Limit to Growth – Again?

Posted on October 22, 2012 by climatechangefork

The reason that I am writing this series of blogs is to try to do whatever I can to prevent what I previously called a “Self Inflicted Genocide” (April 22); one, which in my opinion, and that of many others, will result from the continued and intense reliance on fossil fuels. The consequence of the use of these fuels is to trigger a change of atmospheric chemistry, which in turn results in climate change.

The B1 scenario (September 24 – October 8 blogs) that will keep the climate bounded at a level in which adaptation has a chance to be effective, requires a major shift in the energy sources that we use. I, among others, have labeled this shift a global energy transition, or a major feeding transition.

As I was going through this process, I came across a New York Times blog (October 15) written by Thomas B. Edsall, titled, “No More Industrial Revolution?” The blog was in a section called “Campaign Stop” that was designed to address issues in the current presidential election. One of the main issues being addressed by both presidential candidates is the ability to stimulate the American economy to create millions of new jobs and significantly reduce the present unemployment rate.

Mr. Edsall was focusing our attention on a recent article by Robert J. Gordon (September 11, 2012) that was published in the National Bureau of Economic Research and reprinted in VOX under the title “Is US Economic Growth Over? Faltering Innovation Confronts the Six.” A paragraph from this paper summarizes the main thrust:

The analysis in my paper links periods of slow and rapid growth to the timing of the three industrial revolutions:

IR #1   (steam, railroads) from 1750 to 1830;

IR #2   (electricity, internal combustion engine, running water, indoor toilets, communications, entertainment, chemicals, petroleum) from 1870 to 1900; and

IR #3 (computers, the web, mobile phones) from 1960 to present.

It provides evidence that IR #2 was more important than the others and was largely responsible for 80 years of relatively rapid productivity growth between 1890 and 1972.

Once the spin-off inventions from IR #2 (airplanes, air conditioning, interstate highways) had run their course, productivity growth during 1972-96 was much slower than before. In contrast, IR #3 created only a short-lived growth revival between 1996 and 2004. Many of the original and spin-off inventions of IR #2 could happen only once – urbanisation, transportation speed, the freedom of women from the drudgery of carrying tons of water per year, and the role of central heating and air conditioning in achieving a year-round constant temperature.

The “conclusion” he comes to is that we are through with industrial revolutions that have a lasting positive effect on the economy and, to use Edsall’s expression, since the US economy is now running on empty, we had better get used to a stagnating economy. That this blog showed up in the “Campaign Stop” section is highly significant because it essentially implies that at least on this important issue, both campaigns are running on empty.

The limit-to-growth argument is obviously not new. Googling the term produces 300,000 links. Its origin can arguably be traced to Robert Malthus (1766 – 1834), who based his argument on the need to adjust exponential growth of population with linear growth of food supply. Since Malthus’ time, there have been many arguments and counterarguments that trace the limits to limited availability of natural resources. Given M. King Hubbert’s analysis of availability of oil in the US, I try in my book to analyze Malthus’ argument in terms of energy source availability. Gordon’s article is the first indication that I am aware of that the threshold will be determined by the limits to human ingenuity.

I am a physicist (actually I was trained as a chemist and gradually moved into physics in my research on alternative energy sources that was focused on semiconducting materials). I will not try to argue with Prof. Gordon on the quality of data that he is using to draw his conclusions, but I will try to make the case that at least in terms of what is needed, we had better have a fourth industrial revolution to shift our energy sources to a more sustainable mix (and soon!). Considering the fact that more than 25% of the human population lives without electricity (October 1) and that the average US GDP/Capita is about an order of magnitude higher than the global average, such a shift can not come without growth. And indeed, all the SRES scenarios (September 24) that the IPCC is relying on, stipulate major global economic growth.

I would like to argue one important element of Prof. Gordon’s analysis: The definition of the first industrial revolution (IR#1) is much more appropriate in terms of the beginning of the use of coal as a low cost and efficient way to run the newly improved steam engines and their subsequent use in mechanizing the British textile industry.

The Industrial Revolution is much better defined in terms that are analogous to the financial bubble that we have just experienced by relying on borrowed money for economic growth.

We started to use solar energy that was stored on earth for millions of years through the decay of dead greenery and animals under limited supply of oxygen. This energy is stored in a “warehouse” (planet Earth) and it took the industrial revolution for mankind to be smart enough to find it and use it for present needs. As in any retrieval process, the warehouse stock will eventually run out unless replenished. However, our main concern is not running out of energy sources so much as it is the “high interest” we must pay as a result of our current usage: the “waste” products that we generate by using fossil fuels change the energy balance with the sun, and result in major climate change. In this sense IR#2 and IR#3 are both derivatives of IR#1, which pioneered the use of fossil fuels to power machines that are doing work for us.

Just as our current financial crisis was fueled, in large part, by relying too much on borrowed money, the industrial revolution was “fueled” by “borrowing” fossil fuels from warehouse Earth. We were able to draw great benefits from fossil fuels but we are now starting to pay the interest.

I think that Prof. Gordon is right in arguing that the period of 1750 – 2100 can be represented as a wavelet in human history. But I don’t think that he is right to present it as a wavelet in economic growth; it’s a wavelet in using borrowed energy.

What we now need to do is to stop borrowing so heavily from Earth’s energy warehouse and figure a way to continue economic growth by developing and using more sustainable energy sources. In any interpretation, the wavelet includes two sides: past and future. The past is based on data, while the future is based on scenario, and depends on our choices. In my next blog I will try to elaborate on the available choices.

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A Voice From the Inside of a Feeding Transition

Posted on October 15, 2012 by climatechangefork

In the last few blogs (September 24 – October 8), I have tried to make the case that we can aim for a reasonable global strategy based on the IPCC SRES B1 scenario.  This calls for limiting anthropogenic changes to the chemistry of the atmosphere to a degree that is manageable through adaptation. The B1 scenario is based on two fundamental anchors, both reliant on a timeline which culminates toward the end of the century: limiting and stabilizing the global population to below 10 billion people and a major transitioning of global energy toward reliance on non-fossil fuel sources, such that more than half of all global energy comes from alternative sources (up from the present 15%). I and many others, have labeled this sort of major shift in energy supply over such a short time, a “feeding transition.” Obviously, both transitions have major consequences. In our limiting and stuttering ways we are in both transitions now and many of the consequences are already visible.

October 2011 marked a milestone, as the global population passed the 7 billion mark. Science magazine used this landmark as an opportunity to publish a full issue dedicated to present trends in global population (Science 333, 29 July 2011). Figures 1 and 2, posted below from the Science issue, are based on data from the UN Population Division.

Figure 1

Figure 1 shows the history of global population throughout human history. When I was born, the global population was just above 2 billion people. During my lifetime, the global population has grown by an additional 5 billion people; such is the power of exponential growth. Growth of this magnitude has environmental consequences, as we are now a major part of the physical environment (June 25 blog).

Figure 2 shows the more recent trends in global fertility rates, as defined by the average number of children that would be born to a woman during her lifetime. The fertility rate is the ultimate driving force for population growth, with a replacement rate taken as a number between 2 and 2.5 depending on factors such as infant mortality rate. One can see a major decrease in fertility rates after 1975. In most developed countries the total fertility rate is now well below replacement and the population is decreasing. The fertility rate in developing countries is still well above replacement but it is fast declining. This trend underlines the B1 scenario for a global population projected to stabilize below 10 billion toward the end of the century. This trend has also major consequences that we are presently experiencing, some of which I will try to explore in a future blog.

Figure 2

The part of the B1 scenario that deals with energy use is a more complicated situation. Globally, we have started to pay attention to the ways that the use of fossil fuels exert stress on the chemistry of the atmosphere. In the Rio convention (June 1992), the framework was established in an attempt to construct a global energy system that would reduce the carbon footprints while at the same time not limiting economic growth. The UN Framework Convention on Climate Change (UNFCCC) was created to form a global framework for collective action. On February 16, 2005, upon ratification by a set of countries collectively responsible for 55% of the greenhouse gases (GHG), the Kyoto Protocol came into force. Participating parties from developed countries were committed to reducing their combined GHG emissions by at least 5% from the 1990 level by the period of 2008 – 2012 and were to show significant progress in achieving that goal by 2005. The most notable exception to this ratification was the United States, which decided after the 2000 elections, not to be a part of the protocol. In contrast, the European Union was perhaps the most fervent supporter of the agreement, implementing Cap and Trade policies that shifted the cost balance between fossil fuels and alternative energy sources.

Figure 3 shows the results, as compiled from the International Energy Administration Data (EAD). From 2000 to 2009 both the European Union and the US follow similar patterns of carbon emission, while China’s emissions more than double. Looking back at the original data from the Kyoto baseline of 1990  shows that the European Union is approximately fulfilling its Kyoto commitments while the US (no commitments) slightly increases its emissions (by about 10%).

Figure 3

The emission comparison between the United States and the European Union seems to suggest that changes in government policies, as to use of energy sources, have very little impact, while economic activities certainly have an impact (two recessions over the last decade). The largest influence on the US, however, was a major shift in the primary energy source that drives electricity production.

Figure 4

Figure 4 again shows (October 8) the fuel type of electricity generation capacity by initial year of the operation of the power stations. Since 1990, and especially following the year 2000, the United States has experienced a major energy transition in the form of a shift from coal-based production to natural gas, with significant contribution from wind-fueled energy. While policy had something to do with this shift (primarily with regard to wind production), the main contributors were the market forces of price and technology. Natural gas is a fossil fuel – so it doesn’t bring us closer to the B1 energy transition, but it is the most efficient fossil fuel in terms of delivering energy for a constant carbon dioxide emission.

Figures 3 and 4 show that over the last 10 years we have experienced three major driving forces for energy use. Europe was driven by the Kyoto protocol, and China was driven by the apparent necessity to supply their fast economic growth with locally available, cost effective primary energy (coal). While the United States’ driving force was very similar to that of China, technological innovation uncovered the availability and cost effectiveness of natural gas as a much more efficient alternative to coal. The resulting energy usage happens to follow in the spirit of the Kyoto Protocol, even without having adjusted policies to accomplish this objective. Realization of the B1 scenario requires a global energy shift. If we are aiming for a similar outcome, we must somehow learn from our recent experiences as we determine how best to proceed.

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Mañana

Posted on October 8, 2012 by climatechangefork

Mañana is a common expression (derived from Spanish but used much more generally) that translates as tomorrow or in the indeterminate future. It is also the common denominator of my “Three Shades of Deniers” (September 3 blog) that I have previously labeled as “DNNers” (Do Nothing Now: do it, maybe, “tomorrow” or the day after). In the same blog post, I showed one of my test questions, along with my students’ general reaction:

The argument has been made (Dissenting voice in http://climatedebatedaily.com/) that since the projections say that future generations will be much richer than ours, they should pay for the future impacts of climate change. Argue for and against this position.

I don’t ask students to demonstrate any preference, requiring only that they present detailed argument for and against both positions; however, most students show preference against postponing action. The main reason that students provide is that most of the actions possible are time dependent, and the feasibility of remediation quickly decreases the longer we wait.

My student’s response was based mainly on moral grounds: we did it – we should fix it – now!

I would like to add some numbers to further explain and evaluate these options.

I have defined, “Declaration of Victory and Exit Strategy” as follows:

The four figures below illustrate two possible scenarios out of the more than 40 on which the IPCC is reporting. We can declare “victory” and exit the battlefield if toward the end of the century we can derive more than half of our global energy from non-fossil sources, a development that would approximately follow the dynamics of B1 in Figure 4.

In the same blog, I argued that the B1 scenario also requires that the global population stabilize to around 8 billion people as compared to the A2, business as usual, scenario that projects a more than doubling of present global population.  Figure 4 in that blog shows very little difference toward mid-century, both in terms of population growth and fraction of energy sources not derived from fossil fuels. Most of the divergence between the two scenarios shows up after 2050.

An interesting consequence of this analysis is that the primary energy per capita is about the same in the two scenarios, with an increase of about 50% to support the projected increase of the standard of living.

The purpose of this blog is to figure out what it will take to reduce the fraction of energy sources that derive their energy from fossil fuels to be below the required 50%.

Figures 1 and 2 show the age of power plants in the US in terms of the primary energy sources that drive the conversion (http://www.eia.gov/todayinenergy/detail.cfm?id=1830)

Figure 1.

 Figure 2.

Presently (2009), around 1.5 billion people, around the world, lack access to electricity. This number consists of close to 25% of the world population. Almost all of these people reside in developing countries. Yet, both IPCC scenarios (September 24) predict a much higher average global income toward the end of the century. It is a safe assumption that if the high-income predictions come true, there will be close to universal access to electricity. Currently, developed countries already enjoy such full access. Developed countries spend about half their primary energy consumption on electricity generation (the rest goes mainly to transportation and heating), so electricity is a good proxy for the simulation of future energy consumption. However, if we use electricity as a proxy for primary energy use, we have to take in account that electricity is a secondary energy source with a typical conversion efficiency of 30% from primacy energy sources.

Figures 2 and 3 in the September 24 blog show that the present global need of primary energy is about 16.5 TW (trillion watts); the B1 projects the need by the end of the century at 31TW, while the A2 scenario would require twice as much energy. For simplicity, we will assume that all the energy used goes to generating electricity. The non-fossil fraction of present day generation amounts to 2.4TW, which amounts to around 15% of the primary energy used.

The largest power generating stations that include coal, gas, nuclear and wind are about 1GW (billion watts). That does not mean that we have a single wind turbine that generates billion watts; it refers to the wind farm that can consist of few hundreds turbines connected to the transmission network. The largest photovoltaic farm is 0.1GW with the total global photovoltaic capacity (2011) at 64GW. From Figure 2, a “typical” lifetime of an electric generator can be taken as 50 years, so we can estimate the number of generating stations that will be needed before the end of the century to be about 20,000. If we spread this number uniformly over the remaining 90 years, it will require more than 4 1GW stations per week. To achieve the global objective of the B1 scenario – about half of these stations will need to generate the electricity from non-fossil sources. Such a transition requires all the time that we can provide.

For an estimate of the task, we can have another look at Figure 1. The last 10 years have constituted a very large energy transition to natural gas and renewables. This transition is roughly equivalent to 550 1GW power stations.

Next week we will look closer at this transition.

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Cost Effectiveness

Posted on October 1, 2012 by climatechangefork

In the previous blog (September 24) I outlined a “victory,” based on IPCC (Intergovernmental Panel on Climate Change) projections, which will allow us to stabilize the composition of the atmosphere at levels that adaptation will be able to handle. I said:

We can declare ‘victory’ and exit the battlefield if by toward the end of the century we can derive more than half of our global energy from non-fossil sources, a development that would approximately follow the dynamics of B1 in Figure 4.

“Victory,” following this analysis, requires that by toward the end of the century, at least half of our energy come from sources that do not change the atmospheric chemistry and thus do not destroy our energy balance in a way that will result in destructive climate change. In the prior two blogs (September 10 and 17), I tried to take advantage of the two political conventions to figure out whether the candidates that are asking for our votes in November are promising to pursue policies that move us closer to that objective.

As we saw, both Governor Romney and President Obama have promised to develop sustainable, alternative (to fossil fuels) energy sources and thus, hopefully, move us in the direction of “victory.” However, there are differences in their approaches, including Governor Romney’s added condition that any alternative energy resources used must be cost-effective. President Obama, meanwhile, has added no such condition.

Here is a summary of the two positions as related to this issue:

Republican Platform:

The current Administration – with a President who publicly threatened to bankrupt anyone who builds a coal-powered plant – seems determined to shut down coal production in the United States, even though there is no cost-effective substitute for it or for the hundreds of thousands of jobs that go with it as the nation’s largest source of electricity generation

We encourage the cost-effective development of renewable energy, but the taxpayers should not serve as venture capitalists for risky endeavors. It is important to create a pathway toward a market-based approach for renewable energy sources and to aggressively develop alternative sources for electricity generation such as wind, hydro, solar, biomass, geothermal, and tidal energy.

Speeches during the convention:

Governor Romney:

And unlike the President, I have a plan to create 12 million new jobs. It has 5 steps: First, by 2020, North America will be energy independent by taking full advantage of our oil and coal and gas and nuclear and renewables.

President Obama promised to begin to slow the rise of the oceans and heal the planet. My promise…is to help you and your family.

President Obama:

We’re offering a better path – a future where we keep investing in wind and solar and clean coal; where farmers and scientists harness new biofuels to power our cars and trucks; where construction workers build homes and factories that waste less energy; where we develop a hundred year supply of natural gas that’s right beneath our feet. If you choose this path, we can cut our oil imports in half by 2020 and support more than 600,000 new jobs in natural gas alone.

And yes, my plan will continue to reduce the carbon pollution that is heating our planet – because climate change is not a hoax. More droughts and floods and wildfires are not a joke. They’re a threat to our children’s future. And in this election, you can do something about it.

The first question to ask is, “cost-effective” relative to what? Why do we feel that we should pay next to nothing for energy and its delivery?  Is it because we feel that it’s somehow our “right” to do what we will with “nature” and that transactions that revolve around energy should be free or very cheap?  We willingly pay huge sums to people for handling our finances, and for many other things.  Why should this be any different?

Country

US Cents/kWh

Year

GDP/Person

(Current $)

(US Cents/MWh)/(GDP/Person)

Argentina

5.74

2006

5,486

1.05

Bulgaria

16.3

2012

7,158

2.28

Brazil

34.2

2011

12,594

2.7

China

9.1

2012

5,445

1.67

France

19.4

2011

42,337

0.45

Germany

27.8

2011

43,689

0.64

India

2.0

2009

1,489

1.34

Malaysia

7.42

2007

6,905

1.07

Mexico

19.3

2012

10,064

1.92

Philippines

30.5

2010

2,140

14

Russia

9.58

2012

13,089

0.73

Sweden

27.1

2011

56,927

0.48

Turkey

13.1

2011

10,498

1.25

United Kingdom

17.8

2012

38,818

0.46

Ukraine

3.5

2011

3,615

0.97

United States

12

2011

48,442

0.25

 Table 1.

Electricity cost as fraction of GDP/Capita in various countries

Table 1 shows the cost of electricity as fraction of the GDP/Capita of various countries. I took most of the electricity prices from a Wikipedia site that includes the primary references. All the GDP data is taken from the World Bank. For some reason or another, India’s data didn’t show up with the rest in Wikipedia, so the rate of Indian electricity was taken from a primary source here instead.

In developed countries, electricity accounts for half of all primary energy usage.  So, electricity rates in those countries are the best indicators of the effects that energy prices have on a both a country’s economy and its citizens’ daily lives.

In most countries, electricity prices are regulated so as to provide the most cost-efficient use. Gasoline prices, on the other hand are subject to various policies that are designed to either encourage or discourage its use. In most countries, high priced gasoline use for vehicular transport often has alternatives in the form of more energy efficient public transportation.

It is not surprising (at least to me) that such an analysis of the cost of electricity shows that the average price of electricity in the United States is the lowest among the countries that are listed inTable 1.

More than that, as a glance at the primary data shows, the 2011 average electricity cost in the United States is 12 Cents/kWh. However, in Hawaii the price is as high as 36 Cents/kWh, while in my own state of NY it is 19 Cents/kWh – way above the average. Hawaii’s income per capita is 97% of the US average, while that of NY is 115% of the US average.

Table 1 also shows that the relative electricity costs in developing countries are significantly higher than those in developed countries. Yet, over the last 20 years most of the developing countries enjoyed much higher GDP growth as compared to most developed countries.

We need to specify the frame of reference when we decide on policies to develop cost-effective energy. Can we focus on research and development of better (and more “cost effective”) energy sources and postpone implementation until we decide that we have reached some limit in improving these devices? In the next blog I will examine the issue of timing.

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Declaration of Victory and Exit Strategy

Posted on September 24, 2012 by climatechangefork

The title of my previous blog was “Declaration of War.” I wrote:

In the next few blogs I will try to expand this notion to include non-military action, with a specific focus on climate change. My objective is to look into how we can define a victory, as well as be able to outline an exit strategy.

I didn’t elaborate whom the war and victory were directed against, so I will try to do so now.

Anthropogenic (human-caused) climate change is a global phenomenon to which all of us contribute, and whose consequences all of us, particularly future generations, will suffer. In this sense, it is a global civil war of man against man and man against his physical environment. My use here of the term global is not restricted to humans but includes the physical environment, since the issue will affect our entire ecosystem. This complements my expanded definition of Science (June 25) that now includes human behavior. As in any other war, victory will be declared when we can stop fighting the physical environment by making our lifestyle compatible, thus ending the struggle.

I obviously have to be much more specific. The four figures below illustrate two possible scenarios out of the more than 40 on which the IPCC is reporting. We can declare “victory” and exit the battlefield if by toward the end of the century we can derive more than half of our global energy from non-fossil sources, a development that would approximately follow the dynamics of B1 in Figure 4.

IPCC Ecosystem Risks Fork

Figure 1 – IPCC projections of future impact of climate change based on two different scenarios

 

                               Figure 2                                                                 Figure 3

Projections of Population and primary energy use based on the IPCC AIM B1 and A2 scenarios (Micha Tomkiewicz, Sustainability, 2, 204-214 (2010)).

 

Figure 4

Projections of the fraction of non-fossil energy use based on the IPCC AIM B1 and A2 scenarios (Micha Tomkiewicz, Sustainability, 2, 204-214 (2010)).

Figure 1 shows the projected temperature increase and the environmental consequences of two future scenarios marked as A2 and B1. These are just two of the more than 40 scenarios that IPCC is reporting on, with the explicit statement that none of them is any more likely than the others. Our outcome depends on our choices. All 40 of these scenarios lead to a higher standard of living. The present (2000) average global GDP per capita is about $5,000. Toward the end of the century, the A2 scenario projects a GDP per capita of $16,000 while the B1 reaches an astonishing number of $47,000 (SRES. 2002. “The SRES Emissions Scenarios.” http://sedac.ciesin.org/ddc/sres ). Both numbers reflect dollar values that have been adjusted for inflation. Thus, the B1 scenario implies an average global standard of living equal to that presently found in the US.

From Figure 1, the A2 scenario reflects the projected outcome of a “business as usual” scenario: a boundless increase in temperature. The figure goes on to note some of the expected consequences of such circumstances. In the B1 scenario, the impact stabilizes to a global temperature increase of roughly 2.5oC (4.5oF). An increase that leads to saturation at this level can be handled through adaptation policy (particularly with the available wealth in this scenario). There are two major differences between the two scenarios: population and the fraction of energy derived from non-fossil sources. Figure 2 addresses population: in A2, the projected global population toward the end of the century reaches around 15 billion, while B1 peaks around 8 billion mid-century, then declines back to the present population of 7 billion by 2100. Figure 4 describes the fraction of energy derived from non-fossil sources: A2 increases slightly to 25% toward the end of the century while B1 increases to close to 60%. Amazingly, the two scenarios project the same energy use per person (Figure 3), a factor that continues to increase, driven by the projected global increase in the standard of living. The total energy use in A2 is obviously much larger compared to B1 because of the larger projected population. The difference in projected populations between the two scenarios looks to be very large; however, it amounts to less than 1% global population growth. Such is the power of exponential growth.

As has been proven time and again, population growth is impossible to control politically from top down. Repeatedly it is being proven that the most effective mechanisms for birth control are educational opportunities and health care availability, especially for women. Both usually accompany the projected increase in the standard of living.

Based on such scenarios, the remedy is available through collective decision making, i.e. – the political system, the extent to which we use non-fossil fuels to generate our energy, etc.

Achievement on the line described in Figure 4 amounts to a global energy transition. For a global impact, such a shift implies a considerably enhanced shift in developed countries. Aiming for something close to such a shift amounts to an exit strategy; achieving it would count as a tremendous victory. The next blogs will discuss various aspects of the policy changes and technical issues that such a shift involves.

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Declaration of War

Posted on September 17, 2012 by climatechangefork

“After the end of [the] Persian Gulf War in 1991, Colin Powell, then chairman of the Joint Chiefs of Staff, outlined his vision for efficient and decisive military action.” This vision is now known as the Powell Doctrine. The last condition for the Powell Doctrine is that “there must be a clear exit strategy from the conflict in which the military is engaged.”

In the next few blogs I will try to expand this notion to include non-military action, with a specific focus on climate change. My objective is to look into how we can define a victory, as well as be able to outline an exit strategy.

A presidential election campaign is a referendum on how best the nation should proceed. The next two months should provide a strong indication as to our collective willingness to make peace with our physical environment. My last blog (September 10) tried to draw some inspiration from the two presidential candidates’ concluding speeches of their respective conventions. We did find some abbreviated information on their intended action but the information took the form of slogans.

Two other sources that came to light during the conventions were the party’s platforms and a set of science related questions from the organization ScienceDebate, to which the candidates provided written responses. This blog will summarize the climate-change related information in these documents.

From the 2012 Republican Platform

Coal is a low-cost and abundant energy source with hundreds of years of supply. We look toward the private sector’s development of new, state-of-the-art coal-fired plants that will be low-cost, environmentally responsible, and efficient. We also encourage research and development of advanced technologies in this sector, including coal-to-liquid, coal gasification, and related technologies for enhanced oil recovery.

The current Administration – with a President who publicly threatened to bankrupt anyone who builds a coal-powered plant – seems determined to shut down coal production in the United States, even though there is no cost-effective substitute for it or for the hundreds of thousands of jobs that go with it as the nation’s largest source of electricity generation. We will end the EPA’s war on coal and encourage the increased safe development in all regions of the nation’s coal resources, the jobs it produces, and the affordable, reliable energy that it provides for America. Further, we oppose any and all cap and trade legislation.

We encourage the cost-effective development of renewable energy, but the taxpayers should not serve as venture capitalists for risky endeavors. It is important to create a pathway toward a market-based approach for renewable energy sources and to aggressively develop alternative sources for electricity generation such as wind, hydro, solar, biomass, geothermal, and tidal energy. Partnerships between traditional energy industries and emerging renewable industries can be a central component in meeting the nation’s long-term needs. Alternative forms of energy are part of our action agenda to power the homes and workplaces of the nation.

From the 2012 Democratic Platform

We know that global climate change is one of the biggest threats of this generation—an economic, environmental, and national security catastrophe in the making. We affirm the science of climate change, commit to significantly reducing the pollution that causes climate change, and know we have to meet this challenge by driving smart policies that lead to greater growth in clean energy generation and result in a range of economic and social benefits.

President Obama has been a leader on this issue. We have developed historic fuel efficiency standards that will limit greenhouse gas emissions from our vehicles for the first time in history, made unprecedented investments in clean energy, and proposed the first-ever carbon pollution limits for new fossil-fuel-fired power plants. As we move towards lower carbon emissions, we will continue to support smart, energy efficient manufacturing. Democrats pledge to continue showing international leadership on climate change, working toward an agreement to set emission limits in unison with other emerging powers. Democrats will continue pursuing efforts to combat climate change at home as well, because reducing our emissions domestically—through regulation and market solutions—is necessary to continue being an international leader on this issue. We understand that global climate change may disproportionately affect the poor, and we are committed to environmental justice.

Answering a Written Question from ScienceDebate:

2. Climate Change. The Earth’s climate is changing and there is concern about the potentially adverse effects of these changes on life on the planet. What is your position on cap-and-trade, carbon taxes, and other policies proposed to address global climate change—and what steps can we take to improve our ability to tackle challenges like climate change that cross national boundaries?
Barack Obama:Climate change is the one of the biggest issues of this generation, and we have to meet this challenge by driving smart policies that lead to greater growth in clean energy generation and result in a range of economic and social benefits. Since taking office I have established historic standards limiting greenhouse gas emissions from our vehicles for the first time in history. My administration has made unprecedented investments in clean energy, proposed the first-ever carbon pollution limits for new fossil-fuel-fired power plants and reduced carbon emissions within the Federal Government. Since I took office, the U.S. is importing an average of 3 million fewer barrels of oil every day, and our dependence on foreign oil is at a 20-year low. We are also showing international leadership on climate change, reaching historic agreements to set emission limits in unison with all major developed and developing nations. There is still more to be done to address this global problem. I will continue efforts to reduce our dependence on oil and lower our greenhouse gas emissions while creating an economy built to last.   Mitt Romney:I am not a scientist myself, but my best assessment of the data is that the world is getting warmer, that human activity contributes to that warming, and that policymakers should therefore consider the risk of negative consequences. However, there remains a lack of scientific consensus on the issue — on the extent of the warming, the extent of the human contribution, and the severity of the risk — and I believe we must support continued debate and investigation within the scientific community.Ultimately, the science is an input to the public policy decision; it does not dictate a particular policy response. President Obama has taken the view that if global warming is occurring, the American response must be to slash carbon dioxide emissions by imposing enormous costs on the U.S. economy. First he tried a massive cap-and-trade bill that would have devastated U.S. industry. When that approach was rejected by Congress, he declared his intention to pursue the same course on his own and proceeded through his EPA to impose rules that will bankrupt the coal industry.Nowhere along the way has the President indicated what actual results his approach would achieve — and with good reason. The reality is that the problem is called Global Warming, not America Warming. China long ago passed America as the leading emitter of greenhouse gases. Developed world emissions have leveled off while developing world emissions continue to grow rapidly, and developing nations have no interest in accepting economic constraints to change that dynamic. In this context, the primary effect of unilateral action by the U.S. to impose costs on its own emissions will be to shift industrial activity overseas to nations whose industrial processes are more emissions-intensive and less environmentally friendly. That result may make environmentalists feel better, but it will not better the environment.

So I oppose steps like a carbon tax or a cap-and-trade system that would handicap the American economy and drive manufacturing jobs away, all without actually addressing the underlying problem. Economic growth and technological innovation, not economy-suppressing regulation, is the key to environmental protection in the long run. So I believe we should pursue what I call a “No Regrets” policy — steps that will lead to lower emissions, but that will benefit America regardless of whether the risks of global warming materialize and regardless of whether other nations take effective action.

For instance, I support robust government funding for research on efficient, low-emissions technologies that will maintain American leadership in emerging industries. And I believe the federal government must significantly streamline the regulatory framework for the deployment of new energy technologies, including a new wave of investment in nuclear power. These steps will strengthen American industry, reduce greenhouse gas emissions, and produce the economically-attractive technologies that developing nations must have access to if they are to achieve the reductions in their own emissions that will be necessary to address what is a global issue.

I couldn’t find any direct mention of climate change in the Republican platform. Instead, I quote the related detailed description of their energy policy, which is targeted at continuing the use of coal as a fuel to power our electricity supply, with a shift to alternative energy sources only once they become cost effective. Governor Romney’s response to the question on the topic from the ScienceDebate team, however, does reference climate change directly. Based on this response, Governor Romney fits my definition of a DNNer (Three Shades of Deniers).

Both the Democratic platform and President Obama’s response to the ScienceDebate questions recognize climate change as “one of the biggest threats of this generation” and list the steps that were taken during the last three years of the Democratic administration to minimize the threats and promise to lead an international effort to minimize the threat. There is no mention, however, of what it will take to win this war.

I will try to expand on this in future blogs.

For another look at this topic, you can visit this Skeptical Science blog post.

 

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The Conventions

Posted on September 10, 2012 by climatechangefork

I watched both the Republican and Democratic conventions.  I was listening for information about where the parties and the candidates stand on the issue of climate change.

In advance of the conventions, the candidates did, in fact, provide written responses to science related questions posed by ScienceDebate, an organization that debates scientific issues, including climate change. The candidates’ written responses to the ScienceDebate questions were summarized in a Scientific American document.

I thought that the comments in the candidates’ speeches would tell us the most about their real position on climate change because of the “ownership” that the candidates had to assume once they agreed to include them

So, today I will focus on the speeches. I will cover the relevant sections in the platforms and in the ScienceDebate responses in my next blog.

In his August 30th acceptance speech in Tampa, FL, the Republican candidate Mitt Romney, mentioned climate change and the essence of his energy policy in two brief sentences:

And unlike the President, I have a plan to create 12 million new jobs. It has 5 steps: First, by 2020, North America will be energy independent by taking full advantage of our oil and coal and gas and nuclear and renewables.

…President Obama promised to begin to slow the rise of the oceans and heal the planet. My promise…is to help you and your family.

President Barack Obama, the Democratic candidate, in his acceptance speech in Charlotte, NC on Thursday, September 5th had this to say:

You can choose the path where we control more of our own energy. After thirty years of inaction, we raised fuel standards so that by the middle of the next decade, cars and trucks will go twice as far on a gallon of gas. We’ve doubled our use of renewable energy, and thousands of Americans have jobs today building wind turbines and long-lasting batteries. In the last year alone, we cut oil imports by one million barrels a day – more than any administration in recent history. And today, the United States of America is less dependent on foreign oil than at any time in nearly two decades.

Now you have a choice – between a strategy that reverses this progress, or one that builds on it. We’ve opened millions of new acres for oil and gas exploration in the last three years, and we’ll open more. But unlike my opponent, I will not let oil companies write this country’s energy plan, or endanger our coastlines, or collect another $4 billion in corporate welfare from our taxpayers.

We’re offering a better path – a future where we keep investing in wind and solar and clean coal; where farmers and scientists harness new biofuels to power our cars and trucks; where construction workers build homes and factories that waste less energy; where we develop a hundred year supply of natural gas that’s right beneath our feet. If you choose this path, we can cut our oil imports in half by 2020 and support more than 600,000 new jobs in natural gas alone.

And yes, my plan will continue to reduce the carbon pollution that is heating our planet – because climate change is not a hoax. More droughts and floods and wildfires are not a joke. They’re a threat to our children’s future. And in this election, you can do something about it.

Both responses include a desire for energy independence. I will discuss my opinion as to the wisdom of such a goal at a later date. Here, I would like to focus on Governor Romney’s comments about his preference to “help you and your family” as “opposed” to President Obama’s preference to “slow the rise of the oceans and heal the planet.”

The picture below was taken (Google photo – no attributes) at the same time as the Republican Convention and in close proximity to Tampa, Florida, where the Republican convention took place. It illustrates evacuation efforts from the flooding caused by Hurricane Isaac.

In my interpretation, the young boat drivers are taking care of the family. Governor Romney might help by providing a more efficient transportation means to get the family back to their home as quickly as possible. President Obama (through Governor Romney’s interpretation) might instead put his effort toward preventing the flooding in the first place.

I would rather provide people with boats than watch them drown, but the flooding is indicative of a much larger weather trend.  The record droughts, prevalent hurricanes, and incredibly hot summer, paint a picture of the most immediate and dramatic effects of climate change.  Some percentage of this is anthropogenic (human contributed). That said, what do we plan to do about it?  It is helpful in the short term to have the rescue boat available, but what happens after that?  Our country needs to decide which path to take.  We have options; we simply have to evaluate them.

 

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Three Shades of Deniers

Posted on September 3, 2012 by climatechangefork

I wish I had a better name for deniers of climate change.

I don’t like the association with deniers of the Holocaust for reasons that I have mentioned before (May 14 blog) where I have tried to make the case that the analogy exists with the pre-1933 period but not with the post-1945 period. I also don’t like the designation of “skeptics” (August 20 blog) for the reason that the refutability requirement of the Popperian description of the scientific method makes most of us skeptics (that’s probably the reason that most climate change deniers prefer this designation).

I will try to develop something different here and hopefully can do so without unnecessarily offending anybody.

From my own limited experience, I can divide climate change deniers to three different groups that mostly do not communicate with each other:

(1) Deniers of the science. This group basically states that the science is wrong, so there is no need to do anything to counter the impact that scientists predict. Their general tactic is to disagree with some specific piece of the data and then use that as “proof” that the science is wrong in its entirety.

(2) The fatalists. This group fully agrees with both the science and its predicted impact, but believes that since the task of preventing it is so enormous as to be practically undoable, they might as well enjoy life for as long as it lasts. Unfortunately, many in this group are good scientists.

(3) The NIMBY group. I discussed the NIMBY and BANANA phenomena in my last blog. Again, this group believes the science and the predicted impact, but does not want to take responsibility for the steps necessary to mitigate the problem, preferring to pass the task off onto others.

The common denominator in all three groups is the unwillingness to do anything to reduce the likelihood of the predicted impact. In that regard, I suggest we refer to the group using the term DNN, which stands for “Do Nothing Now” (my invention). This is, of course, not to be confused with the “Know Nothing” party of 1850, which doesn’t enjoy a stellar reputation. My only hope is that the term DNNers will not be associated with anything else, so I can use the term until something better comes along.

Among all the DNNers that I am familiar with, the emphasis is not on the science but on the action necessary in order to mitigate the consequences, and the time frame in which that must happen (ie, never, it’s already too late, or now, as long as someone else does it).

One of my favorite exam questions for my courses on climate change reads as follows:

The argument has been made (Dissenting voice in http://climatedebatedaily.com/) that since the projections say that future generations will be much richer than ours, they should pay for the future impacts of climate change. Argue for and against this position.

I don’t ask students to demonstrate any preference, requiring only that they present detailed argument for and against both positions; however, most students show preference against postponing action. The main reason that students provide is that most of the actions possible are time dependent, and the feasibility of remediation quickly decreases the longer we wait.

One of the most famous DNNers, who managed to make a career out of skepticism, is Bjorn Lomborg, author of the The Skeptical Environmentalist. When the book, Taking Sides: Clashing Views on Environmental Issues poses the question “Is Global Warming a Catastrophe That Warrants Immediate Action?” Lomborg’s answer is a definite no. He agrees that climate change is a problem, but adds that he does not see it as the end of the world. He argues that the impact, such as sea level rise, will not be as severe as some have projected and that society can deal with that impact as it comes (I will discuss adaptation in future blogs). He further argues that:

Neither a tax nor Kyoto nor draconian proposals for future cuts move us closer toward finding better options for the future… Instead, we need to find a way that allows us to ‘develop the science and technology in a beneficial way,’ a way that enables us to provide alternative energy technologies at reasonable prices.

In future blogs, I will try to comment on the concept of “energy at reasonable prices,” with the understanding that the concept of “reasonable” in the US is very different from that of “reasonable” in India and other developing countries.

One of the best analogies that I have read about prioritizing remedies came from an address by Luiz Inácio Lula da Silva, the former (2003-2010) president of Brazil, in a reported comment on the European fiscal crisis: “Let’s be frank: if Germany had resolved the Greek problem years ago, it wouldn’t have worsened like this. I’ve seen people die of gangrene because they didn’t care for a problematic toenail.”

In my upcoming blogs, I plan to discuss how we can care for our “problematic toenails” through the development of alternative energy sources, so that we can prevent the spread of gangrene in the form of uncontrolled global climate change.

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Learning From the Olympics: Changing the Competition from NIMBYism to Doing Our Best

Posted on August 27, 2012 by climatechangefork

The last obstacle to the democratization of decision making on climate change (June 18 blog) is NIMBYism. I have already expanded on the first three obstacles (climate change and the nature of science, science “hatred,” and we are not prophets) in my previous blogs, so I will discuss NIMBYism here. NIMBYism is derived from NIMBY, which stands for “Not In My Backyard.” The essence of the phenomenon is local opposition to proposed new developments, in spite of agreement that they would benefit society at large. In the context of climate change, the most famous examples are wind farms that would replace sources fed by fossil fuels with sustainable power sources. NIMBYism can delay installation for many years and dramatically reduce incentives to implement remedies to a common threat such as climate change. A close “relative” to NIMBY, which goes by the acronym of BANANA (Build Absolutely Nothing Anywhere Near Anything), basically claims that any additional development is an affront to current residents. In the case of wind farms the most common objection, especially if the project is an off-shore installation, such as the one proposed for the Nantucket Sound in Massachusetts, is based on the belief that the large wind turbines will spoil the pristine view. NIMBY, by definition (unlike BANANA), includes a general recognition that the construction is needed by society at large, so an effective way to combat NIMBYism is to appeal to the individual conscience. By promoting and explaining the presumed societal benefits while at the same time trying to refute specific objections (in the case of wind farms: subjectivity of aesthetics, noise, killing birds, etc…), the goal is to emphasize that the overall project will have more positive than negative effects.

Here is what Garrett Hardin wrote as part of his seminal paper “The Tragedy of the Commons” [Hardin, G. Science 162, 3859 (1968)] (see also my July 2 blog in a similar context):

 The long-term disadvantage of an appeal to conscience should be enough to condemn it; but has serious short-term disadvantages as well. If we ask a man who is exploiting a commons to desist “in the name of conscience,” what are we saying to him? What does he hear?- not only at the moment but also in the wee small hours of the night when, half asleep, he remembers not merely the words we used but also the nonverbal communication cues we gave him unaware? Sooner or later, consciously or subconsciously, he senses that he has received two communications, and that they are contradictory: (1) (intended communication) “if you don’t do as we ask, we will openly condemn you for not acting like a reasonable citizen”; (II) (the unintended communication) “if you do behave as we ask, we will secretly condemn you for a simpleton who can be shamed into standing aside while the rest of us exploit the commons.”

The issue goes well beyond local objections to necessary remedies. Climate change is a global issue, and the heat-trapping gases which cause it are emitted by energy sources that constitute 85% of the global energy supply. Any remedy will require a global shift in energy sources, and will have massive economic and socio-economic ramifications. Such a shift requires global implementation to be based on binding agreements between sovereign states. NIMBYism here means “not in my state”. As last year’s Copenhagen attempt showed, the international community is not yet up to the task.

Recently, an unexpected source may have presented new insight into this issue. The xxx Olympiad finished and the Paralympics is about to start, both taking place in London, England.

The Olympic motto is Citius, Altius, Fortius, which is Latin for “Faster, Higher, Stronger”. It was a spectacular show that more than 200 million people watched in the US, in addition to probably more than a billion viewers worldwide.

After the August 12th closing, Mervyn King, the Governor of the Bank of England, was reported as saying this:

For many years, our financial sector sustained the illusion that it was possible to become a millionaire overnight by buying and selling pieces of paper, but we have seen how paper fortunes in financial markets can disappear overnight. Things need to change.

As recent scandals have shown, banks could learn a thing or two about fair play from the Olympic movement. First, and most important, we have been reminded that an objective that is worth attaining, like a gold medal, requires years of hard work. Success does not come overnight.

What he didn’t explicitly say was that most gold medals don’t come with large monetary or publicity rewards. Instead, the athletes get to satisfy the healthy competitive spirit that was immortalized in the song, “Anything you can do, I can do better.”

The NIMBY and BANANA phenomena are competitions for doing nothing. It would be nice to find a substitute and create an Olympics in how best to contribute to the general good. We need countries to compete for finding and implementing solutions, instead of trying to shunt off responsibility to others. If we can get the excitement about scientific breakthroughs to come close to matching that surrounding the Olympics, we will be off to a tremendous start.

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We Are Not Prophets II – Back to Deniers and Skeptics and Forward to Insurance.

Posted on August 20, 2012 by climatechangefork

The issue is not so much the accuracy of the prediction as the magnitude of the impact when the predictions are coming to roost. Our difficulties in predicting the future do not guarantee that the future will be better, there is probably equal chance that the future will come out worse than predicted (from the August 13 blog).

Up to now, the most intense reactions to my blog came in response to my comparisons between climate change deniers and Holocaust deniers. Climate change deniers have expressed resentment toward this analogy, wanting to be labeled skeptics instead. I sympathize with this sentiment, and over the last few blogs I have tried to stop using the term. Here I am returning to this issue – the main reason is that over the last blog I have tried to make the case that we are not prophets and nobody is certain about trying to predict the future. In a sense – we are all skeptics.

Let me frame this as a global insurance issue, by directly quoting a few paragraphs from the last chapter of my book [“Climate Change: The Fork at the End of Now”; Momentum Press – 2011].

Can we insure the survival of the planet as a habitable environment? If the answer is yes, then who will pay the premium?  If climate-change is just a big catastrophic event, then the mechanism of financial preparation should not be much different than the insurance of present catastrophic events. The trouble is that we are not very good at insuring catastrophic events. The present situation of flood insurance is a good example. In the United Kingdom, flood insurance is provided by private insurance, but in the United States it comes through a federally backed insurance system. In France and Spain flood insurance is bundled with other natural perils into a national pooling arrangement, and in Holland it is completely unavailable. The insurance industry is heavily involved in the debate on climate change. “Climate Change is a clear business opportunity for the insurance industry,” declared Shinzo Abe, former Prime Minister of Japan, at the Geneva Association meeting in Kyoto on 29 May 2009 [The Geneva Reports, www.genevaassociation.org, “The Insurance Industry and Climate     Change – Contributions to the Global Debate”, No. 2, July 2009].

The main reason is defensive – the worst thing that can happen to the insurance industry is to grossly underestimate risk. If the planet is becoming progressively more risky after the policy is drafted, then the industry will lose. The objective of insurers is to form a community of the insured where premium payments are sufficient to cover the cost of repairing the damage. The profitability of the insurance industry critically depends on its ability to assess risk, defined as

                        loss potential x occurrence frequency.

To illustrate the risk-premium dynamics of the insurance business, famous Swiss reinsurance company Swiss Re [Peter Zimmerli; Natural Catastrophe and Reinsurance”, Swiss Re Documents (2003)] uses a dice game analogy. The number on the die is the severity of the loss; the frequency is how often the number is rolled.  “Catastrophe” is defined as the point at which 6 is rolled 10 consecutive times or more. We can calculate the probability exactly for such an event to take place, but are we willing to pay against such a low probability event? Insurance is against future losses, not past losses. For past losses we rely on sympathy.

Natural catastrophes such as major floods or earthquakes remain unpredictable in spite of huge technical and scientific advances. According to Swiss Re there is a tendency to underestimate risks relating to natural hazards when a catastrophic event has not occurred for a long time (Just World Hypothesis again).

The loss potential (i.e., direct human loss not planetary loss) of climate change is a direct function of population growth and GDP growth and thus predictable (Special Report on Emission Scenarios [SRES] scenarios). The issue, however, is the frequency of the occurrence. One prediction of the climate change model is the increased intensity of extreme events. Is this prediction solid enough to put our money on (or rather strong enough for the insurance and Re-Insurance companies to put our money on?). Local catastrophic losses can be put in a pool along with a large number of  separate geographical locations with the assumption that the frequency of occurrence in these locations is independent. They must include willingness to pay by policy holders in the pool formation.  If there is a tendency to underestimate risks relating to natural hazards when a catastrophic event has not occurred for a long time, then it is difficult to find payers. One possible solution is differentiated-premium pricing even on a global scale. With sovereign states in control, how this will work within the confines of a regulated insurance environment remains an issue.

The insurance premium is being paid here to take the appropriate steps to minimize the odds for the catastrophic event to take place (in climate change lingo we call this remediation) and not to collect the insurance after the event. It is an insurance we transfer to our grandchildren.

 

 

 

 

 

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