelerating decarbonization, GIP can also help build the political coalitions needed to counter the influence and obstructionism of CFA owners—especially if such policies precede others that may create greater costs (Meckling et al. Reference Meckling, Kelsey, Biber and Zysman2015). This coalition building can happen through CPAs and the labor associated with their creation.

CPA owners are a relatively small group with limited material resources and political influence. A recent study found that trade associations typically opposed to climate policies (i.e., the fossil-fuel industry) are outspending renewable trade associations by a factor of 14 to one (Brulle and Downie Reference Brulle and Downie2022). Renewable energy has become much more cost competitive during the past decade, thereby accelerating its uptake. Yet, even the deployment of well-developed technologies such as zero-emissions electricity is not happening quickly enough. Simply stated, governments must supercharge this process with massive investments if they are to meet the Paris Agreement goal of 1.5 degrees Celsius.

Government investments can also win over the support of organized labor—a key interest group in climate politics. Traditionally, labor has been divided over climate policy, with labor from CFA industries generally siding with their employers against more stringent decarbonization measures (Mildenberger Reference Mildenberger2020). Their opposition stems from legitimate concerns about the effects on climate policy on their livelihood; this problem has given rise to a political discourse on a “just transition” to ensure employment of labor in CFA industries in a decarbonizing world.

Preferential treatment of domestic labor, such as through local content provisions, can help to achieve a just transition. Local content provisions are mandates from governments that a certain proportion of manufactured goods be produced domestically—at the federal, state, or provincial level. For example, in 2009, Ontario passed a law creating feed-in tariffs to support the expansion of renewable energy. The law also required that renewable energy components be sourced from within the province (Stokes Reference Stokes2013). The Ontario law received support from organized labor and boosted production within the province. However, it ran afoul of World Trade Organization provisions, which prohibit preferential treatment of domestic production. The global trade regime thus presents a fundamental challenge for climate politics (Tucker Reference Tucker2019): how to balance the need for building domestic support without slowing the global diffusion of green technologies.

FUTURE RESEARCH

Climate change is a problem of political economy, and political science has much to contribute to broader policy discussions about paths forward. While there is an emerging literature on the comparative domestic politics of climate change, there is comparatively less work on the role of international institutions outside of the UNFCCC. To date, this has been primarily the province of economists and international lawyers.

Yet there is a clear research agenda in both IPE and CPE. First, we need to know much more about the conditions under which reform of international trade and finance institutions has been effective—both diplomatically and in terms of changing real-world outcomes. Second, we need a much better understanding of the domestic conditions that facilitate investments in CPAs—especially in the highest-emitting developed countries. Third, and perhaps most important, we need more research on reining in what Rodrik (Reference Rodrik2019) calls “economic hyperglobalization,” which has sacrificed considerable state sovereignty in favor of free trade and open markets. Political scientists are well positioned to investigate how states can restore some of this sovereignty to empower CPAs while still respecting and maintaining a rules-based order.

ACKNOWLEDGMENTS

The author thanks Jennifer Hadden and Aseem Prakash for their helpful feedback and two anonymous reviewers for their excellent comments.

CONFLICTS OF INTEREST

The author declares that there are no ethical issues or conflicts of interest in this research.

References

REFERENCES

Aklin, Michaël, and Mildenberger, Matto. 2020. “Prisoners of the Wrong Dilemma: Why Distributive Conflict, Not Collective Action, Characterizes the Politics of Climate Change.” Global Environmental Politics 20 (4): 427.CrossRefGoogle Scholar
Allan, Jen Iris. 2019. “Dangerous Incrementalism of the Paris Agreement.” Global Environmental Politics 19 (1): 411.CrossRefGoogle Scholar
Badgley, Grayson, Freeman, Jeremy, Hamman, Joseph J., Haya, Barbara, Trugman, Anna T., William, R. L. Anderegg, and Cullenward, Danny. 2022. “Systematic Over-Crediting in California’s Forest Carbon Offsets Program.” Global Change Biology 28 (4): 1433–45.CrossRefGoogle ScholarPubMed
Bayer, Patrick, and Aklin, Michaël. 2020. “The European Union Emissions Trading System Reduced CO2 Emissions Despite Low Prices.” Proceedings of the National Academy of Sciences 117 (16): 8804–12.CrossRefGoogle ScholarPubMed
Bayer, Patrick, and Genovese, Federica. 2020. “Beliefs About Consequences from Climate Action Under Weak Climate Institutions: Sectors, Home Bias, and International Embeddedness.” Global Environmental Politics 20 (4): 2850.CrossRefGoogle Scholar
Bergquist, Parrish, Mildenberger, Matto, and Stokes, Leah C.. 2020. “Combining Climate, Economic, and Social Policy Builds Public Support for Climate Action in the US.” Environmental Research Letters 15 (5): 054019.CrossRefGoogle Scholar
Bernauer, Thomas. 2013. “Climate Change Politics.” Annual Review of Political Science 16 (1): 421–48.CrossRefGoogle Scholar
Brulle, Robert, and Downie, Christian. 2022. “Following the Money: Trade Associations, Political Activity, and Climate Change.” Climatic Change 175 (3): 11.CrossRefGoogle Scholar
Colgan, Jeff D., Green, Jessica F., and Hale, Thomas N.. 2021. “Asset Revaluation and the Existential Politics of Climate Change.” International Organization 75 (2): 586610.CrossRefGoogle Scholar
Dechezlêpretre, Antoine, Nachtigall, Daniel, and Venmans, Frank. 2018. The Joint Impact of the EU–ETS on Carbon Emissions and Economic Performance. Paris: Organisation for Economic Co-operation and Development. www.oecd.org/officialdocuments/publicdisplaydocumentpdf/?cote=ECO/WKP(2018)63&docLanguage=En.Google Scholar
Delmas, Magali A., Etzion, Dror, and Nairn-Birch, Nicholas. 2013. “Triangulating Environmental Performance: What Do Corporate Social Responsibility Ratings Really Capture?Academy of Management Perspectives 27 (3): 255–67.CrossRefGoogle Scholar
Finnegan, Jared J. 2022. “Institutions, Climate Change, and the Foundations of Long-Term Policymaking.” Comparative Political Studies 55 (7): 1198–235.CrossRefGoogle Scholar
Galaz, Victor, Crona, Beatrice, Dauriach, Alice, et al. 2018. “Tax Havens and Global Environmental Degradation.” Nature Ecology & Evolution 2 (9): 1352–57.CrossRefGoogle ScholarPubMed
Green, Jessica F. 2021a. “Beyond Carbon Pricing: Tax Reform Is Climate Policy.” Global Policy. https://onlinelibrary.wiley.com/doi/abs/10.1111/1758-5899.12920.CrossRefGoogle Scholar
Green, Jessica F. 2021b. “Does Carbon Pricing Reduce Emissions? A Review of Ex-Post Analyses.” Environmental Research Letters. https://iopscience.iop.org/article/10.1088/1748-9326/abdae9.CrossRefGoogle Scholar
Green, Jessica, Hadden, Jennifer, Hale, Thomas, and Mahdavi, Paasha. 2021. “Transition, Hedge, or Resist? Understanding Political and Economic Behavior Toward Decarbonization in the Oil and Gas Industry.” Review of International Political Economy 29 (6): 2036–63.CrossRefGoogle Scholar
Green, Jessica F., and Hale, Thomas N.. 2017. “Reversing the Marginalization of Global Environmental Politics in International Relations: An Opportunity for the Discipline.” PS: Political Science & Politics 50 (2): 473–79.Google Scholar
Hale, Thomas. 2016. “‘All Hands on Deck’: The Paris Agreement and Nonstate Climate Action.” Global Environmental Politics 16 (3): 1222.CrossRefGoogle Scholar
Hale, Thomas. 2020. “Catalytic Cooperation.” Global Environmental Politics 20 (4): 7398.CrossRefGoogle Scholar
Hsu, Angel, Höhne, Niklas, Kuramochi, Takeshi, et al. 2019. “A Research Roadmap for Quantifying Non-State and Subnational Climate Mitigation Action.” Nature Climate Change 9 (1): 1117.CrossRefGoogle Scholar
International Renewable Energy Agency. 2017. “Stranded Assets and Renewables: How the Energy Transition Affects the Value of Energy Reserves, Buildings, and Capital Stock.” Abu Dhabi: International Renewable Energy Agency. www.irena.org/-/media/Files/IRENA/Agency/Publication/2017/Jul/IRENA_REmap_Stranded_assets_and_renewables_2017.pdf?rev=169eb7d8d20e42baadf8a96a8dc91880.Google Scholar
Kelsey, Nina. 2018. “Industry Type and Environmental Policy: Industry Characteristics Shape the Potential for Policymaking Success in Energy and the Environment.” Business and Politics 20 (4): 615–42.CrossRefGoogle Scholar
Keohane, Robert O., and Oppenheimer, Michael. 2016. “Paris: Beyond the Climate Dead End Through Pledge and Review?Politics and Governance 4 (3): 142–51.CrossRefGoogle Scholar
Meckling, Jonas, Kelsey, Nina, Biber, Eric, and Zysman, John. 2015. “Winning Coalitions for Climate Policy.” Science 349 (6253): 1170–71.CrossRefGoogle ScholarPubMed
Mildenberger, Matto. 2020. Carbon Captured: How Business and Labor Control Climate Politics. Cambridge, MA: MIT Press.CrossRefGoogle Scholar
Moehlecke, Carolina. 2020. “The Chilling Effect of International Investment Disputes: Limited Challenges to State Sovereignty.” International Studies Quarterly 64 (1): 112.Google Scholar
Neville, Kate J. 2020. “Shadows of Divestment: The Complications of Diverting Fossil-Fuel Finance.” Global Environmental Politics 20 (2): 311.CrossRefGoogle Scholar
Newell, Peter, and Paterson, Matthew. 2010. Climate Capitalism: Global Warming and the Transformation of the Global Economy. Cambridge, UK: Cambridge University Press.CrossRefGoogle Scholar
Rodrik, Dani. 2019. “Globalization’s Wrong Turn and How It Hurt America.” Foreign Affairs 98 (4): 2633.Google Scholar
Schneider, Lambert. 2009. “Assessing the Additionality of CDM Projects: Practical Experiences and Lessons Learned.” Climate Policy 9 (3): 242–54.CrossRefGoogle Scholar
Stokes, Leah C. 2013. “The Politics of Renewable Energy Policies: The Case of Feed-In Tariffs in Ontario, Canada.” Energy Policy 56 (C): 490500.CrossRefGoogle Scholar
Supran, Geoffrey, and Oreskes, Naomi. 2017. “Assessing ExxonMobil’s Climate Change Communications (1977–2014).” Environmental Research Letters 12 (8): 084019.CrossRefGoogle Scholar
Thompson, Alexander, Broude, Tomer, and Haftel, Yoram Z.. 2019. “Once Bitten, Twice Shy? Investment Disputes, State Sovereignty, and Change in Treaty Design.” International Organization 73 (4): 859–80.CrossRefGoogle Scholar
Tienhaara, Kyla. 2018. “Regulatory Chill in a Warming World: The Threat to Climate Policy Posed by Investor-State Dispute Settlement.” Transnational Environmental Law 7(2): 229–50.CrossRefGoogle Scholar
Tienhaara, Kyla, and Cotula, Lorenzo. 2020. “Raising the Cost of Climate Action? Investor-State Dispute Settlement and Compensation for Stranded Fossil Fuel Assets.” United Kingdom: International Institute for Environment and Development. www.iied.org/17660iied.Google Scholar
Tucker, Todd. 2019. “Analysis: There’s a Big New Headache for the Green New Deal.” Washington Post. www.washingtonpost.com/politics/2019/06/28/theres-big-new-headache-green-new-deal.Google Scholar
United Nations Conference on Trade and Development. 2022. “World Investment Report 2022.” https://unctad.org/system/files/official-document/wir2022_en.pdf#page=120.Google Scholar
Victor, David. 2001. The Collapse of the Kyoto Protocol and the Struggle to Slow Global Warming. Princeton, NJ: Princeton University Press.Google Scholar
Vormedal, Irja, Gulbrandsen, Lars H., and Skjærseth, Jon Birger. 2020. “Big Oil and Climate Regulation: Business as Usual or a Changing Business?Global Environmental Politics 20 (4): 143–66.CrossRefGoogle Scholar
Werksman, Jacob. 1998. “The Clean Development Mechanism: Unwrapping the Kyoto Surprise.” Review of European Community and International Environmental Law 7 (2): 147–58.CrossRefGoogle Scholar
World Bank. 2022. State and Trends of Carbon Pricing 2022. Washington, DC: World Bank. https://hdl.handle.net/10986/37455.Google Scholar