cap-and-trade Archives - Page 11 of 35 - An Economic View of the Environment

Trying to Remain Positive

With inauguration day in the United States just two weeks away, it is difficult to harbor optimism about what the Trump presidency will mean for this country and for the world in realms ranging from economic progress to national security to personal liberty (as I wrote in this space one month before the November election – This is Not a Time for Political Neutrality, October 9, 2016). In the wake of the election, expectations are no better, including in the environmental realm (as I wrote shortly after the election – What Does the Trump Victory Mean for Climate Change Policy?, November 10, 2016). And since then, the President-elect’s announced nominations for key positions in the administration have probably eliminated whatever optimism some progressives may have been harboring.

Remarkably, the least worrisome development in regard to anticipated climate change policy may be the nomination of Rex Tillerson to become U.S. Secretary of State. Two months ago it would have been inconceivable to me that I would write this about the CEO of Exxon-Mobil taking over the State Department (and hence the international dimensions of U.S. climate change policy). But, think about the other likely candidates. And unlike many of the other top nominees, Mr. Tillerson is at least an adult, and – in the past (before the election) – he had led his company to reverse course and recognize the scientific reality of human-induced climate change (unlike the President-elect), support the use of a carbon tax when and if the U.S. puts in place a meaningful national climate policy, and characterize the Paris Climate Agreement as “an important step forward by world governments in addressing the serious risks of climate change.”

It’s fair to say that it is little more than damning with faint praise to characterize this pending appointment as “the least worrisome development in regard to climate change policy,” but the reality remains. Everything is relative. Of course, whether Mr. Tillerson will maintain and persevere with his previously stated views on climate change is open to question. And if he does, can he succeed in influencing Oval Office policy when competing with Scott Pruitt, Trump’s pick to run EPA, not to mention Rick Perry, Trump’s bizarre choice to become Secretary of Energy?

In the face of all this (and much else), is it possible to offer any statement of optimism or at least hope? The answer may be found in the reality that U.S. policy – in many issue areas – consists of much more than the policies of the Federal government. In a variety of policy realms, the states play an exceptionally important role. One might not normally think about this in the context of addressing a global commons problem, such as climate change, but these are not normal times.

And so I will try to rescue myself from my current mental state – at least temporarily – by focusing today on policy developments in the State of California. To do this, I offer an op-ed I recently wrote with Professor Lawrence Goulder of Stanford University, which was published in the Sacramento Bee a week before the November election. Good policy developments at the state level are, of course, even more important now than they were then.

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Sacramento Bee

October 30, 2016

New emissions targets make cap and trade the best low-cost, market-based approach

By Lawrence H. Goulder and Robert N. Stavins

This is a critical time for California’s climate policies. Recently, Gov. Jerry Brown achieved his hope of extending California’s action beyond 2020, the termination date of Assembly Bill 32. Whereas AB 32 called for reducing the state’s greenhouse gas emissions to 1990 levels by 2020, the newly signed Senate Bill 32 and AB 197 mandate an additional 40 percent reduction by 2030.

Unless these ambitious goals are pursued with the most cost-effective policy instruments, the costs could be unacceptably high. The governor’s targets make it especially important to use a low-cost, market-based approach: cap and trade.

Unfortunately, rather than increasing cap and trade’s role, recent proposals emphasize the use of less efficient, conventional policies. The environmental justice lobby supports this change, contending that emissions trading hurts low-income and minority communities by causing pollution to increase.

In fact, abandoning cap and trade would harm these communities by raising costs to businesses and thereby prices to consumers. With cap and trade, the sources able to reduce emissions least expensively take on more of the pollution-reduction effort. This lowers costs and prices.

When the environmental justice community worries about cap and trade, their concern is not about the greenhouse gas emissions that cause climate change: These gases spread evenly worldwide and have no discernible local impact. Rather, it’s about “co-pollutants,” such as nitrogen oxides, carbon monoxide and particulates, which often are emitted alongside greenhouse gases.

By reducing California’s greenhouse gas footprint, cap and trade lowers concentrations of these co-pollutants. Still, it’s possible – in theory – for co-pollutant emissions to increase in particular localities. The best defense against this possibility is to tighten existing laws that limit local air pollution. This would prohibit any trades that would violate such limits.

The environmental justice lobby’s concerns about local air pollution are justified: A new report by the U.S. Commission on Civil Rights acknowledges that low-income and minority communities face disproportionately high air pollution. The best response to this situation is to strengthen existing local pollution laws rather than abandon cap and trade.

Moreover, it is not clear that cap and trade shifts local air pollution toward low-income communities. One recent report from the University of Southern California identified emission increases and blamed them on cap and trade. But increased emissions have been due mainly to economic and population growth. And although emissions from some sources did increase, they decreased at 70 percent of facilities, according to mandatory reporting to the Air Resources Board.

The key question, however, is not how emission levels changed, but rather how cap and trade contributed to the change. Without cap and trade, it is likely that any increases in emissions would have been even greater.

Beyond the environmental impacts, it’s important to consider economic impacts on these communities. Reducing greenhouse gas emissions tends to raise costs of energy and transportation. Because low-income households devote greater shares of their income to energy and transportation than high-income households, virtually any climate policy places greater burdens on those households. Cap and trade minimizes these costs.

Further, cap and trade offers the government a powerful tool for compensating low-income communities for such economic burdens. Most emission allowances are auctioned and pursuant to SB 535, 25 percent of the proceeds go to projects that provide benefits to disadvantaged communities. This has already amounted to over $158 million.

Cap and trade serves the goal of environmental justice better than the alternatives, and it deserves a central place in the arsenal of weapons California uses to address climate change. Rather than step away from this progressive policy, the state should increase its reliance on this progressive, market-based approach.

Lawrence H. Goulder is a professor in environmental and resource economics at Stanford University and former chair of the AB 32 Economic and Allocation Advisory Committee to the California Air Resources Board. Contact him at goulder@stanford.edu.

Robert N. Stavins is a professor of business and government at the Harvard Kennedy School of Government, and contributed to assessment reports to the Intergovernmental Panel on Climate Change. Contact him at robert_stavins@harvard.edu.

A Key Moment for California Climate Policy

The past year has been a crucial time in international climate negotiations. In December, 2015, in Paris, negotiators established an agreement on the next round of targets and actions to succeed the Kyoto Protocol, which was signed in 1997 and will effectively close down in 2020. In Paris, negotiators set up a new and meaningful agreement for multinational action through individual country “Intended Nationally Determined Contributions” (INDCs). The Paris round was crucial, because it expanded the coalition of contributions from countries responsible for 14% of global emissions under Kyoto (Europe and New Zealand) to 187 countries responsible for 96% of emissions under the Paris Agreement.

California’s Role in Global Climate Change Policy

California sent a delegation to the Paris talks. While not officially a party to the negotiations, California government officials attended to show support for broad and meaningful action. For many years, spurring action beyond California’s borders has been the key rationale for developing a California-based climate policy. This began with Assembly Bill 32 (AB 32), the Global Warming Solutions Act of 2006. Initially, the focus was on encouraging action within the United States, including federal legislation, state-level actions, and multi-state compacts, but subsequent domestic action turned out to be much less than originally anticipated. As a result, California’s focus shifted to the international domain.

This is a good time to consider how the State can best demonstrate leadership on this global stage. Action by all key countries, including the large emerging economies – China, India, Brazil, Korea, and South Africa – will be necessary to meaningfully address the climate problem. Significant multinational contributions will be necessary to avoid having California’s aggressive in-state actions be for naught. Absent such multilateral action, ambitious California policies do little or nothing to address the real problem.

But California can play a very important role by showing leadership – in two key ways. One is to demonstrate a commitment to meaningful reductions in (greenhouse gas) GHG emissions. In this regard, California has more than met the bar, with policies that are as aggressive as – if not more aggressive than – those of most countries.

The other way is to show leadership regarding how reductions of GHG emissions can best be accomplished – that is, in regard to progressive policy design. California has a sophisticated GHG cap-and-trade system in place, which while not perfect, has many excellent design elements. Countries around the world are now planning or implementing cap-and-trade systems, including in Europe, China, and Korea. These countries are carefully watching decisions made in California, with particular attention to the design and implementation of its cap-and-trade system. California’s system, possibly with a few improvements, could eventually be a model for even larger systems in other countries.

Can California Provide a Good Model of Progressive Policy?

Unfortunately, California’s climate policy has not relied heavily on its cap-and-trade system to achieve state targets. Furthermore, rather than increasing reliance on this innovative market-based climate policy over time, recent proposals have doubled-down on the use of less efficient conventional policies to achieve GHG reductions. While some of these so-called “complementary policies” can be valuable under particular circumstances, they can also create severe problems.

One example of this is the attempt to employ aggressive sector-based targets through technology-driven policies, such as the Low Carbon Fuels Standard (LCFS). In the presence of a binding cap-and-trade regime, the LCFS has the perverse effect of relocating carbon dioxide (CO₂) emissions to other sectors but not reducing net emissions, while driving up statewide abatement costs, and suppressing allowance prices in the cap-and-trade market, thereby reducing incentives for technological change. That is bad news all around. These perverse outcomes render such policies of little interest or value to other regions of the world.

The magnitude of the economic distortion is illustrated by the fact that allowances in the California cap-and-trade market have recently been trading in the range of $12 to $13 per ton of CO₂, while LCFS credits have traded this summer for about $80 per ton of CO₂.

While reduction in transportation sector GHG emissions is clearly an important long-run objective of an effective climate policy, if the approach taken to achieving such reductions is unnecessarily costly, it will be of little use to most of the world, which has much less financial wealth than California and the United States, and will therefore be much less inclined to follow the lead on such costly policies.

The Path Ahead

With China now the largest emitter in the world, and India and other large developing countries not very far behind, California policies that achieve emission reductions through excessively costly means will fail to encourage other countries to follow, or even recognize, California’s leadership. On the other hand, by increasing reliance on its progressive market-based system, California can succeed at home and be influential around the world.

Market Mechanisms in the Paris Climate Agreement: International Linkage under Article 6.2

The Harvard Project on Climate Agreements hosted a research workshop in Cambridge, Massachusetts, on July 14–15, 2016, the purpose of which was to identify options for elaborating and implementing the Paris Climate Agreement, and to identify policies and institutions that might complement or supplement the United Nations Framework Convention on Climate Change (UNFCCC) process. We were motivated by our recognition that while the Paris Agreement sets forth an innovative and potentially effective policy architecture for dealing with global climate change, a great deal remains to be done to elaborate the accord, formulate required rules and guidelines, and specify means of implementation.

Participants in the workshop – International Climate Change Policy after Paris – included twenty-one of the world’s leading researchers focusing on climate-change policy, representing the disciplines of economics, political science, international relations, and legal scholarship. They came from Argentina, Belgium, China, Germany, India, Italy, Norway, the United Kingdom, and the United States. (A list of workshop participants is here, biographies here, and the agenda here.)

The Harvard Project will next focus on communicating the ideas, insights, and recommendations of workshop participants to climate negotiators and policy makers, in the expectation that they might prove useful in elaborating and implementing the Paris Agreement. Each participant is preparing a brief—based largely on her or his presentation during the workshop. These briefs, together with a workshop summary, will be conveyed to participants in the Twenty-Second Conference of the Parties (COP-22) of the UNFCCC in Marrakech, Morocco in November 2016. This will be done in meetings with negotiators representing UNFCCC member governments and in a side-event panel at COP-22.

Today I wish to share with readers just one of these draft briefs – namely, my own – on the topic of “International Linkage under Article 6.2 of the Paris Agreement.”

A Key Challenge for Sustained Success of the Paris Agreement

For sustained success of the international climate regime, a key question is whether the Paris Agreement with its Intended Nationally Determined Contributions (INDCs), anchored as they are in domestic political realities, can progressively lead to submissions with sufficient ambition? Are there ways to enable and facilitate increased ambition over time?

Linkage of regional, national, and sub-national policies can be part of the answer. By “linkage,” I mean connections among policy systems that allow for emission reduction efforts to be redistributed across systems. Such linkage is typically framed as being between two (or more) cap-and-trade systems, but national policies will surely be highly heterogeneous under the Paris climate regime. Fortunately, research – by Gilbert Metcalf of Tufts University and David Weisbach of the University of Chicago – indicates that linkage between pairings of various types of domestic policy instruments may be feasible.

Linkage and the Paris Agreement

Experience indicates that linkage will bring both merits and concerns in most applications. To begin with the good news, linkage offers a number of important advantages. First, it offers the possibility of achieving cost savings if marginal abatement costs are heterogeneous across jurisdictions, which they surely are. In addition, linkage can improve the functioning of individual markets by reducing market power, and by reducing price volatility, although we should recognize that price volatility will also be transmitted from one jurisdiction to another by linkage. Finally linkage can allow for the UNFCCC’s important principle of Common but Differentiated Responsibilities (CBDR), but do so without sacrificing cost-effectiveness.

The possibility of linkage also raises concerns, including that there will be distributional impacts within jurisdictions, that is, the creation of both winners and losers. Also, linkage can bring about the automatic propagation from one jurisdiction to another of some design elements, in particular, cost-containment mechanisms, such as banking, borrowing, and price collars. In this and other ways, linkage raises concerns about decreased autonomy.

Linkage under Article 6.2 of the Paris Agreement

It was by no means preordained that the Paris Agreement would allow, let alone encourage, international linkage. Fortunately, the negotiations which took place in Paris in December, 2015, produced an Agreement that includes in its Article 6.2 the necessary building blocks for linkages to occur.

Under Article 6.2, emissions reductions occurring outside of the geographic jurisdiction of a Party to the Agreement can be counted toward achieving that Party’s Nationally Determined Contribution (NDC) via Internationally Transferred Mitigation Outcomes (ITMOs). This enables both the formation of “clubs” or other types of coalitions, as well as bottom-up heterogeneous linkage. Such linkage among Parties to the Agreement would provide for exchanges between compliance entities within the jurisdictions of two different Parties, not simply the government-to-government trading (of Assigned Amounts or AAUs), as was the case with the Kyoto Protocol’s Article 17.

Linkage among Heterogeneous Nationally Determined Contributions

There are three types of heterogeneity which are important in regard to linkage under Article 6.2 of the Paris Agreement. First is heterogeneity among policy instruments. As demonstrated by Metcalf and Weisbach (see above), not only can one cap-and-trade system be linked with another cap-and-trade system, but it is also possible to link a cap-and-trade system with a carbon tax system. In addition, either a cap-and-trade system or a tax system can be linked (via appropriate offsets) with a performance standard in another jurisdiction. (Linkage with systems employing technology standards are not feasible, however, because such systems are not output-based.)

A second form of heterogeneity that affects linkage and is potentially very important under the Paris Agreement is heterogeneity regarding the level of government action of the relevant jurisdictions. Although the Paris Agreement has as Parties both regional jurisdictions (in the case of the European Union) and national jurisdictions, sub-national jurisdictions are also taking action in some parts of the world. In fact, linkage has already been established between the state of California in the United States and the provinces of Québec and Ontario in Canada.

A third form of relevant heterogeneity is with regards to the NDC targets themselves. Some are in the form of hard (mass–based) emissions caps, while others are in the form of rate-based emissions caps, either emissions per unit of economic activity, or emissions per unit of output (such as per unit of electricity production). There are also relative mass-based emissions caps in the set of existing NDCs, such as those that are relative to business-as-usual emissions in a specific future year. Beyond these, there are other parties that have put forward NDCs that do not involve emission caps at all, but rather targets in terms of some other metric, such as the degree of penetration of renewable energy sources.

Combinations of various options under these three forms of heterogeneity yield a considerable variety of types of potential linkages, which may be thought of as the cells of a three-dimensional matrix. Not all of these cells, however, represent linkages which are feasible, let alone desirable.

The Path Ahead – Key Issues and Questions

There are a substantial number of issues that negotiators will eventually need to address, and likewise, there are a set of questions that researchers (including within the Harvard Project on Climate Agreements) can begin to address now. Among the key issues for negotiators will be the necessity to develop accounting procedures and mechanisms. Also, it will be important to identify means for the ITMOs to be tracked in order to avoid double-counting of emissions reductions. And a broader question is whether and how the UNFCCC Secretariat or some other designated institution will provide any oversight that may be required.

For research, three questions stand out. First, among pairings from the (3-D matrix) set of instrument–jurisdiction–target combinations that emerge from the three types of heterogeneity identified above, which linkages will actually be feasible? Second, within this feasible set, are some types of linkages feasible, but not desirable? And third, what accounting treatments and tracking mechanisms will be necessary for these various types of linkages? Future research will need to focus on these and related questions in order to achieve the potential benefits of Article 6.2 of the Paris Agreement. Please stay tuned as this work develops.