Yves here. One issue with supply-side restrictions is that they are designed to limit use by making fossil fuels more costly and/or scarce. The costs of that will fall most heavily on the poor in the absence of mitigating policies. But then again, so too will the damaging effects of climate change.
By , a professional writer living on the West Coast of the United States and frequent contributor to DownWithTyranny, digby, Truthout, and Cfdtrade. Follow him on Twitter , and . GP article archive . Originally published at
Daily average Arctic surface temperature since 1958. The red line is now — 2018 year-to-date (source: Bill McKibben).
Climate policy recommendations, to date, cluster around a very small number of recommendations, all designed to discourage demand for fossil fuels and encourage demand for renewable energy sources. Few policy recommendations address the plentiful, cheap and growing supply of fossil fuels.
This is a major mistake. It may even prove fatal to the great task ahead. And only the climate activist and policy community can fix this error.
Consider the following six points.
The Argument for Restricting the Supply of Fossil Fuels
1. Note the graph above. If it’s not already clear that global warming has not just reached truly dangerous proportions, but is accelerating, what’s shown in graphs like that should dispel all doubt.
Here’s , from the same series of tweets by climate writer Bill McKibben:
Hmm, something seems a little different this year when it comes to ice in the Bering Sea
— Bill McKibben (@billmckibben)
The Chukchi Sea is the region of the Arctic . As you can see, the extent of sea ice is declining precipitously. (See also and .) All those tiny lines are measurements from the most recent previous years.
(Both of these graphs come from the of climate scientist and student , a Ph.D. candidate in the Department of Earth System Science at UC Irvine. The site is rich in graphs like these. For more Arctic sea ice figures, see and also the links at the bottom of the page.)
If this isn’t an emergency, what is? The World War II analogy would be: Germany has been arming for war for years and has now massed troops on the Polish border. There’s no time to waste in preparing the Polish people for the onslaught.
2. If there’s no time to waste in addressing the climate crisis, it’s necessary not just to restrict the demand for fossil fuels — for example, via carbon taxes and mandatory emissions standards — but also the supply.
This means, in turn, putting the squeeze on the economy to force a conversion to renewable energy supply, rather than simply put pressure on the economy via more gentle restrictions and encouragements that allow the economy to adjust, if it wishes, in a way that’s “comfortable.”
Examples of “comfortable” demand restrictions include carbon taxes and mandatory cap-and-trade systems. “Comfortable” demand encouragements include subsidies for renewable energy infrastructure.
Supply restrictions, in contrast, tend to be uncomfortable — for consumers because supply is restricted in advance of changes in buying behavior or availability of alternatives; for suppliers because the flow of profit is artificially constrained; and for segments of the economy as a whole because money is forced out of fully operating sectors (fossil fuel production, delivery and use) and into alternative, less-developed areas.
The purpose of supply restrictions, in fact, is to use that discomfort to force changes in behavior, to force the development of alternatives — and not to settle for waiting until the market or consumers decide to make these changes on their own.
The World War II analogy would be the transfer of money from the consumer part of the U.S. economy via rationing into the war-making part of the economy, in order to force the production of ships, tanks, guns and other materiel needed by the military. The constricting factor, the reason the U.S. couldn’t support both parts of the economy at full capacity, is manufacturing capacity. No developed nation can double manufacturing capacity in a year, even with all the money in the world to do it. Capacity to make cars, for example, had to be converted to make tanks. In the same way, overall spending had to be diverted, since a nation’s ability to expand government spending, while large, isn’t infinite.
3. Restrictions on supply, when coupled with constrictions on demand, work very well in other areas where public policy intervention is needed to create a positive social change. Consider the attempt to limit tobacco use in Australia, from a recent academic study ( by Fergus Green & Richard Denniss) that looks at the utility of supply-side restriction in the battle to mitigate climate change (emphasis added):
Significantly, many countries rely on complicated and evolving combinations of these measures, wherein restrictive supply-side policies play an important role complementing demand-side policies.
Policies to control tobacco smoking in Australia provide an instructive example. The policy mix includes prohibitions on producing tobacco without a license, selling tobacco without a license, selling tobacco to children, tobacco advertising, tobacco sponsorship, and smoking cigarettes in confined public spaces. It also includes heavy taxation of tobacco consumption, hard-hitting public information campaigns, “plain packaging” laws, mandatory health warnings on cigarette packages, and the subsidisation of certain substitutes for cigarettes such as nicotine patches.
None of these anti-“free market” measures is considered out of bounds by the public in the war on tobacco use:
Far from being derided as an inefficient mire of “red tape”, Australia’s tobacco regulatory environment is lauded as a global model of effective public health policy, with the country seen as an early mover in innovative regulation in the sector (Chapman and Wakefield ). The combination of a wide range of policies, rather than an ‘optimal’ policy, is, moreover, endorsed in the World Health Organisation Framework Convention on Tobacco Control, which states that “‘tobacco control’ means a range of supply, demand and harm reduction strategies that aim to improve the health of a population by eliminating or reducing their consumption of tobacco products and their exposure to tobacco smoke…” (article 1(d)).
As the authors also note, supply-side restrictions “have also played an important role in efforts to reduce negative environmental pollution externalities, including chlorofluorocarbons (Haas ), asbestos (Kameda et al. ), and lead in petroleum products (Needleman ).”
4. Restrictions on demand for fossil fuels alone aren’t doing the job, certainly not fast enough. The march to a far less human-friendly climate — what I’ve been calling the Next New Stone Age — is relentless and accelerating. Again, we are now seeing in the Arctic. In plain English, that means this: air, warm enough to melt ice, in the Arctic, in winter.
Restrictions on supply are therefore critically needed. Yet restrictions on supply create discomfort, both for producers and consumers. Can counter-arguments that point to “discomfort” as a reason not to address climate change via fossil fuel supply restrictions be overcome?
5. The surprising answer is yes, those arguments can be overcome. The paper cited above notes both economic and political benefits of restricting the supply of fossil fuels, and shows that, controlling for other factors, those arguments can be popular and effective. To my knowledge, it’s the first paper to do so.
It points out that the economic benefits of supply-side restrictions include low administrative and transaction costs, higher certainty of abatement outcomes, positive price and efficiency effects, the avoidance of infrastructure “lock in,” and others.
On the political side, the authors assert that “supply-side policies are generally likely to attract higher public support than demand-side policies, all else equal.”
Scholars have identified various reasons, related to these factors [perceived benefits, distributional fairness, and so on], why people tend to prefer certain kinds of climate policy instrumentsover others (e.g. command and control regulation over market-based instruments) (Jenkins ; Kar ; Rabe ) and, within a given class of policy instrument, certain design features(e.g. explicit earmarking of revenue from market-based instruments) (Drews and van den Bergh , 863; Rabe and Borick ). What has not been analysed is the effect on public support resulting from whether the instrument targets the supply side or the demand side (controlling for instrument type and relevant design features such as, where applicable, revenue allocation).
The point of the study is to support that point by “controlling for instrument type and relevant design features such as, where applicable, revenue allocation”.
For example, on the “perceived benefits” of demand-side vs. supply-side climate policies, the authors state:
A common conclusion from climate-related public opinion research is that climate science is poorly understood and concern about the problem, though widespread, is shallow, i.e. it tends to be a low-salience, low-priority concern and individuals have a low “willingness to pay” for solutions (Ansolabehere and Konisky ; Guber ; Jenkins , 470–72; van der Linden et al. ). This is unsurprising: the climate benefits of mitigation policies are diffused widely across time and space; they disproportionately accrue (and are perceived accrue) to future generations and people in other countries; and their magnitude is uncertain, meaning they are likely to be strongly discounted by voters (van der Linden et al. ).
Supply-side policies suffer none of these disadvantages:
By contrast, supply-side instruments typically target fossil fuels per se. Survey evidence suggests that people more readily link co-costs/co-benefits (environmental, health, security, social, economic) to specific energy sources than to the more abstract concepts of “carbon”/“climate” (e.g., Ansolabehere and Konisky ); and fossil fuels are well-understood commodities that many people more readily associate with a range of higher-priority, more localised and more immediate negative (non-climate) impacts, resulting in negative attitudes toward fossil fuels, especially coal (see Green , section 3.1.1 and references there cited). These features give supply-side policies considerable advantages in attracting public support for climate policy. Relatively high public support for fossil fuel severance (resource extraction) taxes, even in climate-ambivalent, tax-averse north-American states and provinces (Rabe and Borick , 377–79), provides circumstantial empirical support for these arguments.
The paper studied similar support for supply-side policies based on perceptions of distributional fairness and lower costs.
6. The bottom line is: This is the first study that controls for other factors in determining support for supply-side climate policies vs. demand-side policies by themselves, and finds much to be encouraged about.
The authors conclude:
In our experience, the climate policy community has for too long been excessively narrow in its preference for certain kinds of policy instruments (carbon taxes, cap-and trade), largely ignoring the characteristics of such instruments that affect their political feasibility and back effects. At the very least, then, we hope we have shown that supply-side policies should be in the toolkit, ready to be wielded when circumstances favour.
Better, we think, to cut with both arms of the scissors.
Cutting with “both arms of the scissors” means using both supply-side policies and demand-side policies in addressing the looming climate crisis. It’s clearly ineffective to use just one.
Only the Climate Policy Community Can Lead in Making This Change
Note the addressee of the authors’ conclusion — the “climate policy community.” This recommendation is not addressed primarily to politicians, who in the West are natively “free market” apologists, which means, natively Big Money enablers.
And it’s not addressed to the public at large, who fear — and are led to fear — the “discomfort” of supply restrictions. Recent American Petroleum Institute ads, for example, say this in effect to consumers: “Do you like that big-screen, smart-phone lifestyle of yours? Be sure to keep carbon in the energy mix, or you’ll lose it.” Yet the reality is, if Mr. and Ms. Consumer truly hope to keep their smart-phone lifestyle intact, they better start now to arrest the devolution to Stone Age life that constantly burning carbon will cause — just the opposite of what the API is telling them to do.
It makes sense then, does it not, that a message that clearly explain the benefits of reduction — and destruction — of fossil fuel supply can only be carried at first by leading climate activists and the broader policy community?
I see no one else to offer it. And considering both the existential nature of the coming emergency and its near-suffocational timeline, that leadership needs to start … well, now.