Reprinted from The Conversation
In recent weeks, California has experienced unusually heavy rainfall. California is also earthquake-prone, hosting the great San Andreas fault zone.
If there is an unusual surge of earthquakes in the near future – allowing time for the rain to percolate deep into faults – California may well become an interesting laboratory to study possible connections between weather and earthquakes. The effect is likely to be subtle and will require sophisticated computer modeling and statistical analysis.
Earthquakes are triggered by a tiny additional increment of stress added to a fault already loaded almost to breaking point. Many natural processes can provide this tiny increment of stress, including the movement of plate tectonics, a melting icecap, and even human activities.
For example, injecting water into boreholes – either for waste disposal or to drive residual oil out of depleted reservoirs – is particularly likely to trigger earthquakes.
This is because water pressure in the fault zone is important in controlling when a geological fault slips. Fault zones invariably contain groundwater, and if the pressure of this water increases, the fault may become “unclamped.” The two sides are then free to slip past each other, causing an earthquake.
Hydrological changes do not need to be sudden or large to change the water pressure in a fault zone. As aquifers are depleted for irrigation, the water table slowly drops, which may also trigger earthquakes. It is thus unsurprising that extreme rainfall events might also encourage earthquakes. A number of instances of this have been flagged by scientists. For example, swarms of earthquakes in 2002 followed intense rainfall around Mt. Hochstaufen in Germany and the Muotatal and Riemenstalden regions of Switzerland.
Any study of the relationship between weather and earthquakes is likely to take time, and the results to be controversial. In the meantime, now is a good time to check that your gas heater is earthquake-secure and your emergency drinking water is fresh. After all, a “big one” could come at any time.
People knew we could induce earthquakes before we knew what they were. As soon as people started to dig minerals out of the ground, rockfalls and tunnel collapses must have become recognized hazards.
Today, earthquakes caused by humans occur on a much greater scale. Events over the last century have shown mining is just one of many industrial activities that can induce earthquakes large enough to cause significant damage and death. Filling of water reservoirs behind dams, extraction of oil and gas, and geothermal energy production are just a few of the modern industrial activities shown to induce earthquakes.
As more and more types of industrial activity were recognized to be potentially seismogenic, the Nederlandse Aardolie Maatschappij BV, an oil and gas company based in the Netherlands, commissioned us to conduct a comprehensive global review of all human-induced earthquakes.
Our work assembled a rich picture from the hundreds of jigsaw pieces scattered throughout the national and international scientific literature of many nations. The sheer breadth of industrial activity we found to be potentially seismogenic came as a surprise to many scientists. As the scale of industry grows, the problem of induced earthquakes is increasing also.
In addition, we found that, because small earthquakes can trigger larger ones, industrial activity has the potential, on rare occasions, to induce extremely large, damaging events.
How humans induce earthquakes
As part of our review we assembled a database of cases that is, to our knowledge, the fullest drawn up to date. In January, we released this database publicly. We hope it will inform citizens about the subject and stimulate scientific research into how to manage this very new challenge to human ingenuity.
Our survey showed mining-related activity accounts for the largest number of cases in our database.
Initially, mining technology was primitive. Mines were small and relatively shallow. Collapse events would have been minor – though this might have been little comfort to anyone caught in one.
But modern mines exist on a totally different scale. Precious minerals are extracted from mines that may be over two miles deep or extend several miles offshore under the oceans. The total amount of rock removed by mining worldwide now amounts to several tens of billions of tons per year. That’s double what it was 15 years ago – and it’s set to double again over the next 15. Meanwhile, much of the coal that fuels the world’s industry has already been exhausted from shallow layers, and mines must become bigger and deeper to satisfy demand.
As mines expand, mining-related earthquakes become bigger and more frequent. Damage and fatalities, too, scale up. Hundreds of deaths have occurred in coal and mineral mines over the last few decades as a result of earthquakes up to magnitude 6.1 that have been induced.
Other activities that might induce earthquakes include the erection of heavy superstructures. The 700-megaton Taipei 101 building, raised in Taiwan in the 1990s, was blamed for the increasing frequency and size of nearby earthquakes.
Since the early 20th century, it has been clear that filling large water reservoirs can induce potentially dangerous earthquakes. This came into tragic focus in 1967 when, just five years after the 32-mile-long Koyna reservoir in west India was filled, a magnitude 6.3 earthquake struck, killing at least 180 people and damaging the dam.
Throughout the following decades, ongoing cyclic earthquake activity accompanied rises and falls in the annual reservoir-level cycle. An earthquake larger than magnitude 5 occurs there on average every four years. Our report found that, to date, some 170 reservoirs the world over have reportedly induced earthquake activity.
The production of oil and gas was implicated in several destructive earthquakes in the magnitude 6 range in California. This industry is becoming increasingly seismogenic as oil and gas fields become depleted. In such fields, in addition to mass removal by production, fluids are also injected to flush out the last of the hydrocarbons and to dispose of the large quantities of salt water that accompany production in expiring fields.
A relatively new technology in oil and gas is shale-gas hydraulic fracturing, or fracking, which by its very nature generates small earthquakes as the rock fractures. Occasionally, this can lead to a larger-magnitude earthquake if the injected fluids leak into a fault that is already stressed by geological processes.
The largest fracking-related earthquake that has so far been reported occurred in Canada, with a magnitude of 4.6. In Oklahoma, multiple processes are underway simultaneously, including oil and gas production, wastewater disposal and fracking. There, earthquakes as large as magnitude 5.7 have rattled skyscrapers that were erected long before such seismicity was expected. If such an earthquake is induced in Europe in the future, it could be felt in the capital cities of several nations.
Our research shows that production of geothermal steam and water has been associated with earthquakes up to magnitude 6.6 in the Cerro Prieto Field, Mexico. Geothermal energy is not renewable by natural processes on the timescale of a human lifetime, so water must be reinjected underground to ensure a continuous supply. This process appears to be even more seismogenic than production. There are numerous examples of earthquake swarms accompanying water injection into boreholes, such as at The Geysers, California.
Other materials pumped underground, including carbon dioxide and natural gas, also cause seismic activity. A recent project to store 25 percent of Spain’s natural gas requirements in an old, abandoned offshore oilfield resulted in the immediate onset of vigorous earthquake activity with events up to magnitude 4.3. The threat that this posed to public safety necessitated abandonment of this US$1.8 billion project.
What this means for the future
Nowadays, earthquakes induced by large industrial projects no longer meet with surprise or even denial. On the contrary, when an event occurs, the tendency may be to look for an industrial project to blame. In 2008, an earthquake in the magnitude 8 range struck Ngawa Prefecture, China, killing about 90,000 people, devastating over 100 towns, and collapsing houses, roads and bridges. Attention quickly turned to the nearby Zipingpu Dam, whose reservoir had been filled just a few months previously, although the link between the earthquake and the reservoir has yet to be proven.
The minimum amount of stress loading scientists think is needed to induce earthquakes is creeping steadily downward. The great Three Gorges Dam in China, which now impounds 10 cubic miles of water, has already been associated with earthquakes as large as magnitude 4.6 and is under careful surveillance.
Scientists are now presented with some exciting challenges. Earthquakes can produce a “butterfly effect”: Small changes can have a large impact. Thus, not only can a plethora of human activities load Earth’s crust with stress, but just tiny additions can become the last straw that breaks the camel’s back, precipitating great earthquakes that release the accumulated stress loaded onto geological faults by centuries of geological processes. Whether or when that stress would have been released naturally in an earthquake is a challenging question.
An earthquake in the magnitude 5 range releases as much energy as the atomic bomb dropped on Hiroshima in 1945. A earthquake in the magnitude 7 range releases as much energy as the largest nuclear weapon ever tested, the Tsar Bomba test conducted by the Soviet Union in 1961. The risk of inducing such earthquakes is extremely small, but the consequences if it were to happen are extremely large. This poses a health and safety issue that may be unique in industry for the maximum size of disaster that could, in theory, occur. However, rare and devastating earthquakes are a fact of life on our dynamic planet, regardless of whether or not there is human activity.
Our work suggests that the only evidence-based way to limit the size of potential earthquakes may be to limit the scale of the projects themselves. In practice, this would mean smaller mines and reservoirs, less minerals, oil and gas extracted from fields, shallower boreholes and smaller volumes injected. A balance must be struck between the growing need for energy and resources and the level of risk that is acceptable in every individual project.
By Don Pelton
After sending a few friends a link to a good SacBee article today about the stressed reservoirs in the Feather River watershed above Lake Oroville, one of my friends called my attention to the extensive clearcutting in lands surrounding some of Lake Oroville’s feeder streams up to the southeast of Lake Oroville, all visible in Google Earth (see snapshot below).
Here’s the very informative SacBee article:
And here’s a snapshot I took a few minutes ago, using Google Earth, showing some of these same areas of the watershed to the east of Lake Oroville, including feeder streams into the Lake.
Clearcutting prevents sequestration of the rainwater and accelerates the runoff, carrying precious soil with it. All of which adds to the already considerable burden on Lake Oroville.
In this snapshot, the light-colored speckled patches upstream from Lake Oroville (clearcut areas) are conspicuous:
The Sierra Science Lecture Series at the Nevada County Campus welcomes Kelly Santos in a presentation titled, Implementing Youth-Led Citizen Science Through Plant Phenology. The presentation will be held on Tuesday evening, February 21, from 6:30 – 7:30 pm, in the Multipurpose Center, building, N-12. Come early and enjoy a meet-and-greet and refreshments at 6:00 pm.
Kelly will discuss phenology, the study of when things appear in nature and the influence of seasonal changes and climate change. She will present a citizen science plant phenology project led by the Sierra Streams Institute Education Program that they implemented in two local high schools. Students contributed as citizen-scientists to a national phenological dataset and analyzed and interpreted data to discern long term trends. Come learn about this amazing project, the available curriculum, and find out the many ways to become a citizen scientist!
About our presenter:
Kelly Santos works as an education program Co-Director for Sierra Streams Institute. Kelly was raised in Irvine, CA, and graduated from UC Santa Cruz with a B.S. in Marine Biology. She brings extensive laboratory, field, and teaching experience to Sierra Streams Institute. In the past, she has worked and volunteered with the Ocean Institute in Dana Point, UC Santa Cruz, Michigan State University, Tahoe Resource Conservation District, as well as Pretoma and Centro de Educación Creativa in Costa Rica. These various positions have taken her from the depths of the kelp forest to lakes in the high sierra and allowed her the opportunity to work among scientists, teachers, environmental managers, and students. In her free time she enjoys exploring the Sierra, cooking, and making photographs.
This presentation is free, and the public is welcome and encouraged to attend. The Nevada County Campus is located at 250 Sierra College Drive, Grass Valley, CA 95945. Parking is $3 on campus and permits can be purchased at the kiosk machine at the main entrance to the campus. For more information about this presentation and others in this series, contact the series coordinator, Jason Giuliani at: firstname.lastname@example.org.
Sponsored by: NCC Sierra Science Series, Sierra Streams Institute
“More than a decade ago, federal and state officials and some of California’s largest water agencies rejected concerns that Oroville Dam’s emergency spillway — at risk of collapse Sunday night and prompting the evacuation of 130,000 people — could erode during heavy winter rains and cause a catastrophe.
“Three environmental groups — the Friends of the River, the Sierra Club and the South Yuba Citizens League — filed a motion with the federal government on Oct. 17, 2005, as part of Oroville Dam’s relicensing process, urging federal officials to require that the dam’s emergency spillway be armored with concrete, rather than remain as an earthen hillside.
“The groups filed the motion with FERC, the Federal Energy Regulatory Commission. They said that the dam, built and owned by the state of California, and finished in 1968, did not meet modern safety standards because in the event of extreme rain and flooding, fast-rising water would overwhelm the main concrete spillway, then flow down the emergency spillway, and that could cause heavy erosion that would create flooding for communities downstream, but also could cause a failure, known as “loss of crest control.”
Read the full article here.
By Patrick Gonzalez, National Park Service Trees are dying across Yosemite and Yellowstone national parks. Glaciers are melting in Glacier Bay National Park and Preserve in Alaska. Corals are bleaching in Virgin Islands National Park. Published field research conducted in U.S. national parks has detected these changes and shown that human climate change – carbon pollution… [Read more]
By Abrahm Lustgarten (Reprinted with permission from ProPublica)
ProPublica’s reporting on the water crisis in the American West has highlighted any number of confounding contradictions worsening the problem: Farmers are encouraged to waste water so as to protect their legal rights to its dwindling supply in the years ahead; Las Vegas sought to impose restrictions on water use while placing no checks on its explosive population growth; the federal government has encouraged farmers to improve efficiency in watering crops, but continues to subsidize the growing of thirsty crops such as cotton in desert states like Arizona.
Today, we offer another installment in the contradictions amid a crisis.
In parts of the western U.S., wracked by historic drought, you can get a tax break for using an abundance of water.
That’s a typo, right? A joke?
Ah, no. But we understand your bafflement. The Colorado River has been trickling, its largest reservoirs less than half full. As recently as 2014 parts of Texas literally almost dried up. The National Academy of Sciences predicts the Southwest may be on the cusp of its worst dry spell in 1,000 years. Scientists are warning that the backup plan — groundwater aquifers from California to Nebraska — are all being sucked dry.
But, yes, the tax break exists — in parts of eight High Plains states.
Here’s how it works: Farmers — or anyone who uses water in a business — can ask the Internal Revenue Service for a tax write-off for what’s called a “depleted asset.” In certain places, water counts as an asset, just like oil, or minerals like copper. The more water gets used, the more cash credit farmers can claim against their income tax. And that’s just what almost 3,000 Texas landowners in just one water district appear to have done last year — a year in which nearly half of Texas was in a state of “severe” or “extreme” drought.”
Yikes. How much can they write off?
A bunch it seems, especially if you’re a big farm and own a lot of land. We talked to an accountant in Levelland, Texas. He had a client who wrote off $10,000. “Whenever you buy land, you’re getting the dirt … and of course you are getting the water,” said Sham Myatt, the accountant. And the idea is that that water is part of what you paid for in the land deal. If the aquifer was 50 feet deep at the time of the land sale, and it drops 10 feet in a dry year, then the farmer can deduct one-fifth of the value, and so on, until all the water is gone.
That’s not going to do much to conserve water, is it?
No. It’s not. In fact it’s an incentive to do the exact opposite. A farmer who tries to use less water because of the drought, say, by switching to really efficient irrigation techniques, could actually make less money. His water might last longer, but producing his crop would get a lot more expensive.
We called Nicholas Brozovic, an associate professor of agricultural economics and director of policy at the University of Nebraska’s Robert B. Daugherty Water for Food Institute. He’d actually never heard of the water deduction; it’s that obscure. But he laid out some textbook economics: If you’re overusing your water, then you are depreciating it, he said. And if the government pays for that, they are subsidizing that depreciation. “The more you deplete your groundwater, the higher your tax exemption and that must create an incentive not to conserve,” he said.
Hasn’t the federal government spent billions subsidizing conservation and the protection of the West’s groundwater, in part by building dams and encouraging people to use the water in rivers instead? Why would they forfeit federal tax dollars to do the opposite?
We called the IRS, and they initially shared our doubts. Not because they cared much about groundwater (it’s a tax agency!) but because they said they were pretty sure no such deduction was legal. They pointed us to section 613 of the tax code, and it couldn’t be more explicit: For the purposes of deducting the depreciating value of minerals, the definition “does not include soil, sod, dirt, turf, water, or mosses.” Ok, who would ever have thought of deducting mosses or sod? But anyway. That left us really confused.
Right, there were, after all, those farmers in Texas who seemed to have benefited from what the IRS said was not possible.
We encouraged the IRS to check again. They did. And then they found the provision they thought didn’t exist — right there in the text for Revenue Rule 65–296. An IRS spokesperson laid out for us the specifics: “Taxpayers are entitled to a cost depletion deduction for the exhaustion of their capital investment in the ground water extracted and disposed of by them in their business of irrigation farming specifically from the Ogallala Formation.”
Seems like some follow-up questions were in order.
For sure. We asked for clarification. The IRS said it would try to explain. Most importantly, they wanted to say it wasn’t quite as crazy as it sounded. The deduction is only available for one small part of the country — an area that includes parts of Texas, New Mexico, Oklahoma, Nebraska, Kansas, South Dakota, Wyoming and Colorado. And it should only apply if people are using water from a source that is running dry anyway.
But wait, what? You get a break when you use resources that are already in danger of vanishing?
Yes, that’s why it is what’s called a depleted asset. It’s of less and less value with every day. Your car is worth less the moment you drive it off the lot. Or, more similarly, oil companies track the falling value of their reserves the more they pump out from underground. In fact, energy companies have been taking oil depletion breaks for decades. Texas landowners would say their property is getting less valuable the less water there is to use on it.
Okay, okay, but water isn’t oil. It’s not a commodity. Access to it is a basic right. Yes? Please say that’s right.
Wrong. Ouch. I know, it hurts. But ProPublica last year wrote about all the ways water is coveted and controlled — and then often wasted — by just a few powerful groups. In most of the West, only some people and businesses have rights to it, depending on who showed up to claim it first. One big trend is that water is increasingly being bought and sold — including by hedge funds and big Wall Street investors, and the less water there is, the more the price is going up.
That’s a little scary. Let’s get back to depleted assets. So when did this tax break start?
About 50 years ago. A farmer in the Texas panhandle — along with his local water district — successfully sued the IRS, arguing that the roughly 200 million gallons he drew from his groundwater each year was no different than the depletion of the state’s other great natural resource, oil. He won, and the IRS was obliged to create rule 65–296 — the special allowance for tax credits that the IRS almost forgot about.
Again, it was supposed to be limited — just to a slice of Texas and eastern New Mexico. The court even went so far as to warn that the case shouldn’t become a precedent for groundwater tax claims elsewhere, saying the conditions in that area of the country were unique. But it didn’t take long for the rule to be expanded, albeit just a little bit. By the mid 1980’s any landowner overlying the sprawling Ogallala aquifer — a giant underground vault of precious but dwindling water — was eligible to file for the deductions, not just in North Texas and New Mexico.
That still doesn’t sound like much of a big deal … why does it matter?
Well, the Ogallala, which spans from central Texas north to Nebraska and South Dakota is the nation’s largest groundwater reserve and is one of the most important, and (famously) threatened water supplies in the country. Its heavy overuse and plummeting water levels rang alarms among policymakers more than half a century ago. So this is no insignificant place to be even indirectly encouraging overuse. Texas’ High Plains are one of the most intensely irrigated and productive farming regions in the country. Hundreds of thousands of acres of cotton and corn, among other staple commodities, are grown there using this Ogallala water.
So, do we know what’s happening to the Ogallala where all this farming is taking place?
We looked at recent water level changes in just one district — the one with thousands of tax credit claims — and found a disturbing trend. Underground water levels in the 16 counties of the High Plains Underground Water Conservation District have dropped nearly 10 feet over the last 10 years. Some parts of Castro County saw water levels drop more than five feet over the course of 2015 alone. The federal government estimates nearly 100 cubic miles of water have been withdrawn from the Ogallala in that part of Texas. That doesn’t automatically mean the tax credits are responsible — water levels are dropping in most places thanks to overuse and it would take a lot more research to link up the cause and effect. But it certainly isn’t a portrait of sustainability.
Aquifers are at risk across Arizona, California and other states as well, right? At least people can’t claim tax breaks there?
Not yet. But that could change, as water supplies worsen and word of the tax break circulates more widely. Almost no one we spoke with had heard of it — not water lawyers in Arizona or groundwater conservation scientists in California. Armed with the knowledge, there’s a pretty good chance farmers and businesses across the West could seek tax relief.
Because there is precedent?
What does the IRS say to that?
They say it’s very unlikely, mostly because they think the conditions in the Ogallala are rare, and that the agency’s policy is to reject water allowance claims anywhere outside of the places covered in the original lawsuit. But if more landowners, in more places, were to file suits challenging the IRS to allow them to deduct for their water, or if they were to petition the IRS directly, the agency says it would undertake a review to consider it on a case by case basis. Landowners would have to present extensive scientific evidence that showed their situation was more or less the same as in North Texas.
Is the IRS equipped to make such judgments?
Fair question. John Leshy, professor emeritus at the University of California Hastings College of the Law, and a former solicitor for the U.S. Department of Interior, isn’t persuaded. “The IRS has really created a can of worms for itself,” he said. “It doesn’t have any hydrological expertise.”
Hmmm. Not ideal. But what’s the bottom line? Are these tax breaks going to make any real difference in how quickly we use up the water supply?
It’s hard to tell, partly because no one appears to have examined that question. We asked the IRS for data on the number of claims and it hasn’t responded. Folks in Texas dismiss the suggestion that the tax benefits are incentivizing water use as ludicrous. Myatt, the accountant, points out that only about one-third of the deducted value translates to cash in hand, and says for many smaller farmers that amounts to just a few hundred dollars. Jason Coleman, manager of the High Plains Underground Water Conservation District, says his members are as concerned about conserving their water for the future as anyone. “Its already a declining resource,” he said. “I just can’t imagine someone saying I’m going to depreciate our resource any more because of a tax claim.”
But the academic consensus is that incentives encourage use, even overuse. And if the effect of depletion allowances on oil production are any guide — Leshy says they have spurred overproduction and led to artificially cheap, subsidized fuel prices — any significant expansion of the groundwater tax credit to other states could have lasting impacts on the way groundwater is used across the country.
So is anyone trying to do anything about this?
Not really, which is why people like Brent Blackwelder, president emeritus of the environmental group Friends of the Earth, which has long been involved in rooting out tax policy disincentives to conservation, are fuming. “It’s a pretty major outrage that we would so stupidly reward the over extraction and non-sustainable use of groundwater,” he told me. Blackwelder helped push to purge the tax code of perverse anti-conservation incentives like this one way back in the Reagan administration, with the 1986 Tax Reform Act. They were largely successful, weeding out several other odd loopholes. But the groundwater depletion allowance persisted. And since then, apparently, it’s been forgotten about by all but the farmers who rely on it.
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How America Rising Ties the GOP Establishment to the Stalkers Harassing Bill McKibben and Tom Steyer
By Michael Klare
Reprinted with permission from TomDispatch.com
Here’s the good news: wind power, solar power, and other renewable forms of energy are expanding far more quickly than anyone expected, ensuring that these systems will provide an ever-increasing share of our future energy supply. According to the most recent projections from the Energy Information Administration (EIA) of the U.S. Department of Energy, global consumption of wind, solar, hydropower, and other renewables will double between now and 2040, jumping from 64 to 131 quadrillion British thermal units (BTUs).
And here’s the bad news: the consumption of oil, coal, and natural gas is also growing, making it likely that, whatever the advances of renewable energy, fossil fuels will continue to dominate the global landscape for decades to come, accelerating the pace of global warming and ensuring the intensification of climate-change catastrophes.
The rapid growth of renewable energy has given us much to cheer about. Not so long ago, energy analysts were reporting that wind and solar systems were too costly to compete with oil, coal, and natural gas in the global marketplace. Renewables would, it was then assumed, require pricey subsidies that might not always be available. That was then and this is now. Today, remarkably enough, wind and solar are already competitive with fossil fuels for many uses and in many markets.
If that wasn’t predicted, however, neither was this: despite such advances, the allure of fossil fuels hasn’t dissipated. Individuals, governments, whole societies continue to opt for such fuels even when they gain no significant economic advantage from that choice and risk causing severe planetary harm. Clearly, something irrational is at play. Think of it as the fossil-fuel equivalent of an addictive inclination writ large.
The contradictory and troubling nature of the energy landscape is on clear display in the 2016 edition of the International Energy Outlook, the annual assessment of global trends released by the EIA this May. The good news about renewables gets prominent attention in the report, which includes projections of global energy use through 2040. “Renewables are the world’s fastest-growing energy source over the projection period,” it concludes. Wind and solar are expected to demonstrate particular vigor in the years to come, their growth outpacing every other form of energy. But because renewables start from such a small base — representing just 12% of all energy used in 2012 — they will continue to be overshadowed in the decades ahead, explosive growth or not. In 2040, according to the report’s projections, fossil fuels will still have a grip on a staggering 78% of the world energy market, and — if you don’t mind getting thoroughly depressed — oil, coal, and natural gas will each still command larger shares of the market than all renewables combined.
Keep in mind that total energy consumption is expected to be much greater in 2040 than at present. At that time, humanity will be using an estimated 815 quadrillion BTUs (compared to approximately 600 quadrillion today). In other words, though fossil fuels will lose some of their market share to renewables, they will still experience striking growth in absolute terms. Oil consumption, for example, is expected to increase by 34% from 90 million to 121 million barrels per day by 2040. Despite all the negative publicity it’s been getting lately, coal, too, should experience substantial growth, rising from 153 to 180 quadrillion BTUs in “delivered energy” over this period. And natural gas will be the fossil-fuel champ, with global demand for it jumping by 70%. Put it all together and the consumption of fossil fuels is projected to increase by 177 quadrillion BTUs, or 38%, over the period the report surveys.
Anyone with even the most rudimentary knowledge of climate science has to shudder at such projections. After all, emissions from the combustion of fossil fuels account for approximately three-quarters of the greenhouse gases humans are putting into the atmosphere. An increase in their consumption of such magnitude will have a corresponding impact on the greenhouse effect that is accelerating the rise in global temperatures.
At the United Nations Climate Summit in Paris last December, delegates from more than 190 countries adopted a plan aimed at preventing global warming from exceeding 2 degrees Celsius (about 3.6 degrees Fahrenheit) above the pre-industrial level. This target was chosen because most scientists believe that any warming beyond that will result in catastrophic and irreversible climate effects, including the melting of the Greenland and Antarctic ice caps (and a resulting sea-level rise of 10-20 feet). Under the Paris Agreement, the participating nations signed onto a plan to take immediate steps to halt the growth of greenhouse gas emissions and then move to actual reductions. Although the agreement doesn’t specify what measures should be taken to satisfy this requirement — each country is obliged to devise its own “intended nationally determined contributions” to the overall goal — the only practical approach for most countries would be to reduce fossil fuel consumption.
As the 2016 EIA report makes eye-poppingly clear, however, the endorsers of the Paris Agreement aren’t on track to reduce their consumption of oil, coal, and natural gas. In fact, greenhouse gas emissions are expected to rise by an estimated 34% between 2012 and 2040 (from 32.3 billion to 43.2 billion metric tons). That net increase of 10.9 billion metric tons is equal to the total carbon emissions of the United States, Canada, and Europe in 2012. If such projections prove accurate, global temperatures will rise, possibly significantly above that 2 degree mark, with the destructive effects of climate change we are already witnessing today — the fires, heat waves, floods, droughts, storms, and sea level rise — only intensifying.
Exploring the Roots of Addiction
How to explain the world’s tenacious reliance on fossil fuels, despite all that we know about their role in global warming and those lofty promises made in Paris?
To some degree, it is undoubtedly the product of built-in momentum: our existing urban, industrial, and transportation infrastructure was largely constructed around fossil fuel-powered energy systems, and it will take a long time to replace or reconfigure them for a post-carbon future. Most of our electricity, for example, is provided by coal- and gas-fired power plants that will continue to operate for years to come. Even with the rapid growth of renewables, coal and natural gas are projected to supply 56% of the fuel for the world’s electrical power generation in 2040 (a drop of only 5% from today). Likewise, the overwhelming majority of cars and trucks on the road are now fueled by gasoline and diesel. Even if the number of new ones running on electricity were to spike, it would still be many years before oil-powered vehicles lost their commanding position. As history tells us, transitions from one form of energy to another take time.
Then there’s the problem — and what a problem it is! — of vested interests. Energy is the largest and most lucrative business in the world, and the giant fossil fuel companies have long enjoyed a privileged and highly profitable status. Oil corporations like Chevron and ExxonMobil, along with their state-owned counterparts like Gazprom of Russia and Saudi Aramco, are consistently ranked among the world’s most valuable enterprises. These companies — and the governments they’re associated with — are not inclined to surrender the massive profits they generate year after year for the future wellbeing of the planet.
As a result, it’s a guarantee that they will employ any means at their disposal (including well-established, well-funded ties to friendly politicians and political parties) to slow the transition to renewables. In the United States, for example, the politicians of coal-producing states are now at work on plans to block the Obama administration’s “clean power” drive, which might indeed lead to a sharp reduction in coal consumption. Similarly, Exxon has recruited friendly Republican officials to impede the efforts of some state attorney generals to investigate that company’s past suppression of information on the links between fossil fuel use and climate change. And that’s just to scratch the surface of corporate efforts to mislead the public that have included the funding of the Heartland Institute and other climate-change-denying think tanks.
Of course, nowhere is the determination to sustain fossil fuels fiercer than in the “petro-states” that rely on their production for government revenues, provide energy subsidies to their citizens, and sometimes sell their products at below-market rates to encourage their use. According to the International Energy Agency (IEA), in 2014 fossil fuel subsidies of various sorts added up to a staggering $493 billion worldwide — far more than those for the development of renewable forms of energy. The G-20 group of leading industrial powers agreed in 2009 to phase out such subsidies, but a meeting of G-20 energy ministers in Beijing in June failed to adopt a timeline to complete the phase-out process, suggesting that little progress will be made when the heads of state of those countries meet in Hangzhou, China, this September.
None of this should surprise anyone, given the global economy’s institutionalized dependence on fossil fuels and the amounts of money at stake. What it doesn’t explain, however, is the projected growth in global fossil fuel consumption. A gradual decline, accelerating over time, would be consistent with a broad-scale but slow transition from carbon-based fuels to renewables. That the opposite seems to be happening, that their use is actually expanding in most parts of the world, suggests that another factor is in play: addiction.
We all know that smoking tobacco, snorting cocaine, or consuming too much alcohol is bad for us, but many of us persist in doing so anyway, finding the resulting thrill, the relief, or the dulling of the pain of everyday life simply too great to resist. In the same way, much of the world now seems to find it easier to fill up the car with the usual tankful of gasoline or flip the switch and receive electricity from coal or natural gas than to begin to shake our addiction to fossil fuels. As in everyday life, so at a global level, the power of addiction seems regularly to trump the obvious desirability of embarking on another, far healthier path.
On a Fossil Fuel Bridge to Nowhere
Without acknowledging any of this, the 2016 EIA report indicates just how widespread and prevalent our fossil-fuel addiction remains. In explaining the rising demand for oil, for example, it notes that “in the transportation sector, liquid fuels [predominantly petroleum] continue to provide most of the energy consumed.” Even though “advances in nonliquids-based [electrical] transportation technologies are anticipated,” they will not prove sufficient “to offset the rising demand for transportation services worldwide,” and so the demand for gasoline and diesel will continue to grow.
Most of the increase in demand for petroleum-based fuels is expected tooccur in the developing world, where hundreds of millions of people are entering the middle class, buying their first gas-powered cars, and about to be hooked on an energy way of life that should be, but isn’t, dying. Oil use is expected to grow in China by 57% between 2012 and 2040, and at a faster rate (131%!) in India. Even in the United States, however, a growing preference for sport utility vehicles and pickup trucks continues to mean higher petroleum use. In 2016, according to Edmunds.com, a car shopping and research site, nearly 75% of the people who traded in a hybrid or electric car to a dealer replaced it with an all-gas car, typically a larger vehicle like an SUV or a pickup.
The rising demand for coal follows a depressingly similar pattern. Although it remains a major source of the greenhouse gases responsible for climate change, many developing nations, especially in Asia, continue to favor it when adding electricity capacity because of its low cost and familiar technology. Although the demand for coal in China — long the leading consumer of that fuel — is slowing, that country is still expected to increase its usage by 12% by 2035. The big story here, however, is India: according to the EIA, its coal consumption will grow by 62% in the years surveyed, eventually making it, not the United States, the world’s second largest consumer. Most of that extra coal will go for electricity generation, once again to satisfy an “expanding middle class using more electricity-consuming appliances.”
And then there’s the mammoth expected increase in the demand for natural gas. According to the latest EIA projections, its consumption will rise faster than any fuel except renewables. Given the small base from which renewables start, however, gas will experience the biggest absolute increase of any fuel, 87 quadrillion BTUs between 2012 and 2040. (In contrast, renewables are expected to grow by 68 quadrillion and oil by 62 quadrillion BTUs during this period.)
At present, natural gas appears to enjoy an enormous advantage in the global energy marketplace. “In the power sector, natural gas is an attractive choice for new generating plants given its moderate capital cost and attractive pricing in many regions as well as the relatively high fuel efficiency and moderate capital cost of gas-fired plants,” the EIA notes. It is also said to benefit from its “clean” reputation (compared to coal) in generating electricity. “As more governments begin implementing national or regional plans to reduce carbon dioxide emissions, natural gas may displace consumption of the more carbon-intensive coal and liquid fuels.”
Unfortunately, despite that reputation, natural gas remains a carbon-based fossil fuel, and its expanded consumption will result in a significant increase in global greenhouse gas emissions. In fact, the EIA claims that it will generate a larger increase in such emissions over the next quarter-century than either coal or oil — a disturbing note for those who contend that natural gas provides a “bridge” to a green energy future.
If you were to read through the EIA’s latest report as I did, you, too, might end up depressed by humanity’s addictive need for its daily fossil fuel hit. While the EIA’s analysts add the usual caveats, including the possibility that a more sweeping than expected follow-up climate agreement or strict enforcement of the one adopted last December could alter their projections, they detect no signs of the beginning of a determined move away from the reliance on fossil fuels.
If, indeed, addiction is a big part of the problem, any strategies undertaken to address climate change must incorporate a treatment component. Simply saying that global warming is bad for the planet, and that prudence and morality oblige us to prevent the worst climate-related disasters, will no more suffice than would telling addicts that tobacco and hard drugs are bad for them. Success in any global drive to avert climate catastrophe will involve tackling addictive behavior at its roots and promoting lasting changes in lifestyle. To do that, it will be necessary to learn from the anti-drug and anti-tobacco communities about best practices, and apply them to fossil fuels.
Consider, for example, the case of anti-smoking efforts. It was the medical community that first took up the struggle against tobacco and began by banning smoking in hospitals and other medical facilities. This effort was later extended to public facilities — schools, government buildings, airports, and so on — until vast areas of the public sphere became smoke-free. Anti-smoking activists also campaigned to have warning labels displayed in tobacco advertising and cigarette packaging.
Such approaches helped reduce tobacco consumption around the world and can be adapted to the anti-carbon struggle. College campuses and town centers could, for instance, be declared car-free — a strategy already embraced by London’s newly elected mayor, Sadiq Khan. Express lanes on major streets and highways can be reserved for hybrids, electric cars, and other alternative vehicles. Gas station pumps and oil advertising can be made to incorporate warning signs saying something like, “Notice: consumption of this product increases your exposure to asthma, heat waves, sea level rise, and other threats to public health.” Once such an approach began to be seriously considered, there would undoubtedly be a host of other ideas for how to begin to put limits on our fossil fuel addiction.
Such measures would have to be complemented by major moves to combat the excessive influence of the fossil fuel companies and energy states when it comes to setting both local and global policy. In the U.S., for instance, severely restricting the scope of private donations in campaign financing, as Senator Bernie Sanders advocated in his presidential campaign, would be a way to start down this path. Another would step up legal efforts to hold giant energy companies like ExxonMobil accountable for malfeasance in suppressing information about the links between fossil fuel combustion and global warming, just as, decades ago, anti-smoking activists tried to expose tobacco company criminality in suppressing information on the links between smoking and cancer.
Without similar efforts of every sort on a global level, one thing seems certain: the future projected by the EIA will indeed come to pass and human suffering of a previously unimaginable sort will be the order of the day.
Michael T. Klare, a TomDispatch regular, is a professor of peace and world security studies at Hampshire College and the author, most recently, of The Race for What’s Left. A documentary movie version of his book Blood and Oil is available from the Media Education Foundation. Follow him on Twitter at @mklare1.
Follow TomDispatch on Twitter and join us on Facebook. Check out the newest Dispatch Book, Nick Turse’s Next Time They’ll Come to Count the Dead, and Tom Engelhardt’s latest book, Shadow Government: Surveillance, Secret Wars, and a Global Security State in a Single-Superpower World.
Copyright 2016 Michael T. Klare
By Don Pelton
As I understand it, Sacramento’s CBS13 News Live Reporter Kelly Ryan this morning had “mixed results” when attempting to find someone in the City of Grass Valley willing to be interviewed about the Whispering Pines Brewery proposal.
Here, however, is the CBS13 brief report (snipped from their 10pm broadcast) that includes an interview with Dan Ketcham of CARD (Citizens Advocating Responsible Development), the local citizens’ group that initiated a lawsuit over the issue:
Welcome to the world of environmental criminology.
By Patricia Pearson / Reprinted from AlterNet
June 21, 2016
Canadians are reputed to be polite. But that isn’t a very compelling argument for why the lone wolves there are less inclined to engage in the kind of mass shooting that occurred in Orlando. All three pathologies that appeared to be in play at the horrific Pulse nightclub massacre—homophobia, psychological instability and adherence to a cult-like “Ism” that could act as a justifying frame in the killer’s mind—exist for some of Canada’s citizens as well. Two of those factors resulted in rifle bullets whizzing around the halls of the Canadian Parliament in October 2014.
The shooter, Michael-Zahef Bibeau, had an illegally acquired Winchester Model 94, a deer-hunting rifle that enabled him to fire off all of seven rounds before he had to halt in his tracks and fumble to reload. He was handily tackled at that point by security. Just hold that thought.
Canadians have had their fair share of “mass stabbings,” which virtually by definition don’t turn out to be particularly massive. Knives don’t kill people, people kill people, but people kill people on a markedly diminished scale with knives, and that’s hard not to notice for those of us who live outside the U.S.
To acquire and carry a gun in Canada, you need to go through a mind-boggling number of tests and procedures, the results of which are then vetted by police. Each one of these steps surely acts as a cool-down procedure on a mentally unstable mind.
Explosively enraged at the world? First attend your “gun safety class” on a Saturday, next available slot in two months, in the town 20 miles from your house. Then study for, write and pass the safety test that enables you to apply—to the police—for a license. That will entail extensive background checking on their part, after which you may or may not be freed to research where you can go to purchase your weapon and finally unleash your hateful rage.
A commonly repeated argument in the U.S. is that men of murderous intent will just go ahead and buy their guns on the black market. Perhaps, but in Canada apparently there aren’t many assault rifles lying around. The black market, after all, isn’t just down the street beside the corner store. It’s more akin to a word-of-mouth social network. Think loosely assembled gangs passing around Glocks as opposed to isolated, fantasizing aggressors with no real-world criminal ties, like Adam Lanza in Sandy Hook.
The internet is a grand marketplace for pathologies but not that helpful when things have to be delivered by UPS. So if the guns aren’t legally on offer, or indeed, in Lanza’s case, in the house, then the black market will tend to act as a baffle.
Canada’s largest gun massacre took place in 1989, the year the Berlin Wall came down. It was directed at female engineering students in Montreal, slaying 14. The date, December 6, has become a national day of mourning and activism for violence against women. In other words, mass shootings in your neighbor to the north are sufficiently rare that we all still focus on that particular event 27 years ago, in an annual memorial event. (The Montreal Massacre also led to an overhaul of gun laws.)
What, then, has enabled so many mentally unstable Americans to inflict so much carnage that America can sometimes feel as chaotic and unsafe as the marketplaces of Baghdad? If florid gun availability isn’t your go-to answer, consider the answer a different way. There is a subfield within criminological theory called “environmental criminology.” The ideas kicked around in this field are that people don’t commit crimes due to intrinsic factors like poverty or instability unless they are swimming in an environment of criminal possibility. Readily available, high-velocity weapons, for instance, would be a feature of that environment.
One of the frames for this discussion in criminology is “routine activities theory,” first proposed by Marcus Felson and Lawrence Cohen. According to this theory, a woman is more likely, for example, to be sexually assaulted in an urban area near a transit route than in an empty farmhouse far from help, because the farmhouse is simply not on her attacker’s routine pathway.
The criminologist Kim Rossmo of Texas State University in Austin has developed an investigative approach he calls geographic profiling, in which you can map the routine activities of unidentified violent offenders and determine where to look for them based on where they committed their crime. Why? Because the perpetrator will have traversed his daily life routes multiple times, like an animal circling its territory, before summoning the nerve to attack. Multiple times he will travel past the same bus stop where he began taking note of a potential victim, while on the way home from his job.
In light of these ideas, one might imagine what fermentation takes place in an unstable mind passing several times a month past a gun display. Guns like the AR-15 are, or have been until recently, on sale at Walmart, Target, Costco, and every other shop you’d routinely pass by as an American living in a state like Florida. What if, over time, an inchoate idea becomes fixed, or a plan becomes psychologically plausible because the opportunity repeatedly presents itself?
It’s like a nightmare funhouse version of the children’s story, The Little Engine That Could. The notion that those guns are easily available to you, and can be used to commit mass murder, is then, arguably, reinforced each time a mass murder makes headlines.
ISIL and Al Qaeda are undeniably goading anyone who will listen to take up arms against the West. But in North America at least, they aren’t the ones supplying the arms. Without ready access to guns, radicalized Canadians have done their best: one used a car to run over a Canadian Armed Forces Officer in Quebec two years ago. Others have been arrested for scheming to blow up a train.
Yet, from our standpoint as witnesses to the roiling tragedies of American gun violence, Omar Mateen actually has more in common with Adam Lanza of Sandy Hook and Virginia Tech shooter Seung-Hui Cho, in spite of their ostensibly different sources of inspiration. Senator MaCain may wish to blame Orlando on Obama’s foreign policy, but on what does he blame Sandy Hook and Virginia Tech and Georgia? The reality is that all of these shooters were swimming in the same violent sea.