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Open letter on climate policy from 230 Canadian economists

afransen

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From Stephen Gordon's blog:

An open letter to the leaders of Canada’s federal political parties from economists teaching in Canadian colleges and universities

The press release and the list of signatories (more than 230 and counting) are over here. Here's the letter:

One of the few issues on which most economists agree is the need for public policy to protect the environment. Why so much agreement? Because in the absence of policy, individuals generally don’t take the environmental consequences of their actions into account, and the result is “market failure” and excessive levels of pollution. Environmental degradation diminishes the quality of life for all of us. And without a healthy environment, we can’t sustain a healthy economy. We, the undersigned, have therefore joined together to express our shared views on effective policies to address climate change.

We are non-partisan and will undoubtedly be supporting different parties in this election. Our goal is not to criticize or praise one party or another, but rather to offer our collective views, as economists, to help inform public debate on these matters at a critical time – during a federal election campaign.

What Needs to be Done
While Canada clearly cannot solve the climate change problem on its own, we need to do our part, and this requires immediate and substantive action by our federal government. We make this statement fully acknowledging the importance of other issues to Canadian voters, such as the turmoil in financial markets and our military involvement in Afghanistan. But climate scientists state that we bear the costs of our lack of action on carbon reduction on a daily basis, and within a few decades the impacts of climate change could be truly catastrophic—unless we take action now. Even those who are not quite convinced by today's scientific evidence need to consider the costs of not acting now. If they turn out to be wrong, and we wait for complete certainty, it will be too late.

All the major political parties have stated that they understand the need to act on carbon emissions. The question then becomes what action to take. Any action (including inaction) will have substantial economic consequences and , thus, economics lies at the heart of the debate on climate change.

With this letter, we hope to help put the debate on a more solid economic foundation by offering the following set of principles upon which we believe climate change policy should be founded.

  • Canada needs to act on climate change now.
  • Any substantive action will involve economic costs. Any effective carbon-reduction policy will necessarily entail changing the way we live and do business. All forms of regulation, taxes, or markets for the exchange of emission permits that have a significant impact on greenhouse gas emissions will affect the prices of carbon-intensive goods.
  • These economic impacts cannot be an excuse for inaction. Climate scientists are clear on the costs of inaction, and that these costs will accumulate well beyond the current business cycle, possibly at an accelerating rate. Active and effective climate change policy should be seen as an investment that will yield pay-offs for ourselves, our children and our grandchildren. Given the need to act, the question then becomes which policies would obtain the carbon reduction goals we establish with the lowest cost and greatest level of fairness.
  • Pricing carbon is the best approach from an economic perspective. Approaches to reaching any particular climate change goal that involve pricing carbon, such as carbon taxes and cap and trade systems, involve less economic damage to businesses and families than the alternatives. Carbon pricing is good for several reasons:
    1. Pricing allows each business and family to choose the response that is best and most efficient for them. Firms and families will differ greatly in the options they have for reducing their use of carbon, as well as in the value they place on carbon-generating activities. Price mechanisms give everyone the incentive to reduce their carbon use, but to do so to the degree and in the way that is best for them. This is the main reason that pricing policies are the lowest-cost way to meet our climate change goals.
    2. Pricing induces innovation. As the price of carbon increases, users of carbon intensive goods will demand alternatives. This will induce innovations in the goods and services that are produced, how those goods and services are produced, and the way people live. By moving relatively early in terms of climate policy, Canada has an opportunity to innovate and sell new technologies to the rest of the world.
    3. Carbon is almost certainly under-priced right now. In a fully efficient price system, the price we pay for a product would reflect the full costs of producing and using it, including the costs to the environment. Prices do not currently reflect those environmental costs. When carbon is under-priced, consumers and businesses tend to use too much of it. Policies that increase the price of carbon provide the proper incentives for consumers and businesses when they are making their investment and consumption decisions.
  • Regulation tends to be the most expensive way to meet a given climate change goal. Under regulation, businesses and consumers are mandated to take particular actions related to carbon use (e.g., use a particular technology or stay under mandated levels with no option to trade carbon emission rights). As a result, they are not given the choice of adjusting in the way that is best for them. Regulation therefore increases the costs of achieving carbon reduction compared to when pricing mechanisms such as a carbon tax or a cap and trade system are used. Furthermore, while regulations imposed on firms may appear to be so far removed from the typical consumer that they might think they will not bear these costs, this is not true. Those increased costs will be passed on to consumers due to normal market forces. There may be circumstances when regulation is the appropriate policy tool, but in most cases it is the most economically damaging.
  • A carbon tax has the advantage of providing certainty in the price of carbon. Under a carbon tax, a charge is added to the sale of all fuels according to the carbon emitted when they are used. With a well-designed carbon tax strategy, the tax will be introduced gradually and increased in pre-announced increments until the environmental target is reached . This provides investors with a degree of certainty that is good for business, and allows consumers to make adjustments knowing what is coming. The exact impact of the price increase on the quantity of carbon emitted can be predicted, although with some margin of error. A carbon tax thus involves choosing price certainty but accepting some uncertainty in total carbon emissions.
  • A cap and trade system provides certainty on the quantity of carbon emitted, but not on the price of carbon and can be a highly complex policy to implement. In a cap and trade system, an upper limit (cap) is set on carbon emissions, usually for a particular industry. The government must then make a decision about whether to auction the permits (known as allowances), requiring each firm to buy enough allowances to cover its total emissions. Normal market forces then determine the price of these allowances such that supply equals demand. A cap and trade system with auctioned allowances then acts much like a carbon tax. The price cannot, however, be predicted in advance. Alternatively, the government can issue allowances to firms without charge, then open up the market for trading. In this situation, there is both the uncertainty about the price and potential for significant problems to emerge in the market based on how the allowances are initially allocated. The Emission Trading System in the European Union began by distributing too many allowances and as a result the price fell to close to zero, rendering the policy ineffective. Thus, while a cap and trade system can in principle be equivalent to a carbon tax in terms of its ultimate impacts on the price and quantity of carbon, and will generally give more certainty in meeting environmental targets if the allowances are properly chosen, the price uncertainty in the cap and trade system generally implies a worse environment for long-range decision-making on the part of businesses and consumers.
  • Policies that impose costs on producers (big or small) affect consumers. Some voters seem to think that policies like cap and trade, which apply directly to producers, have less impact on the prices they face than carbon taxes, where the impact can be seen immediately. In fact, voters would do better to assume that all such policies would, ultimately, affect the prices they pay. Indeed, since the goal of these policies is to change what we buy, policies applied to producers must affect the prices faced by consumers if they are to meet environmental goals. The argument that a policy capable of reducing carbon emissions will only affect producers is without economic merit.
  • Price mechanisms can be regressive and our policy should address this. Like most taxes on goods and services that are widely consumed, carbon pricing will have a larger negative effect on lower income Canadian families than others. As we have stated, the same is true of regulation since regulation also raises costs of production and those increased costs will ultimately show up in higher prices. Thus, whatever policy is used, a complete policy should include some element of redistribution to address the impacts it will have on the least well off in our society. Not only will the costs to consumers ultimately be lower under a carbon tax or auctioned emission permits, these latter policies also have the potential to bring revenue into the government that can be used to help offset any inordinate hardship experienced among the least well-off. This is not true of regulatory approaches, or of a cap and trade system in which the allowances are allocated without charge to emitters.
  • A pricing mechanism can allow other taxes to be reduced and provide an opportunity to improve the tax system. With the revenue brought in from a carbon tax or from auctioning the allowances in a cap and trade system, governments can provide general cuts in income and/or corporate taxes. Such systems can be “tax neutral”, meaning the increased burden of the carbon taxes is exactly offset by tax reductions elsewhere, but this result will depend on the details of the particular policy adopted. Under such a plan, lighter carbon users will tend to pay lower taxes overall, while heavier polluters will pay more, corresponding to their greater negative effects on the environment. At the same time, all individuals will continue to have an incentive to reduce their carbon emissions when prices include the cost of their carbon usage. If the tax redesign is done thoughtfully, Canada could move toward an overall tax system, which imposes fewer burdens on the economy and, as a result, leads to a more productive economy for all Canadians.

In closing, we ask you, the leaders of Canada’s major political parties, to immediately begin a substantive public debate, grounded in the generally accepted economic principles outlined above, on the best ways to address climate change. Our collective future is truly in your hands.
 
In closing, we ask you, the leaders of Canada’s major political parties, to immediately begin a substantive public debate, grounded in the generally accepted economic principles outlined above, on the best ways to address climate change.

How about allowing the science to be completed?

But climate scientists state that we bear the costs of our lack of action on carbon reduction on a daily basis, and within a few decades the impacts of climate change could be truly catastrophic—unless we take action now.

Maybe the economists should consider the cost of acting on something that is not a problem.
 
While Canada clearly cannot solve the climate change problem on its own, we need to do our part,
Why? The article does not tell us why we must do our part. Clearly the big poluters (USA, China, India, etc) do not look to Canada for leadership on polution matters, nor would they listen to our demands or suggestions even if we led by example.

Secondly, why is climate change referred to as a problem? Clearly, a changing climate will affect the balance of which nations benefit from or struggle with climate, but to many nations, climate change will present some real benefits. For example, Canada can benefit greatly from climate change as projected, with warmer and longer growing seasons for agriculture, opening up of northern sea routes for increased trade, warmer winters reducing our need to heating fuel, etc. If this past summer is any indication, the increased rain will keep our lake levels up and increase our stock of fresh water. We may even be able to grow a better bottle of wine.
 
Secondly, why is climate change referred to as a problem? Clearly, a changing climate will affect the balance of which nations benefit from or struggle with climate, but to many nations, climate change will present some real benefits. For example, Canada can benefit greatly from climate change as projected, with warmer and longer growing seasons for agriculture, opening up of northern sea routes for increased trade, warmer winters reducing our need to heating fuel, etc. If this past summer is any indication, the increased rain will keep our lake levels up and increase our stock of fresh water. We may even be able to grow a better bottle of wine.

First off, it's hard to make a link between global climate change and an unusually wet summer in eastern North America. Second, climate pattern prediction has such a high degree of uncertainty that you can't just say that it'll be a "warming". We can't just move the temperature line up the Y-intercept and call it a wrap.
 
First off, it's hard to make a link between global climate change and an unusually wet summer in eastern North America.

It's also hard to make a causal link between carbon dioxide emissions and temperature over the last one-hundred years.

Second, climate pattern prediction has such a high degree of uncertainty that you can't just say that it'll be a "warming". We can't just move the temperature line up the Y-intercept and call it a wrap.

And yet the very effort that has resulted in the initiative posted above is based on wildly uncertain speculations about the future effects of atmospheric carbon dioxide.
 
Chemical Winter Part 2

The first thing you need to realize is that neither Climate Change nor Global Warming are the big issues. Chemical Winter is the big issue.

Certainly many of the same chemicals are at the root of the problem. But the immediacy and scope of the certain damage from Chemical Winter dwarfs any problem you might think either Global Warming or Climate Change might bring.

Chemical Winter is the chemical equivalent of Nuclear Winter in terms of its ability to end life as we know it on earth.

After a nuclear war, there is Nuclear Fallout - the radio-active "snow" that science has hammered home literally melts or burns away living tissue and renders it a puddle.

Chemical Winter does exactly the same thing and is doing exactly that right now. The chemicals involved are crude oil derived solvents.

The solvents causing the damage are not water or water soluble liquids. Oil derived solvents are liquids designed to burn at relatively low flashpoints and to render solids into liquids or help liquids combine into other liquids. Like water they can transition into airborne gases.

The molecular structure of these solvents is tiny. We call them Volatile Organic Compounds (VOCs). Not all Volatile Organic Compounds are considered harmful but no one is suggesting you drink the stuff.

Because of their tiny molecular structure, VOCs are also known as transdermals.

That means they can readily penetrate skin and protective membranes such as those found in your respiratory tract.

It also means that due to their ability to persist and maintain their structural integrity in the watery liquid of a living body, they are quite capable of destroying DNA. They do destroy DNA. That as you know is the genetic blueprint of any living organism. It's the mechanism by which life reproduces itself in its own image. Without genetic integrity, birth defects occur.

Depending on the degree of severity, defective offspring generally don't successfully reproduce if the genetic damage hampers the ability to feed and/or attract a mate and thus reproduce. Right there is a problem. As the solvent content of our atmosphere densifies, reproductive difficulties ensue in all living things. Scientists around the world are witnessing that and they are recording that the problem is worsening.

In the last forty years an alarming number of species in the GTA have either extirpated or have been driven into extinction. No one knows the extent of the loss because the species that disappeared were all considered nuisance species. Those were the tiny insects that used to gather around light sources every night during warm weather. They formed a dense contrail at every light source. Now there is nothing. These insectivorous contrails were composed of many species. I'm not sure anyone bothered to record them due to their minute size. But they are definitely gone.

The chemicals in the fossil fuels are many. Benzene is prominent among a vast recipe for atmospheric disaster. Actually Benzene has become a catchall label for a family of lethal chemicals numbering in the thousands. As a group, they are so hazardous, there is no level of safety when they are present in the air. They are too deadly to test. They are highly carcinogenic. They are in almost all fuels including aviation fuel, automotive, truck, boat, train and small engine fuels. They are in most things in our homes and places of work. These chemicals off-gas continuously.

When the government tells you to seal your home against drafts, don't do it. Trapping the deadly gases in your home instead of allowing fresher, cleaner air to circulate is not worth the risk of cancer or other serious chemical injury.

Just because our ministries of the environment are telling you it's safe doesn't mean it is. All you have to do is think about their record on monitoring emissions. Abysmal. Health Canada maintains that aircraft emissions are benign. That should clue you in to where our government's priorities are on the subject.

When you inhale solvent laden air, (All of earth's air is now solvent laden) you sustain a chemical burn or at least an attempt to burn. Repeated inhalations over the years does eventually cause damage. There is no such thing as immunity to a chemical reaction. One of the results can be asthma.

When infants are born, they are incomplete in many respects. One of the things yet to be completed is the physical barrier between the atmosphere and the infant’s brain. That barrier is a membrane that is located above the bridge of the nose where the olfactory nerves pass from the nose to the brain. The membrane doesn’t start to form until the age of two years and is not fully formed until approximately sixteen years.
 
Chemical Winter Conclusion

When harmful chemicals accumulate in our bodies, they are now quaintly termed “Body Burdens†as though we were each handed a little parcel to carry with us as we live our lives. Nothing could be further from the truth. These burdens are in no way benign. They are on a microscopic level, deadly and getting deadlier. As the poisons accumulate, the harder our bodies have to work to overcome the constant assaults. What these chemicals are trying to do is transform that part of you they can reach into a puddle. We call those puddles tumours. They occur wherever the chemicals happen to accumulate in our bodies. There is no escape since we all need to breathe.

Atmospheric solvents were not a problem until after it was learned that the lead in fuels were contributing to serious health issues world wide. Lead was removed from fuels and solvents were substituted without proper testing for long term effects. As a result, the incidence of brain tumours and other types of cancer among children has exploded onto the health scene like few other medical issues.

Once the contaminated, solvent-laden air penetrates tissues, it pools. Over time it accumulates steadily because there is no cessation in the supply. Those closest to the ground are most vulnerable – children and pets. All air borne chemicals have weight and what goes up must come down. Consequently those life forms closest to the ground or floor where the poisons are densest are the most likely to be injured or killed. The leading cause of death among household dogs and cat is cancer. That was not the case mere decades ago.

How pervasive solvents in the atmosphere have become is tragically illustrated by what has happened to frog populations around the world.

Within five years of the last oil producer adding solvents to its aviation fuel – in 1989, frog populations in remote places began to go extinct. This was before cell phone towers sprouted everywhere causing their widespread extinctions. The only common denominator between annihilated frog populations was air. Next came the honey bees.

Both of these life forms are known as indicator species – life forms upon whose health our own depends. What happens to them, happens to us more slowly but just as surely.

The tragic part for is what these extinctions revealed about our skills to protect ourselves. The front line was and still is the scientists. What no one knew then and what most people still don’t understand is that scientists working in different fields don’t talk to each other. They are separate species whose skills at cross discipline communications as not yet evolved to the level of a garden spider. Garden spiders have been shown to understand communications between more than five different species of widely different insects. Human scientists, as I’ve said don’t even talk to each other if they are in different disciplines.

Consequently we have naturalist type scientists discovering that species are dying of immune system disorders but failing to comprehend the solvent role in the immune systems collapse because they know nothing about solvents and their effect on living tissue.

Conversely, we have chemical engineers who understand how deadly solvents are to living tissues. But they have no idea the extent to which those solvents are now affecting life on earth. They have no knowledge of the frogs or the bees and could care less.

The people who use the solvents as fuel have no idea what the effects are of the individual chemicals that are spewed out of their tailpipes. And they don’t know what either the chemical engineers know or the naturalists.

Consequently, we have a global disaster in progress being monitored by weathermen who have next to no knowledge about the real effects of the phenomenon they are witnessing.

They call it Global Warming and Climate Change. That is like a doctor calling a gunshot wound to your head a systemic temperature change and prescribing a children’s strength aspirin.

The solution to this mess is to stop burning fossil fuels. To do so all at once would topple our already crumbling economy. But the reality is that the planet would start to heal itself within three days of a complete cessation of fossil fuel burning. That is how long it takes for VOCs to be neutralized by the environment. Right now, the poisons are being emitted in such volumes, that the earth’s ability to neutralize the poisons has been overwhelmed.

We have choices. They are not difficult to comprehend. It’s all in the doing. Do you have what it takes to do your part in what has to be a species-wide decision to live?

Supposing you do… Where are your clothes going to come from? What are you going to do for a living? Where is your food going to come from and how will you get it? How are you going to keep warm in a cold climate? No natural gas is not benign either. It is just as toxic as every other fossil fuel. These are serious challenges that will determine in this century whether our species is still functioning in the year 2100.
 
Move over Global warming

Chemical winter? I love it.
I was getting tired of the current dire threats to mankind and am ready to move on to the next apocalyptical disaster brought to us by the tinfoil toque crowd.
 
gullyformyle....from your post you seem to lack a basic understanding of scientific measurement and chemistry.

Let's assess this statement:

'The solution to this mess is to stop burning fossil fuels. To do so all at once would topple our already crumbling economy. But the reality is that the planet would start to heal itself within three days of a complete cessation of fossil fuel burning. That is how long it takes for VOCs to be neutralized by the environment. Right now, the poisons are being emitted in such volumes, that the earth’s ability to neutralize the poisons has been overwhelmed.'


1)Half life. It's not 3 days. The half life can vary depending on the compound. Making such a simplistic assumption is simply ignorant.

2) With such low half-life, by your admission is 3 days, that means that VOCs should never be as persistent or as damaging as you claim them to be because they would break-down and dissipate before humans really come into contact with them.

3) Breathing in VOCs in a few parts per million is not going to do anything. Heck, you can breathe in radioactive elements in a few parts per million and it's not going to do any harm.

4) The most common VOC....methane....produced by that steak and milk producing beast humans can't live without....
 
I think the Harper approach of a North America wide framework is the right one. It will preserve competitiveness vis-a-vis our largest trade partner and prevent the provinces from running off and doing their own thing (largely because national consensus would be hard...).
 
It might also be a tactic to stall American efforts. I wouldn't put it past them.


Oh, and it's also about safeguarding Albertan tar sands from the burgeoning clean-oil movement in the US.
 

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