environment

Fracktivists for Global Warming: How Celebrity NIMBYism Turned Environmentalism Against Natural Gas

Michael Shellenberger and Ted Nordhaus — Thu, 07 Mar 2013 11:28:06 -0500

Over the last year, celebrities such as Yoko Ono, Sean Lennon, Robert Redford, Mark Ruffalo, Mario Batali, Scarlett Johansson, Alec Baldwin, and Matt Damon have spoken out against the expansion of natural gas drilling. “Fracking kills,” says Ono, who has a country home in New York. “It threatens the air we breathe,” says Redford.

In fact, “gas provides a very substantial health benefit in reducing air pollution,” according to Daniel Schrag, director of Harvard University’s Center for the Environment. There have been “tremendous health gains” from the coal-to-gas switch, MIT economist Michael Greenstone told The Associated Press. Indeed, air pollution in Pennsylvania has plummeted in recent years thanks to the coal-to-gas switch. "Honestly," added Greenstone, "the environmentalists need to hear it."

Fracktivism might be dismissed as so much celebrity self-involvement had it not reversed the national environmental movement's longstanding support of natural gas as a bridge to zero-carbon energy — and kept shale drilling out of New York state. Last week, Governor Andrew Cuomo was set to green-light 40 demonstration gas wells in a depressed part of New York until Natural Resources Defense Council attorney Bobby Kennedy Jr. called him and asked him not to.

Bill McKibben and his organization 350.org have made common cause with the anti-fracking movement, as has the Sierra Club. NRDC went from being supportive of a coal-to-gas switch to opposing the expansion of gas production. Even the Environmental Defense Fund’s chief, Fred Krupp, said in a debate last month that he opposes the expansion of natural gas.

All of this comes at a time when carbon emissions are declining in the US more than in any other country in the world. The USA is the global climate leader, while Europe and Germany are returning to coal. The main reason is gas, which increased last year by almost the exact same amount that coal declined.

Just a few years ago, environmental leaders were saying that we faced a climate emergency, that emissions must start declining rapidly, and that enemy number one was coal. Now the same leaders are saying we have to stop shale fracking even though it is crushing coal and driving down American carbon emissions.

Of course, the fractivism isn't really about the fracking. Matt Damon's anti-natural gas movie was originally an attack on wind farms. In 2005, Bobby Kennedy Jr. helped lead a campaign to stop the Cape Wind farm from being built because it will be visible from the Kennedy compound. Meanwhile, he was championing the construction of a massive solar farm in the Mojave Desert, 3,000 miles away — itself opposed by local environmentalists.

Fracktivists like Mark Ruffalo protest that his NIMBYism isn't pro-coal. He told AP that we don’t need natural gas; we can easily switch from coal directly to solar panels, like the ones Ruffalo installed on his Catskills house.

But when the sun isn’t shining on Ruffalo’s roof, he’s mostly getting his electricity from natural gas. In order to accommodate the intermittent nature of solar and wind, utilities rely on natural gas plants, which can be quickly ramped up and down to keep the lights on. Contra Gasland’s Josh Fox's claims about using "compressed air" in a recent debate with Ted at Salon.com — cheap, utility-scale energy storage simply doesn't exist.

Privately, scientists and analysts within national environmental organizations are appalled that celebrity fractivism could get in the way of the coal-to-gas shift. They say the fracktivists undermine green credibility, and are disturbed by the failure of their movement’s leadership.

But there’s little reason to expect national green leaders will become, well, leaders. They will likely continue to follow donors who demonstrate time and again that what matters most to them — whether in the case of a nuclear plant in Long Island, a wind farm in Cape Cod, or a gas well in the Catskills — is the view from their solar-plated eco-compounds, not the potentially catastrophic impact of global warming on the planet.

This post first appeared at TheBreakthrough.org.

Gas Crushes Coal

Michael Shellenberger and Ted Nordhaus — Thu, 28 Feb 2013 14:36:04 -0500

Coal electricity declined by 12.5 percent in 2012, mostly driven by the switch to natural gas, which increased by almost the exact same amount (217 terrawatt-hours) as coal declined (216 TWh), according to new annual numbers released by the US Energy Information Administration.

Wind electricity increased as well — by about one-tenth (20.5 TWh) as much as gas. Solar increased a little more than one-hundredth as much as gas (2.5 TWh).

The figures come at a time when renewable energy advocates have claimed that wind and solar have been responsible for the big declines in coal — claims that do not stand up to scrutiny, according to a new Breakthrough Institute analysis.

Indeed, the new numbers highlight the key difference between gas and solar and wind. Where taxpayers subsidized unconventional gas exploration from 1980 to 2002 to the tune of $10 billion, natural gas in recent years has been replacing coal without subsidies.

Wind and solar, by contrast, remain almost wholly dependent on public support. Uncertainty last year over whether Congress would renew the key wind subsidy meant that less than half as much new wind will be installed in 2013 as was installed in 2012.

Where the problem for wind has been its high cost, the problem for gas is that it has become too cheap. Natural gas production slowed last year in the face of unprofitably low prices caused by overproduction.

This does not mean that subsidies for solar and wind should be cut, only that they should be reformed. Instead of subsidizing the production of electricity from the same old technologies, we need the kind of innovation that allowed natural gas to become cheaper than coal.

This piece first appeared at The Breakthrough.

Uniting a Fractured Republic: Innovation, Pragmatism, and the Natural Gas Revolution

Michael Shellenberger and Ted Nordhaus — Thu, 08 Nov 2012 19:41:12 -0500

Over the last four years, emissions in the United States declined more than in any other country in the world. Coal plants and coal mines are being shuttered. That's not from increased use of solar panels and wind turbines, as laudable as those technologies are. Rather it's due, in large measure, to the technological revolution allowing for the cheap extraction of natural gas from shale. By contrast, Europe, with its cap and trade program, and price on carbon, is returning to coal-burning.

Could President Obama, during his second term in office, turn this homegrown success story into paradigm-shifting climate strategy? In a speech we gave to the Colorado Oil and Gas Association yesterday, we argue that, after a season of ugly ideological polarization, politicians, environmentalists, and the gas industry have a chance to hit the reset button on energy politics.

This will require the natural gas industry to clean up its act, accepting better regulations, cracking down on bad actors, and preventing the leakage of methane, a potent greenhouse gas. It will require environmentalists to consider whether there might be a different path to significant emissions reductions from the one they have pursued over the last 20 years. And it will require Left and Right to put a halt to the tribalism that has characterized the national debate over climate and energy.

— Michael and Ted

Uniting a Fractured Republic

Innovation, Pragmatism, and the Natural Gas Revolution

by Ted Nordhaus and Michael Shellenberger

In 1981, George Mitchell, an independent Texas natural gas entrepreneur, realized that his shallow gas wells in the Barnett were running dry. He had millions of sunk investment in equipment and was looking for a way to generate more return on it. Mitchell was then a relatively small player in an industry that by its own reckoning was in decline. Conventional gas reserves were limited and were getting increasingly played out.

As he considered how he might save his operation, Mitchell turned his attention to shale. Drillers had been drilling shale since the early 19th Century, but mostly they drilled right through it to get to limestone and other formations. Dan Jarvey, a consultant to Mitchell at the time, told us, "When you look at a [gas drilling] log from the 1930s or 1950s or 1970s it is noted as a 'gas kick' or 'shale gas kick.' Most categorized it as 'It's just a shale gas kick' – as in, 'to be expected, but to be ignored.'"

As Mitchell embarked on his 20-year quest to crack the shale gas code, most of his colleagues in the gas industry thought he was crazy. But Mitchell persisted and his efforts would ultimately culminate in today's natural gas revolution.

In doing so, Mitchell upended longstanding assumptions about the future of energy. Just a few years ago, the convention wisdom was that no source of electricity could be cheaper than coal. Today, in the U.S., natural gas is cheaper. As a result, coal's share as a percentage of electricity generated went from over 50 percent in 2005 to 36 percent in 2012. While global coal use continues to rise, the U.S. is at present leaving much of it in the ground. Meanwhile, estimates of recoverable natural gas results in the United States have nearly doubled, growing from 200 trillion cubic feet in 2005 to 350 trillion cubic feet today.

The implications for those of us concerned about climate change are also significant. Leaving coal in the ground has been the longstanding goal of those of us concerned about global warming. Natural gas releases emits 45 percent fewer carbon emissions. In large part due to the glut of natural gas, U.S. carbon dioxide emissions will have declined more in the United States than in any other country in the world between 2008 and 2012 — an astonishing 500 million metric tons out of 6 billion, according to the Energy Information Administration.

While we don’t imagine that any of this is news to most of you in this audience, there is another part of the story that might be. That is the story of the ways in which both the gas industry and the federal government helped Mitchell along the way. In these intensely polarized times, when it seems that almost everyone imagines that either government or corporations are the enemy, and it seems impossible to imagine that the two might actually work together to further the public interest, there are important lessons here too.

1.
As Mitchell considered trying his hand at shale, he cast about to see what was known at the time about how to get gas out of shale. A geophysicist who worked with Mitchell recalled telling him that, "It looks similar to the Devonian [shale back east], and the government's done all this work on the Devonian."

The work Mitchell's geophysicist was referring to was the Eastern Gas Shales Project, which was started in 1976 by President Ford. The Shales Project was just one of several aggressive government-led efforts to accelerate technology innovation to increase oil and gas production. Already in 1974 the Bureau of Mines was funding the study of underground fracture formations, enhanced recovery of oil through fluid injection, and the recovery of oil from tar sands. One year later, the government funded the first massive hydofracking at test sites in California, Wyoming and West Virginia, as well as "directionally deviated well-drilling techniques" for both oil and gas drilling.

The mandate from Congress was for government scientists and engineers to hire private contractors rather than do the work in-house. This was consistent with the tradition of the Bureau of Mines, which would set up trailers around the country to support oil, coal and gas entrepreneurs. This strategy contrasted with the government's nuclear energy R&D work, which had been hierarchical since its birth in the military's Manhattan project. This decentralization proved wise, as it ensured that the information would rapidly reach entrepreneurs in the field and not gather dust inside of a federal bureaucracy.

From early on, Mitchell and his team relied heavily on information coming out of the Eastern Gas Shales project. "We were all reading the DOE papers trying to figure out what the DOE had found in the Eastern Gas Shales," Mitchell geologist Dan Steward told us, "and it wasn't until 1986 that we concluded that we don't have open fractures, and that we were making production out of tight shales."

Through the 1980s, Mitchell didn't want to ask the government – or the Gas Research Institute, which was funded by a fee on gas pipeline shipments to coordinate government research with experiments being conducted by entrepreneurs in the field – for help because he worried that he wouldn't be able to take full advantage of the investment he was making in innovation.

But by the early 1990s Mitchell had concluded that he needed the government's help, and turned to DOE and the publicly-funded Gas Research Institute for technical assistance. The Gas Research Institute, which had worked with other industry partners to demonstrate the first horizontal fracks, subsidized Mitchell’s first horizontal well. Sandia National Labs provided high-tech underground mapping and supercomputers and a team to help Mitchell interpret the results. Mitchell’s twenty-year quest was also made possible by a $10 billion, 20-year tax credit provided by Congress to subsidize unconventional gas, which was too expensive and risky for most private firms to experiment with otherwise.

By 2000, the combination of technologies to cheaply frack shale were firmly in place. The final piece of the puzzle was the sale of Mitchell Energy to Devon Energy, which scaled up the use of horizontal wells. Over the next ten years the use of this combination of technologies would spread across the country, resulting in today's natural gas glut.

Though the collaboration between Mitchell and the government was one of the most fruitful public-private partnerships in American history, it was mostly unknown until we started interviewing the key players involved around this time last year.

After our findings were verified by other researches and reporters, including the New York Times and the Associated Press, some in the oil and gas industry, like T. Boone Pickens, have tried to downplay the government's role.

But the pioneers of this technology have been forthright. "I'm conservative as hell," Mitchell's former Vice President Dan Steward told us, but DOE "did a hell of a lot of work and I can't give them enough credit… You cannot diminish DOE's involvement." Fred Julander said, “The Department of Energy was there with research funding when no one else was interested and today we are all reaping the benefits."

2.
Today marks the end of one of the most divisive chapters in American political history. There is more partisan polarization in Congress than at any time since Reconstruction. There are vanishingly few swing voters. And the ideological divide between liberals and conservatives at times appears unbridgeable.

One of the most insidious aspects of today’s political polarization is the way gross exaggerations turn into ossified caricatures. Left and Right view the other as ignorant, insane, or immoral.
From the Right we have heard that President Obama is taking the country to socialism, and that Big Government is destroying the American dream. From the Left we have heard that Governor Romney would have exported all our jobs to China, and turn Congress over to Big Business. Where this downward spiral takes us is to the conclusion that America is fundamentally broken. The two great institutions of American life — business and government — are viewed by one side or the other as corrupt and nefarious.

Few issues have become more polarizing than energy. Both sides have taken ever more extreme positions. Prominent conservatives have exaggerated both the size of Obama's clean energy investments and the number of bankruptcies. They have described global warming and other environmental problems as either not happening or not worth worrying about. Some environmentalists have taken the opposite tack, exaggerating the negative impacts of gas drilling, downplaying the benefits, and accusing anyone who disagrees with them of being on the take.

As we say in California — everyone needs to chill out. There is too much at stake for America, our environment, and our economy, for such hyper-partisanship to continue.

In our rush to point fingers and interpret everything in catastrophic terms, we have lost sight of the fact that we are the richest nation on earth, and one with improving environmental quality, precisely because the private sector and the government have worked so well together. The failures of Big Business and Big Government should be put in their appropriate historical context.

When the Colorado Oil and Gas Association asked us to give this speech at its conference the day after the election, we agreed on two conditions: that we pay our own way and that COGA invite local environmental and elected leaders to attend. We are glad to see them in the audience, because we need a common dialogue.

As two individuals who came out of the environmental movement, where we spent most of our careers, we are best known for our writings calling for reform and renovation of green politics. In particular, we have advocated that environmentalists drop their apocalyptic rhetoric, which is self-defeating and obscures the very real environmental problems we face.

And we have argued that environmentalists have been overly focused on regulations, when our focus should also be on revolutionary technological innovation, which is needed to make clean energy and other environmental technologies much cheaper, so that all seven going on 10 billion humans can live modern, prosperous lives on an ecologically vibrant planet.

But our work has also focused on reminding private investors and corporate executives of the critical role played by the government in creating our national wealth. While economists have long recognized that innovation is responsible for most of our economic growth, few realize that many of our world-changing innovations would have been unlikely to occur without government support. A short list of recognizable technological innovations includes interchangeable parts, computers, the Internet, jet engines, nuclear power and every other major energy technology.

Consider the information revolution. The government funded the R&D and bought 80 percent of the first microchips. The Internet started out as a federally funded program to connect networks of computers of government. Every major technology in the iPhone can be traced to some connection with government funding. The driver-less robot car that Google has invented relies on technologies that come out of government innovation programs.

While high tech executives who are our age or younger are unaware of the government roots of the IT revolution, the old-timers of Silicon Valley do, and frequently expresses their gratitude for it.

While interviewing the participants of the shale gas revolution, we were struck by how much respect and deference each side gave to the other. In many cases the government scientists and engineers acted as consultants to private firms like Mitchell's — "We never forgot who the customer was," said Alex Crawley, who ran the DOE's fossil innovation program for many years.

As environmentalists, we were taught to be suspicious of such cozy relationships between industry and government workers, that government could not simultaneously promote industry while also attempting to regulate it. But when it comes to technology innovation, those cozy relationships, and the revolving door between government agencies, whether DoD or DoE, and private companies like Mitchell Energy, are absolutely essential to allowing knowledge to rapidly spillover and flow throughout the sector.

And yet, there is also an important role for regulation, not only to protect the public from accidents and environmental degradation, but also to improve technologies and promote better practices throughout the industry. Wise regulation in the long run promotes, rather than hinders, the spread of new technologies and new industries, and this has never been more true than in the case of fracking. While US gas production has taken off, many European nations banned fracking for fear of the local environmental impacts and have started to return to burning coal.

Last August, George Mitchell and New York Mayor Michael Bloomberg announced they would fund a large effort by the states to establish better fracking practices. They called for stronger control of methane leaks and other air pollution, the disclosure of chemicals used in fracking, optimizing rules for well construction, minimizing water use and properly disposing of waste water, and reducing the impact of gas on communities, roads, and the environment.

You would be hard pressed to find very many Americans who would call those reforms unreasonable. They are the kinds of things that die-hard anti-fracking activists and much of the natural gas industry could agree to. And indeed, states like Colorado, and environmental groups like the Environmental Defense Fund, deserve credit for bringing regulators and the gas industry together to improve practices. By squarely addressing the methane leakage problem, and reducing the local environmental impacts, the government and the industry can make natural gas an even more obviously better alternative to coal.

And the good news is that reducing methane leakage is something the industry already knows how to do. Little innovation is required to make sure that old pipelines are not leaking, and that new cement jobs are done properly. Similarly, responsible disposal of fracking fluids is not rocket science, it is something that the oil and gas industry does routinely in other contexts. Promising efforts are also underway to develop more environmentally sound fracking fluids and to further minimize water usage.

There are costs, of course, associated with all of these efforts. But if the history of fracking proves anything, it is that costs will come down quickly. Indeed, if history is any guide, we will see great improvements to fracking technologies and techniques over the next 30 years that will be mutually beneficial to the industry, the public, and the environment, for the history of the shale gas revolution has been a history of incremental improvements to the technology. The water intensity of fracking, for instance, was originally not an environmental problem for drillers but an economic one. Only once Mitchell and others developed methods that required vastly less water to crack the shale did fracking become economically viable.

For all of these reasons, we should both regulate fracking fairly and effectively, and also continue to support innovation to improve unconventional gas technologies. Doing so will help assure a future for gas beyond the precincts in which it is already well established. We also need to support innovation in new gas technologies well beyond fracking practices to include carbon capture and storage, which is more viable economically and technologically for gas than for coal, because gas plants are more efficient, and the emissions stream much purer. In a world in which there may remain significant obstacles to moving entirely away from fossil fuels, gas CCS looks much more viable than coal CCS. As such, we need government and the gas industry to work together to demonstrate carbon capture technologies at sites around the country, similar to how we conducted the Eastern Gas Shales Project.

And the gas industry should support innovation beyond natural gas to include support for innovation in renewables, nuclear and other environmentally important technologies. Championing energy innovation more broadly would do more for the industry than the millions it is currently spending on slick 30-second TV ads and will remind Americans that supporting gas as well as renewables is not a zero sum proposition. Getting our energy from a diversity of sources is in the national interest and gas will thrive for a long time regardless of the energy mix. Moreover, until we have cheap utility scale storage, renewables need cheap gas for backup.

For all of this to happen, the gas industry and environmentalists alike must change their posture toward regulation. While it is the goal of a small number of us to rid the world of particular practices, whether shale-fracking or atom-splitting, most of the rest of us want to improve them.

Over the last 10 years, our message to the environmental movement has been that it must change its attitude toward technological innovation. Technologies are not essentially good or bad but rather in a process of continuous improvement. But there is another side to that story that industry must remember. Regulations that are often bitterly opposed sometimes end up being a boon for industry, paving the way for the broad acceptance of new technologies and pushing firms to improve those technologies in ways that make them more economical as well as more environmental.

In closing we’d like to invoke the title essay of our last e-book, “Love Your Monsters,” which was written by one of our Senior Fellows, a well-known French anthropologist named Bruno Latour. In the essay, Latour monkey-wrenches the Frankenstein fable. The sin of Dr. Frankenstein, according to Latour, was not creating the monster, but rather abandoning him when he turned out to be flawed. We must learn to love our technologies as we do our children, he concluded, constantly helping and improving them. In so doing, we too become all the wiser.

As we consider the implications of the gas revolution for the future of both our energy economy and our environment, we should commit ourselves to the larger effort of improving our technological creations. In so doing, the gas industry and the environmental movement might together update the concept of sustainability for the 21st Century. We should seek not to put limits on the aspirations of 1.5 billion people who still lack access to electricity, nor on the billions more yearning for enough to power washing machines and refrigerators. Nor should we want to sustain today's energy technologies to be used in perpetuity. Rather, we should embrace technological innovation as the key to creating cleaner and better substitutes to today's energy and non-energy resources alike so that we might sustain human civilization far into the future.

Congratulations to America: Huge Greenhouse Gas Emission Reduction

Wendell Cox — Thu, 23 Aug 2012 15:24:53 -0400

Congratulations to America. According to the US Department of Energy, Energy Information Administration, carbon dioxide (CO2) emissions were reduced 526 million tons from 2005 to 2011. This is no small amount. It is about the same as all the CO2 emissions in either Canada or the United Kingdom. Only five other nations emit more than that.

The bigger news is that this was accomplished without any of the intrusive behavioral modification proposed by planners, such as by California's anti-detached housing restrictions, Plan Maryland, or the state of Washington's mandatory driving reduction program.

Of course, part of the national reduction was due to the economic difficulties since 2005. However, even with 1.8 percent gross domestic product growth in 2011, EIA shows that CO2 emissions fell 2.4 percent in 2011.

The magnitude of the decline over six years is impressive. Actual GHG/CO2 emissions were reduced more annually between 2005 and 2011 than smart growth proponents claim for their strategies after 45 years of draconian policy intrusions.Modeled smart growth forecasts in Moving Cooler's middle scenario (by Cambridge Systematics and the Urban Land Institute) show the annual GHG/CO2 emission reduction in 2050, calculated from 2005, to be less than the emissions reduction in the average year between 2005 and 2011.

This is despite what would be four decades of trying to force people to live where they don't want, in housing they don't prefer, while trying to drive them out of the cars that required to sustain economic growth in modern metropolitan areas.

Moving Cooler's forced densification and anti-automobile strategies were so radical that the Transportation Research Board authors of Driving and the Built Environment, could not agree that a similar approach was feasible, because it would be prevented by public resistance to the personal and political intrusions (Note 1). They would also be hideously expensive, as the Moving Cooler authors ignored the much higher costs of housing associated with smart growth's behavioral strategies.

This comparison demonstrates the conclusion of a recent Cambridge University (United Kingdom) led study (see "Questioning the Messianic Conception of Smart Growth", which stated:

In many cases, the potential socioeconomic consequences of less housing choice, crowding, and congestion may outweigh its very modest CO2 reduction benefits.

Government policies have had little to do with the reductions, except to the extent that they precipitated the greatest economic downturn since the Great Depression (such as by encouraging loose lending standards and the smart growth housing policies that drove house prices up so much that the housing bust became inevitable).

Market forces have made a substantial contribution to the reduction. There was a substantial shift to the use of natural gas from coal, a conversion that is really only starting. There was also a modest improvement in automobile fuel efficiency (though much more is to come).

In 2007, the McKinsey Corporation and The Conference Board published a study (co-sponsored by the Environmental Defense and the Natural Resources Defense Council), which said that sufficient GHG emissions reductions (Note 2) could be achieved without driving less or living in more dense housing. Our more recent Reason Foundation report showed that the potential for GHG emission reduction from more fuel efficient cars and carbon neutral housing far outweighed any potential for reductions from smart growth's behavior modification.

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Note 1: Transport consultant Alan E. Pisarski evaluated Moving Cooler in an article entitled ULI Moving Cooler Report: Greenhouse Gases, Exaggerations and Misdirections.

Note 2: Most of GHG emissions are CO2.

German Renewable Power: Making Sustainability Unsustainable?

Wendell Cox — Mon, 20 Aug 2012 16:52:23 -0400

Der Speigel reports that Germany's rushed program to convert to renewable energy is already imposing an economic burden. Part of the problem is the inherent instability of power produced by renewable sources such as wind and solar:

The problem is that wind and solar farms just don't deliver the same amount of continuous electricity compared with nuclear and gas-fired power plants. To match traditional energy sources, grid operators must be able to exactly predict how strong the wind will blow or the sun will shine.

A national energy expert said:

"In the long run, if we can't guarantee a stable grid, companies will leave (Germany). "As a center of industry, we can't afford that."

An important principle of the international impetus to reduce greenhouse gas emissions is that there be little or no economic loss. Certainly, an industrial powerhouse like Germany cannot subject itself to such risks.

At the same time, other locations would be similarly threatened by implementation of renewable power mandates whose "time has not yet come." Not only is there the potential to inflict economic harm on industry (and consumers through higher prices), but higher electricity prices would reduce discretionary incomes and could lead to greater poverty rates. The eradication of poverty has recently been declared to be a virtual prerequisite to sustainability at the Rio conference.

eradicating poverty should be given the highest priority, overriding all other concerns to achieve sustainable development.

Environmental sustainability requires economic sustainability. A litany of failures could do serious damage to GHG emission reduction efforts.

Rio-20: Eradicating Poverty Takes Precedence Over "Green Economy"

Wendell Cox — Thu, 21 Jun 2012 10:49:36 -0400

The world's largest English language newspaper, The Times of India reports that the Rio 20 Summit has agreed with India that "eradicating poverty should be given the highest priority, overriding all other concerns to achieve sustainable development."

The Times continued: "After a bitter fight with the developed countries, who wanted the objective of poverty eradication be made subservient to creating a 'green economy', India's demand to put the goal of removing poverty above all other objectives in the final Rio+20 declaration — called "The Future We Want" — was agreed to..."

The "G77" group of developing nations sought to ensure that economic and social sustainable developed goals were not secondary to "more green themes — such as renewable energy targets." The United States is reported to have supported the G77 position.

Counting Trees in San Diego

Mary Baker — Mon, 11 Jun 2012 18:47:13 -0400

Recently, I came across “Taking Inventory of County’s Trees” in the San Diego Union Tribune, an article that describes Robin Rivet’s “ambitious effort to map every urban tree in San Diego County”. Rivet is an urban forester-arborist at the Center for Sustainable Energy California and she ”aims to quantify the value of all local trees and make a statement about a huge but often underappreciated resource.” My concern is that this article may be alerting San Diegans to more regulations, costs and loss of property rights coming our way.

Through California’s legislative sustainable development and smart growth initiatives SB375 and AB 32, look for the implementation of ‘urban forests’ to be another area of focus by the State of CA and environmental NGOs to significantly reduce GHGs by 80% to below 1990 levels by 2050.

“The website keeps a running tab of the trees’ “yearly eco impact.” The nearly 300,000 trees listed as of Thursday, according to the site, have reduced 19,622,883 pounds of CO2 from the atmosphere, conserved 83,213,745 gallons of water, conserved 8,502,988 kilowatts of energy, and reduced 46,244 pounds of pollutants from the air.”

This project is being funded by CalFire. Why? Details in the CalFire AB32 Scoping Plan for Forestry reveal that CalFire is looking to assess CO2 sequestration in all forests and range lands across the state in order to mitigate GHG emissions. Capturing a map of San Diego County’s canopy becomes useful data to the state of California that is about to launch their highly controversial and lucrative Cap and Trade auction in November. The CalFire AB32 Scoping Plan states:

“Unlike engineered projects or measures that reduce emissions at a point source (e.g. stack or tailpipe), the forest sector sequestration benefits are accrued through tree growth over large areas of the landscape, including urban areas. With such a large land base carbon benefits need to be accounted for in average stocks (amount of carbon stored).”

Not only has the state of California legislated the reduction of GHG emissions through AB 32, it is mandating General Plan changes via SB375. SB375 is requiring municipalities (MPOS) to update their Regional Transportation Plans (RTP) and local land use plans to “reverse sprawl” with the intent of mitigating GHG emissions. Through the forest sector, CalFire suggests that if landowners saw the economic value of carbon sequestration, they would resist selling their land to developers and choose to participate in the carbon off-set market instead.

“The creation and maintenance of carbon markets for forest carbon, both
voluntary and compliance-based, will increase sequestration by providing
landowner incentives to increase carbon stocks on their ownership. The value of
carbon at $10/t is sufficient to interest landowners in changing their management
practices to increase carbon storage. Updating the current California Climate
Action Registry (CCAR) Forest Protocols can create the opportunity for a larger
number of forest landowners to participate in carbon offset markets. The success
of these markets will depend upon quality of the carbon that is being sold, which
will depend upon the accounting principles applied in development of forest
protocols used to verify and register carbon sequestration projects.

Other incentives include providing landowners reduced tax or regulatory liabilities, which will encourage the retention of working forest landscapes, instead of land division and development. Additional opportunities may exist for subsidies or carbon taxes/fee revenues collected and reinvested in carbon sequestration projects.”

The CalFire AB32 Scoping Plan for Forestry is full of useful information that can help us to understand and assess future regulations that might develop from their global warming mitigation and adaption schemes.

“Tree planting under the urban forestry strategy has direct overlap with the goals
of the “Cool Communities” strategy in the Land Use sector to encourage the development of communities that have lower surface temperatures. Urban tree planting may also have overlap with the Land Use sector strategies for “Landscape Guidelines” and “Smart Growth”. In addition, the forest sector Reforestation mitigation measure would require developers to provide 1 to 2 acres of reforestation as mitigation for every acre lost to development when converting forest land to other uses.”

Based on what I know about sustainable development and smart growth, I propose we watch out for the adaptation portion of this urban forestry implementation plan in San Diego.

Why Emissions Are Declining in the U.S. But Not in Europe

Michael Shellenberger and Ted Nordhaus — Sat, 21 Apr 2012 14:01:23 -0400

It wasn't that long ago that the U.S. was cast as the global climate villain, refusing to sign the Kyoto accord while Europe implemented cap and trade.

But, as we note below in a new article for Yale360, a funny thing happened: U.S. emissions started going down in 2005 and are expected to decline further over the next decade, while Europe's cap and trade system has had no measurable impact on emissions. Even the supposedly green Germany is moving back to coal.

Why? The reason is obvious: the U.S. is benefitting from the 30-year, government-funded technological revolution that massively increased the supply of unconventional natural gas, making it cheap even when compared to coal.

The contrast between what is happening in Europe and what is happening in the U.S. challenges anyone who still thinks pricing carbon and emissions trading are more important to emissions reductions than direct and sustained public investment in technology innovation.

— Ted and Michael

Yale 360

Beyond Cap and Trade: A New Path to Clean Energy

Putting a price and a binding cap on carbon is not the panacea that many thought it to be. The real road to cutting U.S. emissions, two iconoclastic environmentalists argue, is for the government to help fund the development of cleaner alternatives that are better and cheaper than natural gas.

by Ted Nordhaus and Michael Shellenberger

A funny thing happened while environmentalists were trying and failing to cap carbon emissions in the U.S. Congress. U.S. carbon emissions started going down. The decline began in 2005 and accelerated after the financial crisis. The latest estimates from the U.S. Energy Information Administration now suggest that U.S. emissions will continue to decline for the next few years and remain flat for a decade or more after that.

The proximate cause of the decline in recent years has been the recession and slow economic recovery. But the reason that EIA is projecting a long-term decline over the next decade or more is the glut of cheap natural gas, mostly from unconventional sources like shale, that has profoundly changed America’s energy outlook over the next several decades.

Gas is no panacea. It still puts a lot of carbon into the atmosphere and has created a range of new pollution problems at the local level. Methane leakage resulting from the extraction and burning of natural gas threatens to undo much of the carbon benefit that gas holds over coal. And even were we to make a full transition from coal to gas, we would then need to transition from gas to renewables and nuclear in order to reduce U.S. emissions deeply enough to achieve the reductions that climate scientists believe will be necessary to avoid dangerous global warming.

But the shale gas revolution, and its rather significant impact on the U.S. carbon emissions outlook, offers a stark rebuke to what has been the dominant view among policy analysts and environmental advocates as to what it would take in order to begin to bend down the trajectory of U.S. emissions, namely a price on carbon and a binding cap on emissions. The existence of a better and cheaper substitute is today succeeding in reducing U.S. emissions where efforts to raise the cost of fossil fuels through carbon caps or pricing — and thereby drive the transition to renewable energy technologies — have failed.

In fact, the rapid displacement of coal with gas has required little in the way of regulations at all. Conventional air pollution regulations do represent a very low, implicit price on carbon. And a lot of good grassroots activism at the local and regional level has raised the political costs of keeping old coal plants in service and bringing new ones online.

But those efforts have become increasingly effective as gas has gotten cheaper. The existence of a better and cheaper substitute has made the transition away from coal much more viable economically, and it has put the wind at the back of political efforts to oppose new coal plants, close existing ones, and put in place stronger EPA air pollution regulations.

Yet if cheap gas is harnessing market forces to shutter old coal plants, the existence of cheap gas from unconventional places is by no means the product of those same forces, nor of laissez faire energy policies. Our current glut of gas and declining emissions are in no small part the result of 30 years of federal support for research, demonstration, and commercialization of non-conventional gas technologies without which there would be no shale gas revolution today.

Starting in the mid-seventies, the Ford and Carter administrations funded large-scale demonstration projects that proved that shale was a potentially massive source of gas. In the years that followed, the U.S. Department of Energy continued to fund research and demonstration of new fracking technologies and developed new three-dimensional mapping and horizontal drilling technologies that ultimately allowed firms to recover gas from shale at commercially viable cost and scale. And the federal non-conventional gas tax credit subsidized private firms to continue to experiment with new gas technologies at a time when few people even within the natural gas industry thought that firms would ever succeed in economically recovering gas from shale.

The gas revolution now unfolding — and its potential impact on the future trajectory of U.S. emissions — suggests that the long-standing emphasis on emissions reduction targets and timetables and on pricing have been misplaced. Even now, carbon pricing remains the sine qua non of climate policy among the academic and think-tank crowds, while much of the national environmental movement seems to view the current period as an interregnum between the failed effort to cap carbon emissions in the last Congressand the next opportunity to take up the cap-and-trade effort in some future Congress.

And yet, the European Emissions Trading Scheme (ETS), which has been in place for almost a decade now and has established carbon prices well above those that would have been established by the proposed U.S. system, has had no discernible impact on European emissions. The carbon intensity of the European economy has not declined at all since the imposition of the ETS. Meanwhile green paragon Germany has embarked upon a coal-building binge under the auspices of the ETS, one that has accelerated since the Germans shut down their nuclear power plants.

Even so, proponents of U.S. emissions limits maintain that legally binding carbon caps will provide certainty that emissions will go down in the future, whereas technology development and deployment — along with efforts to regulate conventional air pollutants — do not. Certainly, energy and emissions projections have proven notoriously unreliable in the past — it is entirely possible that future emissions could be well above, or well below, the EIA’s current projections. But the cap-and-trade proposal that failed in the last Congress, like the one that has been in place in Europe, would have provided no such certainty. It was so riddled with loopholes, offset provisions, and various other cost-containment mechanisms that emissions would have been able to rise at business-as-usual levels for decades.

Arguably, the actual outcome might have been much worse. The price of the environmental movement’s demand for its “legally binding” pound of flesh was a massive handout of free emissions allocations to the coal industry, which might have slowed the transition to gas that is currently underway.

Continuing to drive down U.S. emissions will ultimately require that we develop low- or no-carbon alternatives that are better and cheaper than gas. That won’t happen overnight. The development of cost-effective technologies to recover gas from shale took more than 30 years. But we’ve already made a huge down payment on the technologies we will need.

Over the last decade, we have spent upwards of $200 billion to develop and commercialize new renewable energy technologies. China has spent even more. And those investments are beginning to pay off. Wind is now almost as cheap as gas in some areas — in prime locations with good proximity to existing transmission. Solar is also close to achieving grid parity in prime locations as well. And a new generation of nuclear designs that promises to be safer, cheaper, and easier to scale may ultimately provide zero-carbon baseload power.

All of these technologies have a long way to go before they are able to displace coal or gas at significant scale. But the key to getting there won’t be more talk of caps and carbon prices. It will be to continue along the same path that brought us cheap unconventional gas — developing and deploying the technologies and infrastructure we need from the bottom up.

When all is said and done, a cap, or a carbon price, may get us the last few yards across the finish line. But a more oblique path, focused on developing better technologies and strengthening conventional air pollution regulations, may work just as well, or even better.

For one thing should now be clear: The key to decarbonizing our economy will be developing cheap alternatives that can cost-effectively replace fossil fuels. There simply is no substitute for making clean energy cheap.

In Keystone XL Rejection, We See Two Americas At War With Each Other

Joel Kotkin — Thu, 19 Jan 2012 09:25:30 -0500

America has two basic economies, and the division increasingly defines its politics. One, concentrated on the coasts and in college towns, focuses on the business of images, digits and transactions. The other, located largely in the southeast, Texas and the Heartland, makes its living in more traditional industries, from agriculture and manufacturing to fossil fuel development.

Traditionally these two economies coexisted without interfering with the progress of the other. Wealthier gentry-dominated regions generally eschewed getting their hands dirty so that they could maintain the amenities that draw the so-called creative class and affluent trustifarians. The more traditionally based regions focused, largely uninhibited, on their core businesses, and often used the income to diversify their economies into higher-value added fields.

The Obama administration has altered this tolerant regime, generating intensifying conflict between the NIMBY America and its more blue-collar counterpart. The administration’s move to block the Keystone XL oil pipeline from Canada to the Gulf of Mexico represents a classic expression of this conflict. To appease largely urban environmentalists, the Obama team has squandered the potential for thousands of blue-collar jobs in the Heartland and the Gulf of Mexico.

In this way, Obama differs from Bill Clinton, who after all recognized the need for basic industries as governor of poor and rural Arkansas. But the academic and urbanista-dominated Obama administration has little appreciation for those who do the nation’s economic dirty work.

NIMBY America’s quasi-religious devotion to the cause of global warming is the current main reason for their hostility to the basic economy. But it is all a part of a concerted, decades-long jihad to limit the dreaded “human footprint,” particularly of those living outside the carefully protected littoral urban areas.

Oddly, in their self-righteous narcissism, the urbanistas seem to forget that driving production from more regulated areas like California or New York to far less controlled areas like Texas or China, may in the end actually increase net greenhouse gas emissions. The hip, cool urbanistas won’t stop consuming iPads, but simply prefer that the pollution making them is generated far from home, and preferably outside the country.

The perspective in the Heartland areas and Texas, of course, is quite different. They regard basic industries as central to their current prosperity. Oil and gas, along with agriculture and manufacturing, have made these areas the fastest growing in terms of jobs and income over the past decade.

Of course, the apologists for the NIMBY regions can claim that they, too, create economic value. And to be sure, Silicon Valley — now in a midst of one of its periodic boom periods — Wall Street and Hollywood constitute some of the country’s prime economic assets. Similarly, highly regulated cities such as New York, San Francisco, Seattle, Boston and Chicago offer a quality of life, at least for the well-heeled, that draws talent and capital from the rest of the world.

But the NIMBY model suffers severe limitations. For one thing, these high cost areas generally lag in creating middle-skilled jobs; New York and San Francisco, for example, have suffered the largest percentage declines in manufacturing employment of the nation’s 51 largest metropolitan areas. Indeed with the exception of Seattle, the NIMBY regions have all underperformed the national average in job creation for well over a decade.

These areas are becoming increasingly toxic to the middle class, especially families who are now fleeing to places like Texas, Tennessee, North Carolina and even Oklahoma. NIMBY land use regulations — designed to limit single-family houses — usually end up creating housing costs that range up to six times annual income; in more basic regions, the ratio is around three or lower.

Ironically, America’s most ardently “progressive” areas turn out to be the most socially regressive, with the largest gaps between rich and poor. Even the current tech bubble has not been of much help to heavily Latino working-class areas like San Jose, where unemployment ranges around 10%, nor across the Bay in devastated Oakland, where the jobless rate surpasses 15%.

To succeed, America needs both of its economies to accommodate the aspirations not only of its current population but the roughly 100 million more Americans who will be here by 2050. If the regions that want to maintain NIMBY values want to do so, that should be their prerogative. But stomping on the potential of other, less fashionable areas seems neither morally nor socially justifiable.

Wind Energy is Not Just Hot Air

Shashi Parulekar — Mon, 06 Jun 2011 21:05:49 -0400

Anaheim Convention Center, Southern California, last week was a hot bed of one of the ultimate forms of renewable energy. The “fuel” used by wind turbines (really the wind) is free for the 30 year life span of the windmill installation, is considered inflation proof, and is 100 % domestically available.

Just a brief walk through the trade exhibition convinces any visitor of European as well as Chinese commitment to wind energy. One guest speaker, Ted Turner put it: “Just do not look at the next 30 years, look for at least a few hundred years of human energy needs.”

Conventional energy lobbyists claim that wind is unreliable and will harm operation of the grids. However, grid operators have observed that wind power is more reliable and predictable.

There are rumors that sound of operating wind will cause a variety of dangerous health effects, including headaches and disturbed sleep. The studies have shown that wind turbines at a distance of 2,000 feet (normal building codes for Wind Mills) have a dB rating close to 45 (comparing that to 55 in an average home in the USA). Normally, two people can carry on a conversation on any wind mill farm. Please remember: this energy source has no side effects such as air or water polluting emissions, no hazardous waste, and has a direct impact on reducing the public health impact of any other energy generation.

Are birds get affected by wind energy? A very legitimate question by the American Bird Conservancy needs to be addressed with honesty. The bird loss caused by buildings is about 550 million, by power lines 130 million, vehicles 80 million, poisoning by pesticide 67 million, and radio and TV towers close to 4 million. The tabulated loss by wind is under 150,000. Special attention is being paid to bats: The bats and wind energy coalition was formed in 2003 by Bat Conservation International, the U.S. Fish and wild life Service, and the National Renewable Energy Laboratory.
The view of a wind energy facility or the distance of a home from a wind mill farm had no consistent, measurable or significant impact on home values.

The current worldwide installed capacity gives a snap shot of Wind energy penetration in a given region. By 2010, the European Union was leading the world with 84,000 MW, China with 42,000 MW and the USA was at 40,000 MW. However, Denmark leads the world as percentage of total power needs fulfilled by Wind Energy: close to 20 % in 2010.

The potential of up to 20 % electricity generation that can be derived from Wind Energy is feasible, both technically as well as financially by 2030. Most land used to construct wind farms can be used for its original purpose of harvesting, grazing and farming. The actual foot print of turbine farms, roads and generating and transmitting facilities is under 3 percent of total land taken out of commission.

Wind Energy should be debated in the public forum with both energy independence and long term sustainability for our planet beyond the next election cycle.