Created by Ferdi Rizkiyanto
Ask the locals: a new way to tell if dingoes are native
As Rivers Dry, UK asks, “Is this the New Normal?”
The morality of unmasking Heartland
Pot Meet Kettle
Top Three Reasons Cheap Natural Gas Won’t Kill Renewable Energy
I’ll be the first to admit that cheap natural gas prices are one of the biggest short-term threats to deployment of renewable energy in the U.S. today. With a glut of gas dropping prices to historic lows, the competitiveness of technologies like wind, solar PV, and solar hot water are facing significant challenges.
But here’s the important thing to remember: The industry is being challenged, not beaten. Amidst all the hand wringing over what cheap natural gas will do to investment in renewables, we often lose sight of the fact that the cost and price of renewable energy technologies are still chasing the record price drops in natural gas. When the price of natural gas starts to climb back up (according to many estimates, it will fairly soon), renewables will be more competitive than ever.
Over the next couple of years, I believe that the age-old idiom will again be proven true: “What doesn’t kill you makes you stronger.”
Below are my top three reasons why natural gas won’t be the death of renewables.
1. Cheap gas won’t stay “cheap” for too much longer
It’s often said that America has a 100-year supply of natural gas. However, those figures, which are based on estimates from the Potential Gas Committee, factor in “proved” reserves, “possible” reserves and “speculative” reserves. If we narrow these figures down to proven, technically-exploitable resources based upon current natural gas consumption rates, more cautious estimates put our supply at roughly 11-21 years.
With mature gas plays like the Barnett Shale and Marcellus Shale in decline or appearing to be nearing a peak, and drillers scaling back on operations because it’s not profitable to drill with such low prices, a growing number of analysts are questioning whether the U.S. gas industry is approaching peak production. Petroleum Geologist Arthur E. Berman recently wrote about the decline rates in conventional and unconventional gas fields at the Oil Drum:
“This development may expose the notion of long-term natural gas abundance and cheap gas as an illusion. The good news is that this adjustment will lead to higher gas prices in a future less distant than most believe. Higher prices coupled with greater discipline in drilling will allow operators to earn a suitable return and offer the best opportunity for supply to grow to meet future needs.”
In its latest Annual Energy Outlook, the U.S Energy Information Administration also cut estimates of unproved technically recoverable resources by 42%. As energy analyst Chris Nelder recently wrote: “Everything you know about shale gas is wrong.”
2. Renewable energy is challenged, but still competitive
Source: Institute for Local Self Reliance, using data from Lazard
Over the years, the conversation around gas has changed dramatically in renewable energy circles. For example, up until 2008 when gas prices were at their peak and wind development was soaring, the industry’s message was simple: We’re a far more cost-effective, reliable investment than gas.
But the tide turned in 2009, when gas prices started their precipitous drop. I remember the American Wind Energy Association’s annual conference in 2010, when shale gas dominated the CEO roundtable discussion. “Our single biggest challenge is improving technologies to compete with these low prices,” said one executive.
The industry clearly took the challenge seriously. Today, due to bigger turbines, more reliable equipment and better materials, the cost of wind has dropped to record lows. In fact, some developers are even signing long-term power purchase agreements in the 3 cents a kilowatt-hour range. And last fall, Bloomberg New Energy Finance projected that wind would be “fully competitive with energy produced from combined-cycle gas turbines by 2016″ under fair wind conditions.
The same technological improvements and maturation in project development in wind are driving down the cost of solar PV as well. For example, in California, solar developers have signed contracts for power below the projected price of natural gas from a 500-MW combined cycle power plant. (That projection does include a carbon price).
These trends are driving record levels of interest from investors. In 2011, for the first time ever, global investments in renewable energy surpassed investments in fossil fuels.
The bottom line: the price of renewable energy continues to come down while the projected price of natural gas is only expected to rise.
We do have to be realistic about the situation: assuming gas prices stay near record low levels for a long period of time — which they likely won’t — renewables deployment won’t grow at the rate we need it to. But if you look at the where large-scale renewables stack up with the cost of energy from peaking gas plants and combined cycle plants (chart above), you can see that the industry is still nipping at the heels of gas — even with a “revolution” underway in accessing shale resources. That’s something that can’t be ignored.
3. Natural gas is a fossil fuel and still contributes to global warming
When considering our energy investment choices, it’s important for us to remember why we want renewable energy in the first place. Sure, it’s a domestic resource that empowers local communities, encourages entrepreneurial innovation, and spurs new types of economic development. But ultimately, renewables are an important tool for helping us reduce greenhouse gas emissions and combat global warming. We should never lose sight of this environmental context.
So while gas will be an important short-term tool to knock old coal plants out of the energy mix and provide a source of back up for intermittent renewables, the global warming challenge will eventually present limits to our investments in natural gas, if not this decade, then certain in the 2020s.
As we’ve pointed out numerous times, without a price on carbon, natural gas is not a bridge fuel — it is a bridge to nowhere. Under the International Energy Agency’s “Golden Age of Gas” scenario that assumes an aggressive build-out of “clean” natural gas plants, we would still see global temperatures rise 6° Fahrenheit.
While the science is still far from settled on the life-cycle emissions issue, measured emissions in some cases are well above what drillers claim (see chart above).
Even if natural gas is cleaner than coal, it is still a fossil fuel. When we get serious about addressing global warming and put a price on greenhouse gas emissions, the current economic advantages of natural gas are diminished or disappear. Last October, three center-right economists — Nicholas Z. Muller, Robert Mendelsohn, and William Nordhaus — found that with a carbon price of $27 per ton, the cost of environmental and health damages from natural gas were greater than the resource’s added value to society.
In other words, natural gas isn’t nearly as inexpensive as current prices suggest (see also “Economics Stunner: Natural Gas Damage Larger Than Its Value Added For Even Low CO2 Prices“).
Writing to 415 of the world’s biggest global warming polluters this week, global investors representing $10 trillion put it best:
“The external costs of greenhouse gas emissions will become internalized into company cash flows and profitability,” Paul Abberley, chief executive officer at Aviva Investors in London said in the statement today. ‘‘Managing greenhouse gas emissions is therefore essential to delivering sustainable shareholder returns.’’
Natural gas certainly has a role to play in this long, complicated energy transition — assuming we properly value its environmental impact. But if we listen to these forward-thinking global investors and take their call for a low-carbon strategy seriously, renewables, efficiency and demand response will not be swept aside, no matter what the short-term challenges are.
First job for the new Queensland government: fix coal seam gas
Gleick apology over Heartland leak stirs ethics debate among climate scientists
Climate change sceptic thinktank not 'influential' enough to reveal funder
Crossing the Line as Civilization Implodes: Heartland Institute, Peter Gleick and Andrew Revkin
Elizabeth Kolbert: It may seem impossible to imagine that a technologically advanced society could choose, in essence, to destroy itself, but that is what we are now in the process of doing.
Humanity’s Choice (via M.I.T.): Inaction (“No Policy” — the policy aggressively advanced by most professional disinformers and tacitly accepted by most in the intelligentsia and media — eliminates most of the uncertainty about whether or not future warming will be catastrophic. Aggressive emissions reductions dramatically improves humanity’s chances.
Humanity is putting its foot on the accelerator even though the world’s top scientists and governments have repeatedly explained we are headed over a cliff. The people who will suffer the most are people who have not contributed to this impending catastrophe — future generations and the poorest among us.
This is such a colossally immoral and unethical act — collectively and in many cases individually — that most people, including the overwhelming majority of the so-called intelligentsia, simply choose to ignore it on a daily basis. That won’t save a livable climate, however, nor it will stop future generations from cursing our names.
And so it is not surprising that many immoral and unethical acts that regularly occur on a far less grand scale are condoned or winked at or simply ignored.
Every day, countless organizations spread misinformation aimed at delaying the action needed to avoid destroying a livable climate, which will cause billions to suffer — and needlessly, since every major independent study makes clear that the cost of action is incredibly low. Many of the disinformers routinely attack and smear climate scientists. Some routinely publish their e-mails, encouraging their readers to cyber-bully scientists who are doing nothing more than trying to inform the world of the consequences of its untenable choices. But we have become inured to it — heck, there’s a whole TV network devoted to spreading lies — yawn, let’s change the channel to something we like.
The media continues to reduce coverage of the story of the century — “Silence of the Lambs 2: Media Herd’s Coverage of Climate Change Drops Sharply — Again. The three network news stations broadcast 14 climate change stories with a total air time of 32.5 minutes in 2011, down from 32 stories and 90.5 minutes last year and well below the 2007 peak of 147 segments totaling 386 minutes. This is a stunning collective lapse in judgment by editors and producers. But the media — in a classic act of circular benchmarking — sees everyone else in the media doing it, so the inconceivable becomes an accepted norm.
Many in the media who do cover the story continue to downplay the science or fail to connect the dots, even between extreme heat waves and global warming. Worse, many in the media, including some at New York Times, quote long-debunked disinformers and confusionists who routinely smear climate scientists — people who should have zero credibility. This is also a collective lapse in judgment that merits multiple apologies and retractions, but it has become the “norm” in journalism. Future generations will marvel at how the once lofty profession of journalism destroyed its own credibility and misreported the story of the century.
In this sewer of unethical and immoral activity, we all have tough choices, most especially climate scientists, the victims of many of the worst attacks. These modern day Cassandras have become increasingly blunt and outspoken for obvious reasons — they understand best what is likely to happen if we keep listening to the disinformers and their enablers in the media.
Even the formerly reticent Lonnie Thompson explained why he and other climatologists are speaking out: “Virtually all of us are now convinced that global warming poses a clear and present danger to civilization.” He continues:
That bold statement may seem like hyperbole, but there is now a very clear pattern in the scientific evidence documenting that the earth is warming, that warming is due largely to human activity, that warming is causing important changes in climate, and that rapid and potentially catastrophic changes in the near future are very possible. This pattern emerges not, as is so often suggested, simply from computer simulations, but from the weight and balance of the empirical evidence as well.
That is simply what the science says, as my review of 50 recent studies makes clear (see “An Illustrated Guide to the Science of Global Warming Impacts: How We Know Inaction Is the Gravest Threat Humanity Faces“).
What is a scientist to do in such a casually self-destructive world? The prestigious journal Nature editorialized 2 years ago, “Scientists must now emphasize the science, while acknowledging that they are in a street fight.”
That is all prologue for the events of the last week or so.
As Climate Progress reported earlier this week, Heartland Institute documents revealed plans to dupe children and ruin their future. The AP worked to independently verify the documents and concluded, “The federal consultant working on the classroom curriculum, the former TV weatherman, a Chicago elected official who campaigns against hidden local debt and two corporate donors all confirmed to the AP that the sections in the document that pertained to them were accurate. No one the AP contacted said the budget or fundraising documents mentioning them were incorrect.”
Subsequently, several climate scientists who “had their emails stolen [in 2009], posted online and grossly misrepresented,” slammed Heartland for “spreading misinformation” and “personally attacking climate scientists to further its goals.” The scientists specifically noted:
In 2009, the Heartland Institute was among the groups that spread false allegations about what these stolen emails said. Despite multiple independent investigations, which demonstrated that allegations against scientists were false, the Heartland Institute continued to attack scientists based on the stolen emails. When more stolen emails were posted online in 2011, the Heartland Institute again pointed to their release and spread false claims about scientists.
You can read Heartland’s reply to similar charges here.
Last night I, and I imagine everyone else, was stunned to learned that Dr. Peter Gleick was the one who put these documents into the public domain. In a Huffington Post piece, he acknowledged “a serious lapse of my own and professional judgment and ethics,” an assessment I would not disagree with. He then apologized for his mistakes, a move that distinguishes him from Heartland or his critics in the media, like Andrew Revkin, whose too-rapid response to these events certainly crossed the line.
As an important aside, when considering whether the boundary between ethical violation and criminal act has been crossed, we should in all fairness use the Revkin rule. When someone posted on Climate Progress that the Climategate emails were stolen — the assertion made by the University of East Anglia and others — Revkin himself posted:
Just to be clear, no British law enforcement agency has yet said whether a crime has been committed. I have called the Norfolk Constabulary more than once and mum’s still the word.
Seriously! So we’ll just have to wait until some law enforcement agency makes its judgment — and I’m going to make a wild guess that we’ll have a long wait on that.
Here is Gleick’s statement:
At the beginning of 2012, I received an anonymous document in the mail describing what appeared to be details of the Heartland Institute’s climate program strategy. It contained information about their funders and the Institute’s apparent efforts to muddy public understanding about climate science and policy. I do not know the source of that original document but assumed it was sent to me because of my past exchanges with Heartland and because I was named in it.
Given the potential impact however, I attempted to confirm the accuracy of the information in this document. In an effort to do so, and in a serious lapse of my own and professional judgment and ethics, I solicited and received additional materials directly from the Heartland Institute under someone else’s name. The materials the Heartland Institute sent to me confirmed many of the facts in the original document, including especially their 2012 fundraising strategy and budget. I forwarded, anonymously, the documents I had received to a set of journalists and experts working on climate issues. I can explicitly confirm, as can the Heartland Institute, that the documents they emailed to me are identical to the documents that have been made public. I made no changes or alterations of any kind to any of the Heartland Institute documents or to the original anonymous communication.
I will not comment on the substance or implications of the materials; others have and are doing so. I only note that the scientific understanding of the reality and risks of climate change is strong, compelling, and increasingly disturbing, and a rational public debate is desperately needed. My judgment was blinded by my frustration with the ongoing efforts — often anonymous, well-funded, and coordinated — to attack climate science and scientists and prevent this debate, and by the lack of transparency of the organizations involved. Nevertheless I deeply regret my own actions in this case. I offer my personal apologies to all those affected.
Yes, we live in an age where a large fraction of people pretend to be someone they aren’t online, where reporters routinely practice deception, where bloggers and other even pretend to be famous people to get a scoop or embarrass someone.
But Gleick is right that he committed a serious lapse of my professional judgment and ethics. He is right to regret his actions and make a personal apology.
When exactly will the Heartland Institute apologize for “spreading misinformation” and “personally attacking climate scientists to further its goals”?
And when exactly will Revkin apologize for his various lapses, including his absurd and I think hypocritical response to Gleick’s post?
Here are the key parts of what Revkin wrote:
Now, Gleick has admitted to an act that leaves his reputation in ruins and threatens to undercut the cause he spent so much time pursuing….
The Heartland Institute had already signaled that it plans to seek charges and civil action against the person who extracted its documents under a false identity….
I won’t speculate on how the legal aspects of this story might play out.
Another question, of course, is who wrote the climate strategy document that Gleick now says was mailed to him. His admitted acts of deception in acquiring the cache of authentic Heartland documents surely will sustain suspicion that he created the summary, which Heartland’s leadership insists is fake.
One way or the other, Gleick’s use of deception in pursuit of his cause after years of calling out climate deception has destroyed his credibility and harmed others. (Some of the released documents contain information about Heartland employees that has no bearing on the climate fight.) That is his personal tragedy and shame (and I’m sure devastating for his colleagues, friends and family).
The broader tragedy is that his decision to go to such extremes in his fight with Heartland has greatly set back any prospects of the country having the “rational public debate” that he wrote — correctly — is so desperately needed.
I haven’t seen so much nonsense since, well, since I read something from Heartland.
Revkin has ZERO credibility in making these attacks. Zero.
First off, if one act of this nature could ruin a reputation or destroy his credibility, then what precisely is Revkin doing routinely quoting and citing people who have been repeatedly debunked, the disinformers and confusionists.
Seriously, Revkin — and the NY Times itself — quote all manner of people who simply should have no credibility whatsoever on a regular basis (see “Revkin’s DotEarth hypes disinformation posted on an anti-science website” and “In yet another front-page journalistic lapse, the NY Times once again equates non-scientists — Bastardi, Coleman, and Watts (!) — with climate scientists“).
Revkin smeared Al Gore — equating his science-based talks with George Will’s long-debunked falsehoods — based on the false claims of one of the most debunked people in the blogosphere (see “Yes, the false accusation that Gore was exaggerating came from none other than Roger Pielke, Jr.: And yes, I just re-confirmed with Gore’s office that Pielke is as wrong today in his false claims as he was 2 years ago”).
But Revkin has never retracted his attack or apologized. And he keeps quoting Pielke (as does the NY Times), even though Pielke’s statements on climate scientists inspire objections from scientists like Ken Caldeira (see here). Heck, now Pielke brags about the ability to team up with the hard-core anti-science websites and drive traffic to his site. Revkin’s defense is that Pielke has published articles in the peer-reviewed literature. Gosh, Gleick has published many more articles. So I guess his reputation remains intact for the New York Times.
Revkin himself has made countless mistakes that he has never formally retracted or apologized for [see, for instance, "NYT's Revkin pushes global cooling myth (again!) and repeats outright misinformation"].
The closest he ever came was his 2009 stunner on NPR: “I’ve made missteps. I’ve made probably more mistakes this year in my print stories than I had before. That’s kind of frustrating.” Yes, the top reporter in the country made missteps and mistakes on the story of the century, but all he can offer up is “That’s kind of frustrating.”
Why haven’t that series of missteps and mistakes destroyed his credibility and ruined his reputation?
Again, Revkin has zero credibility in his statements about Gleick and he should retract them.
Revkin writes, “I won’t speculate on how the legal aspects of this story might play out.” Gosh, he’s happy to say there’s no crime in Climategate until the police weigh in.
He writes, Gleick’s “admitted acts of deception in acquiring the cache of authentic Heartland documents surely will sustain suspicion that he created the summary, which Heartland’s leadership insists is fake.” Why? Does Revkin have any evidence to back up this “suspicion.” Is he no longer a journalist but just a guy who passes on suspicions from the blogosphere and from an organization known for “spreading misinformation” and “personally attacking climate scientists to further its goals”?
To repeat, that sentence is dreadful and should be retracted. Revkin doesn’t even say where the “suspicion” came from or what its basis is. He just repeats it. We used to call that gossip. Now I guess it’s in the New York Times manual.
I’ll have to do a separate blog on the subject but its quite clear that Revkin does not think very much of climate scientists. In a dreadful February 1 column that once again quoted the long-debunked Pielke, he dismisses a letter to the Wall Street Journal from 39 of the leading climate scientists in the world this way:
The reality for most of the signatories of the rebuttal letter is that they are more akin to medical technicians — making sure the thermometers gauging a fever are reliable — and radiologists — interpreting a CT scan — than diagnosticians prescribing the appropriate treatment.
Seriously. Trenberth, Somerville, Caldeira, Overpeck, Mann, Rignot, Watson — they are just technicians who test whether your hospital thermometer works! No wonder Revkin is so quick to jump on these guys.
What Gleick did was wrong and Gleick not only knows it, he admitted it and apologized, thereby preserving his reputation in a world where everyone makes mistakes, but few admit it.
All of us wait for the same from Heartland and Revkin.
Putting Big Oil Subsidies to Work for America
by Donna Cooper, Richard W. Caperton, Kate Gordon , Daniel J. Weiss
Last year was a bonanza for the top five oil companies—BP plc, Chevron Corp., ConocoPhillips, ExxonMobil Corp., and Royal Dutch Shell Group—posting combined net-income earnings of $137 billion, a new record. Undeterred, Republican leaders in Congress are seeking to pass transportation legislation that will expand oil and natural gas drilling and will force the construction of the controversial Keystone XL pipeline project. House Republicans hope the Senate will concur and give these companies access for oil and gas production to some of our natural crown jewels.
Republicans in the House want to boost drilling offshore and on protected lands so that the federal revenues gained by this expansion of drilling can be used to pay for the American Energy and Infrastructure Jobs Act—the House Republican five-year highway funding bill.
The Center for American Progress has a better idea: Tap the geyser of oil company earnings by imposing a tax on imported oil and ending antiquated federal subsidies for oil companies. Doing this will pay for an environmentally and fiscally sound plan to upgrade our crumbling transportation, water, and energy infrastructure.
CAP’s new report, “Meeting the Infrastructure Imperative,” recommends doing just that, among other things, to put more federal funds and state, local, and private money to work investing in infrastructure over the next 10 years. Our report details why $129 billion more per year is needed to meet our country’s infrastructure capital repair and improvement needs. CAP found that direct federal spending for infrastructure would need to rise by $48 billion a year, or about a 1.3 percent increase in total federal spending. Boosting federal spending by $48 billion would mean an increase approximately the same size as what was spent on the Iraq war in fiscal year 2011.
CAP projects that with this level of increased federal investment, as much as $60 billion in private infrastructure investment and $11 billion in new state and local investment could be mobilized as well. But where will the new federal money come from?
For decades federal gas tax revenues were dedicated to covering the cost of road, bridge, transit, and rail improvements. But Congress hasn’t raised the 18.4-cents-per-gallon gasoline tax in 19 years, and as a result, its value has eroded by one-third, leaving federal transportation programs chronically short of funds. If that tax had been indexed to inflation, it would be 28 cents per gallon today.
Instead of raising the gas tax now—or doing as House Republicans suggest and relying on mythical revenues from expanding oil drilling or scarring our nation’s heartland with a pipeline that could leak and pollute air and water—CAP calls for a tax of $9.50 per barrel on imported oil, alongside ending $4 billion in annual tax breaks for oil companies, both of which will help pay for the additional federal infrastructure investments to meet our transportation, water, and clean energy infrastructure needs. By CAP’s calculations an oil-import tax and the termination of the oil and gas subsidies would generate approximately $40 billion annually. These funds are needed on top of the approximately $36 billion generated by the federal gasoline tax.
Recent Republican proposals also look to oil companies to shoulder some of the financial burden of infrastructure improvements, but they do so by relying on revenues from an environmentally devastating expansion of drilling offshore and on protected lands. CAP instead proposes to broaden the user-fee model of infrastructure funding to include oil companies’ tax contributions since they are significant beneficiaries of infrastructure improvements.
Under CAP’s plan tax revenues on imported oil and the revenues gained by ending antiquated subsidies would help pay for a decade of investment at the scale needed to bring our infrastructure back up to world-class standards. Specifically, our plan would enable us to:
- Build out our transit, regional, and passenger rail capacity and as a result make a real dent in air pollution: With better transit and new federal investment in better roads, drivers would face less congestion and save an average of $335 per year due to fewer car repairs and better fuel economy.
- Stimulate $40 billion a year in private investment in clean energy generation, distribution, transmission, and smart grid infrastructure: At this level of investment, we can achieve an 80 percent reduction in carbon pollution by 2050 compared to the carbon pollution levels in 2005.
- Make it possible for older water systems to ensure the quality of our drinking water is safe, and that wastewater treatment and storm water overload systems can adequately protect our rivers and lakes by removing industrial and household pollutants from wastewater.
In addition to spending more on what needs to be done, this plan also shows how we can do a better job deciding where and how to invest.
For instance, to attract more private financing for clean energy, the CAP plan calls for a national infrastructure bank with a clean energy loan program and at least a 10-year extension of the investment and production tax credits for renewable energy generation that have been so effective at stimulating private investment in many wind and solar projects. The plan also proposes the creation of a national infrastructure council that would bring together federal agencies to strategically align their infrastructure investments to promote water and energy efficiency efforts and to reduce both traffic congestion and carbon dioxide pollution.
Unfortunately, the Republicans in the House are suggesting cutting funds for transportation infrastructure and suggesting that we rely on the expansion of offshore oil drilling that has very little potential to produce the needed revenues to pay for badly needed investments. In addition, House Republican leaders also plan to hold transportation investments hostage until the Keystone XL pipeline is approved, which would bring dirty tar sands oil from Canada to the Texas Gulf coast for refining, with a large portion sent overseas.
The House Republican leaders hope to move their transportation package after this week’s congressional recess. We suggest they consider a sounder approach that both protects our environment and ensures sufficient revenues to rebuild our infrastructure. CAP’s proposal is a game-changing strategy that could succeed with support from labor, business, environmentalists, and officeholders of both parties. It’s time to get to work on it.
Donna Cooper is a Senior Fellow at the Center for American Progress. Richard Caperton is the Director of Clean Energy Investment at American Progress. Kate Gordon is the Center’s Vice President for Energy Policy. Daniel J. Weiss is a Senior Fellow and the Director of Climate Strategy at American Progress.
This piece was originally published at the Center for American Progress.
When the hop fields come to town
Climate Forecast: 70% of U.S. Counties Could Face Some Risk of Water Shortages by 2050
by Dave Levitan, reposted from OnEarth
When the heat turns up in an overcrowded bar, patrons waiting for service tend to get thirstier. In the coming decades, a similar scenario may play out in the United States. According to a new study, more than a third of U.S. counties may be at “extreme” or “high” risk of water shortages by 2050. This won’t be due to a dearth in bartenders, of course, but the result of a swelling population, along with the potential temperature increases and precipitation changes associated with climate change.
The research, funded by the Natural Resources Defense Council (which publishes OnEarth), appeared last week in the journal Environmental Science and Technology.
The first strike against water supplies comes from increases in population. Projections suggest fairly linear growth between now and mid-century, meaning the U.S. will have about 419.9 million people in 2050 (up from its current population of 313,000,000). All of those additional Americana will have to drink, and eat food grown with water, and turn on lights powered by water-guzzling power plants.
Then there’s climate change. Temperature is expected to increase somewhere between 1.5 and 3° Celsius, and the warming air will be able to hold more water. The resulting changes in precipitation aren’t uniform by any means. Models suggest that Texas and the Gulf states will lose more than one inch per year, while the northeastern U.S. could get between two and four extra inches per year.
Notably, the study’s results are not meant to be taken as strict prognoses. “This is not intended as a prediction that water shortages will occur, but rather where they are more likely to occur, and where there might be greater pressure on public officials and water users to better characterize, and creatively manage demand and supply,” said the study’s lead author Sujoy Roy of Tetra Tech Research and Development, in a press release.
The end result of all this — hotter temperatures, changed precipitation, more people withdrawing more water — is that 412 of 3,141 counties (13 percent) in the lower 48 might be at “extreme” risk of water shortages in 2050. Another 608 counties will be at high risk, while 1,192 and 929 will be at moderate and low risk, respectively. Without climate change? Just 29 counties (less than 1 percent) would be at extreme risk, 271 at high risk, and more than 2,000 would be at low risk. It’s enough to make you thirsty for real action on this whole climate change thing. I’ll cheers to that.
Dave Levitan is a freelance journalist based in Philadelphia. This piece was originally published at OnEarth.
February 21 News: Global Warming Made 2010 Russian Heatwave Three Times More Likely, Say Researchers
Other stories below: Civilization faces a “perfect storm of ecological and social problems”; California leads the nation in cleantech venture capital funding
Climate change increased likelihood of Russian 2010 heatwave – study
The extreme Russian heatwave of 2010 was made three times more likely because of man-made climate change, according to a study led by climate scientists and number-crunched by home PC users. But the size of the event was mostly within natural limits, said the scientists, laying to rest a controversy last year over whether the extreme weather was natural or human-induced.
The 2010 heatwave broke all records for Russia – temperatures in the central region of the country, including Moscow, were around 10C above what they should have been for the time of year. More than 50,000 people died from respiratory illnesses and heat stress during that time. The temperatures also had a substantial impact on that year’s Russian wheat harvest, leading to economic losses of more than $15bn.
Two studies published in 2011 looked at the causes of the extreme weather, but they disagreed on whether it was a natural event or whether it was a result of anthropogenic climate change.
Civilisation faces ‘perfect storm of ecological and social problems’
Celebrated scientists and development thinkers today warn that civilisation is faced with a perfect storm of ecological and social problems driven by overpopulation, overconsumption and environmentally malign technologies.
In the face of an “absolutely unprecedented emergency”, say the 18 past winners of the Blue Planet prize – the unofficial Nobel for the environment – society has “no choice but to take dramatic action to avert a collapse of civilisation. Either we will change our ways and build an entirely new kind of global society, or they will be changed for us”.
The stark assessment of the current global outlook by the group, who include Sir Bob Watson, the government’s chief scientific adviser on environmental issues, US climate scientist James Hansen, Prof José Goldemberg, Brazil’s secretary of environment during the Rio Earth summit in 1992, and Stanford University Prof Paul Ehrlich, is published today on the 40th anniversary of the foundation of the UN environment programme (Unep). The paper, which was commissioned by Unep, will feed into the Rio +20 earth summit conference in June.
Santorum again hits Obama on energy, drops ‘phony theology’ barb
GOP presidential hopeful Rick Santorum blamed the “radical environmental policies” of the Obama administration Monday for rising gas prices, and said he would promote “responsible environmental stewardship” as president, including support for the coal industry and approval of the Keystone Pipeline.
“Ladies and gentlemen,” he told a cheering crowd of several hundred in this once-booming steel town, “we need someone who understands, who comes from the coal fields, who comes from the steel mills, who understands what ordinary working people in American need to provide for themselves and their families.”
Santorum grew up not far away, in the coal and steel country of western Pennsylvania, and often tells the story of how his grandfather came from Italy to work in the coal fields. As he introduced his wife, his in-laws and three of his seven children to the throng, he said, “It’s great to be back home.”
California leads nation in green-tech venture capital funding
When it comes to U.S. venture capital funding for the most promising new green technology firms, there’s California and there’s everybody else.
California companies raked in $2.8 billion, or 57%, of the $4.9 billion in venture capital offered up in the so-called clean-tech category of funding nationwide last year, according to a recently released analysis from Ernst & Young.
Massachusetts companies were a distant second with $465.1 million, followed by Colorado companies, which pulled in $363.3 million.
“It’s a good indicator of the innovation that can be found here and of the opportunities available in California,” said Mark Sogomian, an Ernst & Young partner and leader of its clean-tech group in Los Angeles.
Climate change reduces genetic diversity
Global warming has forced alpine chipmunks in California to higher ground, prompting a startling decline in the species’ genetic diversity, researchers say.
Scientists at the University of California, Berkeley, say their study of chipmunks in Yosemite National Parks is one of the first to measure the impact on the genetic diversity of a species whose geographic range changes because of climate change.
Engineers Take Aim at a Barrier in LED Technology
In a brand-new factory here, Eric Kim, chief executive of Soraa Inc., cradles a palm-size light that he refers to as “LED 2.0.” The light has a circular snowflakelike cooling frame surrounding a lens that emits a bright white light.
But it also radiates a mystery — and a continuing controversy.
Over the past few years, energy-saving LED lights have popped up nearly every place where low power is required. They provide the backlighting for cellphones, smartphones and laptops as well as for headlamps for hikers, for instance.
But in the United States in particular, LED lights have not yet caught on for home lighting, still a bastion of the incandescent light bulb — which to this day is not much more efficient than when it was invented by Thomas Edison in 1879.
Feds identify 237,100 acres in Arizona for renewable energy projects
The Bureau of Land Management has recommended 237,100 acres of public land in Arizona are suitable for renewable energy development, part of an effort to speed up the process for clean-energy companies looking to set up shop in the state.
The agency Friday released a draft environmental impact statement for its Restoration Design Energy Project, recommending a middle course among six alternatives that ranged in size from 43,700 acres to 321,500 acres.
“Arizona has great potential to build a strong renewable energy economy,” Interior Secretary Ken Salazar said in a prepared statement.
The BLM project is unique to Arizona, but supporters said it is being looked at for other parts of the country. A similar effort has been launched across the West by the bureau.
The Arizona report looked for lands that could become Renewable Energy Development Areas (REDA) for solar and wind energy projects. The option recommended Friday identified agency lands that are either within five miles of points of demand – such as cities or towns – or of utility corridors and existing transmission lines that could carry energy to market.
Heartland Institute leak exposes strategies of climate attack machine | Bob Ward
Climate change increased likelihood of Russian 2010 heatwave – study
Climate scientist Peter Gleick admits he leaked Heartland Institute documents
Who owns the sun? Patent law and clean energy
“Dear Phillip Morris” – Heartland’s Love Letter to Big Tobacco
Music Break – The Hand of Man Brought the Mountain Down
Confusing Climate Study Actually Makes Strong Case Against Tar Sands — If We Want To Avoid Catastrophic Global Warming
Climatologist Andrew Weaver asks me to direct folks to this website and this video, ”in case the tar sands piece that Neil [Swart] and I published yesterday gets spun as a ‘tars sands is good’ story”:
I do think Weaver’s study — “The Alberta oil sands and climate” in Nature Climate Change (subs. req’d) – is a tad confusing. For instance, it doesn’t even include the extra emissions from tar sands extraction in its calculations!! So people who don’t actually read it carefully are likely to misreport its findings.
According to Time magazine, “Pipeline Politics: Are the Oil Sands ‘Game Over’ for the Climate? One Study Says No”:
The good news from the Nature Climate Change paper is that, should environmentalists lose their battle, the consequences might not be quite as bad as they’ve made it out to be.
Except that isn’t what the study finds. Indeed, the final paragraph states
If North American and international policymakers wish to limit global warming to less than 2 °C they will clearly need to put in place measures that ensure a rapid transition of global energy systems to non-greenhouse-gas-emitting sources, while avoiding commitments to new infrastructure supporting dependence on fossil fuels.
In short, if you care about the 2C (3.6F) target, building something like the tar sands pipeline is a really bad idea.
By the way, if you care about a 3C (5.4F) target, building something like the tar sands pipeline is also a really bad idea — see IEA’s Bombshell Warning: We’re Headed Toward 11°F Global Warming and “Delaying Action Is a False Economy.” Risking 3C, roughly 550 ppm [assuming there aren't major carbon-cycle feedbacks], is not a good idea at all, as many studies make clear (see, for instance, New study of Greenland under “more realistic forcings” concludes “collapse of the ice-sheet was found to occur between 400 and 560 ppm” of CO2).
If 7+°F global warming — 10+°F warming over most of U.S. — by century’s end is fine with you, then the tar sands is not worth bothering about. Of course that is “incompatible with organized global community, is likely to be beyond ‘adaptation’, is devastating to the majority of ecosystems & has a high probability of not being stable (i.e. 4°C [7F] would be an interim temperature on the way to a much higher equilibrium level),” according to Professor Kevin Anderson, director of the Tyndall Centre for Climate Change in Britain (see here).
NASA’s James Hansen himself says of the new paper:
“The argument that the currently known amount of carbon in the tar sands pit is small compared to the total fossil fuels burned in two centuries is fallacious and misleading — every single source, even Saudi Arabia, is small compared to the total. If we once get hooked on tar sands and set up infrastructure, the numbers will grow as mining capabilities increase. Tar sands are particularly egregious, because you get relatively less energy per unit carbon emitted and there is associated environmental damage in the mining.”
Indeed, the point of the new study is pretty much the same as the forthcoming paper from Hansen (see figure below). I’d put it this way:
There are big pools of carbon that the world must not burn. Since the United States is responsible for more cumulative CO2 emissions than any other country and has to cut emissions by more than 80% in four decades to do our fair share to avert catastrophe, it’s quite safe to say that from America’s perspective, the huge pool of unconventional oil vastly dirtier than conventional oil up north is definitely on the no-burn list.
The study makes that point in a fairly straightforward way:
To have a 66% chance of limiting warming to less than the 2 °C limit put forth in the 2009 Copenhagen Accord, one carbon– climate modelling study estimated that total future global carbon emissions should be limited to less than 5.9×1017 g C (ref. 9). If this amount were to be distributed equally among the current global population, the resulting allowable per capita cumulative carbon footprint would be 85 tonnes of carbon. The eventual construction of the Keystone XL pipeline would signify a North American commitment to using the Alberta oil-sand reserve, which carries with it a corresponding carbon footprint. For comparison, by fully using only the proven reserves of the Alberta oil sands, the current populations of the United States and Canada would achieve a per capita cumulative carbon footprint of 64 tonnes of carbon.
Let me clear up one serious confusion about the study right now. The study does not actually include the extra emissions from tar sands extraction in its core calculations, as it states clearly:
Additional emissions resulting from natural gas, diesel and electricity use during bitumen extraction, upgrading and refining have not been included here, but could increase these numbers (see Supplementary Information).
The authors separately do a calculation on their website that indicate those extra emissions would add some 17% to the emissions they calculate.
What this means is that if the U.S. and Canada use only the proven reserves of the Alberta oil sands – 170 billion barrels, which we could do this century if production is quadrupled — then in fact we’d hit 75 tonnes of carbon per capita cumulative carbon footprint. The point is, even this modest exploitation of the tar sands — a small fraction of the total “oil in place” — would blow out any chance of the U.S. and Canada contributing our share to the 2C target. Or a 3C target.
That is the point Hansen and McKibben and I and many others have been making over and over again:
CO2 emissions by fossil fuels [1 ppm CO2 ~ 2.12 GtC, where ppm is parts per million of CO2 in air and GtC is gigatons of carbon] via Hansen. Significantly exceeding 450 ppm risks several severe and irreversible warming impacts. Hitting 800 to 1,000+ ppm — which is our current emissions path and the inevitable outcome of aggressively exploiting unconventional fuels like the tar sands as Nocera advocates — represents the near-certain destruction of modern civilization as we know it as the recent scientific literature makes chillingly clear. [Estimated reserves and potentially recoverable resources are from EIA (2011) and GAC (2011).]
This is also pretty clear from Weaver’s paper. But it is presented in a way that the global warming hand-wavers — those who never tell you what their temperature or concentration target is — can, well, wave away with their hands:
As you see, by including all of the coal and gas, it looks like the tar sands make such a tiny contribution as to be insignificant. But the tar sands contributions is only insignificant in a world with a climate that is ruined, one that simply will not support 9 billion or more people. In short, if we destroy civilization with coal, tar sands isn’t a big deal. Woo-hoo!
As Bill McKibben puts it:
Today’s study is akin to saying: “True, smoking six packs a day is going to kill you. But if you want to make certain you die, smoke a hundred packs a day. And if you really want to make sure you die tomorrow, lie down in front of a train.”
Time magazine reports
Andrew Weaver and Neil Swart of the University of Victoria in Canada first modelled the warming impact of burning the 170 or so billion barrels of crude believed to be technically recoverable from the Albertan oil sands. They found that burning all of that carbon would produce just 0.02 to 0.05 C of warming. As David Biello of Scientific American points out, global warming to date is 15 times greater than that.
Should energy companies figure out a way to mine and burn all 1.8 trillion barrels of oil believed to be in the oil sands, the warming would obviously be greater—but not that much greater. Weaver and Swart estimate all that oil would lead to an additional 0.36 C of warming. Given that many scientists believe we need to prevent 2 C of warming above pre-industrial levels to avoid catastrophic effects—and that we’re already a little less than halfway there—the oil sands seem to represent an important but not decisive front in the climate battle.
The 170 billion isn’t the technically recoverable oil. It’s the “economically viable proven reserve,” which will rise over time as oil prices rise (and extraction technology improves).
And burning it, including all related emissions from extraction and the like, is probably at least 0.04 C of warming, which is about 10% of the total additional warming we can risk if we are sane.
So just the “economically viable proven reserve” we could well burn this century are a big, big deal. The oil-in-place is an unmitigated disaster.
Now you can certainly argue that we aren’t going to stabilize at 2C, but that is a political conclusion and has no bearing on whether climate scientists and climate hawks are right that going beyond 2C is dangerous and immoral.
Certainly if we do going beyond 2C it’d be nuts not to try as hard as humanly possible to stabilize at, say, 2.5C (4.5°F), which again means we need to stop wasting staggering amounts of money to expand dirty fossil fuel resources like the tar sands.
David Biello of Scientific American writes on the study with this sub-hed, “The Keystone XL pipeline wouldn’t be a major environmental calamity, but oil addiction is.” He concludes:
Nevertheless, building the pipeline keeps us in the carbon habit, through which the U.S. burns roughly 20 million barrels of oil a day along with copious quantities of coal and natural gas. Ending our fossil fuel addiction is the only way to truly combat climate change.
So Keystone is no big deal, yet we need to end our fossil fuel addiction. But if we are planning to end our fossil fuel addiction in a timely enough fashion to avert catastrophic warming, then, as the study says, we ought to be “avoiding commitments to new infrastructure supporting dependence on fossil fuels” which would certainly include Keystone.
Bottom Line: In the world we must strive to achieve, however difficult or implausible it may seem today, expanded extraction of the tar sands has no place.



