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What if Everyone in the World Became a Vegetarian?

Mother Jones

This story originally appeared on Slate and is republished here as part of the Climate Desk collaboration.

The meat industry is one of the top contributors to climate change, directly and indirectly producing about 14.5 percent of the world’s anthropogenic greenhouse gas emissions, and global meat consumption is on the rise. People generally like eating meat—when poor people start making more money, they almost invariably start buying more meat. As the population grows and eats more animal products, the consequences for climate change, pollution, and land use could be catastrophic.

Attempts to reduce meat consumption usually focus on baby steps—Meatless Monday and “vegan before 6,” passable fake chicken, and in vitro burgers. If the world is going to eat less meat, it’s going to have to be coaxed and cajoled into doing it, according to conventional wisdom.

But what if the convincing were the easy part? Suppose everyone in the world voluntarily stopped eating meat, en masse. I know it’s not actually going to happen. But the best-case scenario from a climate perspective would be if all 7 billion of us woke up one day and realized that PETA was right all along. If this collective change of spirit came to pass, like Peter Singer‘s dearest fantasy come true, what would the ramifications be?

At least one research team has run the numbers on what global veganism would mean for the planet. In 2009 researchers from the Netherlands Environmental Assessment Agency published their projections of the greenhouse gas consequences if humanity came to eat less meat, no meat, or no animal products at all. The researchers predicted that universal veganism would reduce agriculture-related carbon emissions by 17 percent, methane emissions by 24 percent, and nitrous oxide emissions by 21 percent by 2050. Universal vegetarianism would result in similarly impressive reductions in greenhouse gas emissions. What’s more, the Dutch researchers found that worldwide vegetarianism or veganism would achieve these gains at a much lower cost than a purely energy-focused intervention involving carbon taxes and renewable energy technology. The upshot: Universal eschewal of meat wouldn’t single-handedly stave off global warming, but it would go a long way toward mitigating climate change.

The Dutch researchers didn’t take into account what else might happen if everyone gave up meat. “In this scenario study we have ignored possible socio-economic implications such as the effect of health changes on GDP and population numbers,” wrote Elke Stehfest and her colleagues. “We have not analyzed the agro-economic consequences of the dietary changes and its implications; such consequences might not only involve transition costs, but also impacts on land prices. The costs that are associated with this transition might obviously offset some of the gains discussed here.”

Indeed. If the world actually did collectively go vegetarian or vegan over the course of a decade or two, it’s reasonable to think the economy would tank. According to “Livestock’s Long Shadow,” the influential 2006 U.N. report about meat’s devastating environmental effects, livestock production accounts for 1.4 percent of the world’s total GDP. The production and sale of animal products account for 1.3 billion people’s jobs, and 987 million of those people are poor. If demand for meat were to disappear overnight, those people’s livelihoods would disappear, and they would have to find new ways of making money. Now, some of them—like the industrial farmers who grow the corn that currently goes to feed animals on factory farms—would be in a position to adapt by shifting to in-demand plant-based food production. Others, namely the “huge number of people involved in livestock for lack of an alternative, particularly in Africa and Asia,” would probably be out of luck. (Things would be better for the global poor involved in the livestock trade if everyone continued to consume other animal products, such as eggs, milk, and wool, than if everyone decided to go vegan.) As the economy adjusted to the sudden lack of demand for meat products, we would expect to see widespread suffering and social unrest.

A second major ramification of global vegetarianism would be expanses of new land available. Currently, grazing land for ruminants—cows and their kin—accounts for a staggering 26 percent of the world’s ice-free land surface. The Dutch scientists predict that 2.7 billion hectares (about 10.4 million square miles) of that grazing land would be freed up by global vegetarianism, along with 100 million hectares (about 386,000 square miles) of land that’s currently used to grow crops for livestock. Not all of this land would be suitable for humans, but surely it stands to reason that this sudden influx of new territory would make land much cheaper on the whole.

A third major ramification of global vegetarianism would be that the risk of antibiotic-resistant infections would plummet. Currently, the routine use of antibiotics in animal farming to promote weight gain and prevent illness in unsanitary conditions is a major contributor to antibiotic resistance. Last year the Centers for Disease Control and Prevention announced that at least 2 million Americans fall ill from antibiotic-resistant pathogens every year and declared that “much of antibiotic use in animals is unnecessary and inappropriate and makes everyone less safe.” The overprescription of antibiotics for humans plays a big role in antibiotic resistance, but eradicating the factory farms from which many antibiotic-resistant bacteria emerge would make it more likely that we could continue to count on antibiotics to cure serious illnesses. (For a sense of what a “post-antibiotics future” would look like, read Maryn McKenna’s amazing article on the topic for Medium and her story about a possible solution for chicken farming in Slate.)

So what would be the result, in an all-vegetarian world, of the combination of widespread unemployment and economic disruption, millions of square miles of available land, and a lowered risk of antibiotic-resistant gonorrhea? I can only conclude that people would band together to form communes in order to escape capitalism’s ruthlessness, squat on the former pasture land, and adopt a lifestyle of free love.

I kid. Mostly. It’s easy to get carried away when you’re speculating about unlikely scenarios—and sudden intercontinental vegetarianism is very much an unlikely scenario.

But if the result of a worldwide shift to a plant-based diet sounds like a right-winger’s worst nightmare, it’s worth pointing out that continuing to eat as much meat as we currently do promises to result in a left-winger’s worst nightmare: In a world of untrammeled global warming, where disastrous weather events are routine, global conflicts will increase, only the wealthy will thrive, and the poor will suffer.

Let’s try a middle path. We’re not all going to become vegetarians, but most of us can stop giving our money to factory farms—the biggest and worst offenders, from a pollution and public health perspective. We can eat less meat than we currently do, especially meat from methane-releasing ruminants (cattle, sheep, goats, etc.). Just because a sudden global conversion to vegetarianism would have jarring effects doesn’t mean we can’t gradually reduce our consumption of meat, giving the market time to adjust. We not only can; we must. After all, with the world’s population slated to grow to 9 billion by 2050, we’ll be needing to take some of the 25 percent of the world’s land area back from the cows.

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What if Everyone in the World Became a Vegetarian?

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Apple: Climate Change Is Real, and It’s a Real Problem

Mother Jones

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This story originally appeared in the Guardian and is republished here as part of the Climate Desk collaboration.

Climate change is real and a real problem for the world, Apple said on Monday, announcing its progress on environment targets ahead of Earth Day.

The technology company, publishing a video narrated by CEO Tim Cook on its green initiatives and updated environment web pages, claimed that 94 percent of its corporate facilities and 100 percent of its data centers are now powered by renewable energy sources such as solar power.

Lisa Jackson, the former administrator of the US Environmental Protection Agency and Apple’s vice president for environmental initiative, wrote in a letter: “We feel the responsibility to consider everything we do in order to reduce our impact on the environment. This means using greener materials and constantly inventing new ways to conserve precious resources.

Greenpeace, which has previously been critical of Apple for sourcing energy from fossil fuels, recently praised the company for improving the energy mix powering its data centers, ranking it above other tech giants such as Amazon. Apple’s Maiden data center in North Carolina is powered by a large 20-megawatt solar farm and biogas fuel cells.

Apple said its carbon footprint in 2013 was 33.8 million metric tonnes of greenhouse gas emissions in 2013, or around 5 percent of the United Kingdom’s annual CO2 emissions for the same year. Around three-quarters of the emissions come from manufacturing. “We believe climate change is real. And that it’s a real problem,” the company’s website now says.

The company said its new HQ being built in Cupertino, California, will use 30 percent less energy than an equivalent building, and will be home to around 7,000 trees. It also highlighted a decrease in the material required to make its products—the new iPad Air uses nearly one-third less material, by weight, than the original iPad.

All the company’s retail stores will now take back Apple products for recycling, for free; previously customers had to buy a new product to recycle an old one. In the United Kingdom and United States, an ongoing scheme offering payments for old iPhones, iPads and Macs also continues.

The announcement came ahead of today’s 44th anniversary of Earth Day, a day of activism born in the United States and designed to raise environmental awareness.

Cook recently told climate change skeptics that they should ditch Apple shares if they did not like the company’s backing for renewable energy and sustainability, leading Virgin group founder Richard Branson to say he was “enormously impressed” by Cook’s stance and his call for climate change deniers to “get out of the way.”

Apple has come in for criticism from Friends of the Earth for being slow to admit to using tin in its products sourced from the Indonesian island of Bangka, where mining has caused environmental damage and claimed dozens of lives. Last year, Apple sent a team to investigate conditions on the island and has said it will work to improve them.

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Apple: Climate Change Is Real, and It’s a Real Problem

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The Latest "Cosmos" Explains How Corporations Fund Science Denial

Mother Jones

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The most amazing thing about Fox’s new Cosmos series is that it exists at all. A program that is, at its core, educational, airing at 9 p.m. on Sunday and competing with shows like Game of Thrones…in what universe does that happen?

Today’s audiences are not accustomed to this sort of fare, and the show certainly hasn’t been a runaway success when judged by the most traditional metric: ratings. Last night, though, Cosmos powerfully demonstrated that those who haven’t watched it yet really ought to give it a shot (watch here). Simply put, Cosmos told a magnificent scientific story that drew together (yes, really) the tale of how we determined the age of the Earth (about 4.5 billion years old) and of how one courageous scientist showed, in the face of intense challenges, the dangers of leaded gasoline.

The story centers on on Clair Patterson, a researcher at the California Institute of Technology whose personal research trajectory explains this surprising overlap. Who knew that environmental-health insights would emerge from an inquiry in geology and physics? But that’s the thing about science: It leads you in surprising directions, and sometimes, vested interests don’t like where you end up.

Patterson’s life epitomizes that pattern. As Cosmos host Neil deGrasse Tyson explained last night, we are able to calculate the ages of rocks—and thus, ultimately, the age of the Earth—because we know that various radioactive elements decay, over time, at a fixed rate. Take uranium: It ultimately decays into lead. Thus, by measuring the lead content of rocks (or, in the case of determining the age of the Earth, in meteorites that are the same age as our planet), Patterson would ultimately manage to calculate the Earth’s age. (For more explanation, see here.)


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The task turned out to be very difficult, however: Patterson’s early experiments were constantly being contaminated by the presence of environmental lead in his laboratory. Ultimately, Patterson had to design a completely sterile environment, a “clean room,” in order to get a reliable measurement. That’s how he got the basic answer that is still accepted today: The Earth is about 4.5 billion years old. (Sorry, creationists.)

And that’s also where the two narrative threads of last night’s Cosmos episode connect. “His award for this discovery?” explains Tyson of Patterson’s insight. “A world of trouble. He didn’t know it, but he was on a collision course with some of the most powerful people on the planet.”

Given his immense ordeals in conducting his measurements, it’s small wonder that Patterson grew attuned to the fact that lead, a potent neurotoxin, is all around us (this was the 1950s). So fresh off discovering the age of the Earth, Patterson started researching lead in the environment. He was ideally positioned to do so: After all, he really, really knew how to measure lead.

But now, Patterson wasn’t ticking off the creationists any longer; rather, he was about to encounter another source of science denial in America: corporate and special interests. “In searching for the age of the Earth, Patterson had stumbled on the evidence for a mass poisoning on an unprecedented scale,” relates Tyson.

Cosmos’ image of a pro-industry scientist Fox

The story of leaded gasoline, and the attempts to call into question its dangers, has been extensively told. Along with the stories of cigarettes and perhaps asbestos, it is part of a series of historic tales of how corporate interests have tended to challenge and attack science that demonstrates the risks emanating from their practices or products. “This was one of the first times that the authority of science was used to cloak a threat to public health and the environment,” says Tyson.

Also at the center of last night’s Cosmos episode was a scientist named Robert Kehoe, whose work was funded by the lead industry and who was a “longtime scientific advocate for leaded gasoline,” in Tyson’s words. The episode depicted a historic clash between Patterson and Kehoe before the US Congress over the science of lead in the environment. It also explored just how hard it was for Patterson to take on this topic. “Patterson’s funding from the oil industry vanished overnight. In fact, they tried to get him fired,” asserted Tyson. (For a history of the battle over the safety of leaded gasoline, including Kehoe’s role, see this extensive 2000 article in The Nation. For a fascinating feature story by Mother Jones Kevin Drum on the surprising connection between lead exposure and crime rates, see here.)

But of course, Patterson’s science ultimately won out on lead, just as it did on the age of the Earth. Tyson ended last night’s episode like this: “Today, scientists sound the alarm on other environmental dangers. Vested interests still hire their own scientists to confuse the issue. But in the end, nature will not be fooled.” As he says these words, we are looking down from above on a rotating Earth—a not-too-subtle allusion to global warming.

On our most popular episode of the Inquiring Minds podcast, Tyson explained why he doesn’t debate science deniers, and much more. You can listen here (interview starts around minute 13):

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The Latest "Cosmos" Explains How Corporations Fund Science Denial

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Here’s What Fracking Can Do to Your Health

Mother Jones

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If you know one thing about fracking, it might be that the wells have been linked to explosive tap water. Of course, a tendency toward combustion isn’t the biggest problem with gas-infused water; it’s what could happen to you when you drink it.

Although the natural gas industry is notoriously tight-lipped about the ingredients of the chemical cocktails that get pumped down into wells, by now it’s widely known that the list often includes some pretty scary, dangerous stuff, including hydrochloric acid and ethylene glycol (a.k.a. antifreeze). It’s also no secret that well sites release hazardous gases like methane and benzene (a carcinogen) into the atmosphere.

So just how dangerous are fracking and other natural gas extraction processes for your health (not counting, for the sake of argument, explosions and earthquakes)? Is it true, as an activist-art campaign by Yoko Ono recently posited, that “fracking kills”?

The answer to that second question is probably not, especially in the short term and if you don’t work on or live across the street from a frack site (which, of course, some people in fact do). But that doesn’t mean it’s okay to start fracking away next to kindergartens and nursing homes: Gas extraction produces a range of potentially health-endangering pollutants at nearly every stage of the process, according to a new paper by the California nonprofit Physicians Scientists & Engineers for Healthy Energy, released today in Environmental Health Perspectives, a peer-reviewed journal published by the National Institutes of Health.

The study compiled existing, peer-reviewed literature on the health risks of shale gas drilling and found that leaks, poor wastewater management, and air emissions have released harmful chemicals into the air and water around fracking sites nationwide.

“It’s clear that the closer you are, the more elevated your risk,” said lead author Seth Shonkoff, a visiting public health scholar at the University of California-Berkeley. “We can conclude that this process has not been shown to be safe.”

Shonkoff cautioned that existing research has focused on cataloging risks, rather than linking specific instances of disease to particular drilling operations—primarily because the fracking boom is so new that long-term studies of, say, cancer rates, simply haven’t been done. But as the United States and the world double down on natural gas as a cleaner alternative to coal (as this week’s UN climate change solutions report suggests), Shonkoff argues policymakers need to be aware of what a slew of fracked wells could mean for the health of those who live near them.

Even given the risks involved in producing natural gas, it’s still a much healthier fuel source than coal; particulate pollution from coal plants killed an estimated 13,000 Americans in 2010, while a recent World Health Organization study named air pollution (to which coal burning is a chief contributor) the single deadliest environmental hazard on earth.

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Here’s What Fracking Can Do to Your Health

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Exxon Has 25 Billion Barrels of Fossil Fuel and Plans To Extract it All

Mother Jones

ExxonMobil has 25.2 billion barrels worth of oil and gas in its current reserves, it’s going to extract and sell all of it, and isn’t expecting any meddling climate regulations to get in the way.

That’s the main takeaway of a report the company released this week to its investors, examining the risk that greenhouse gas emissions rules in the US and worldwide might pose to its fossil fuel assets. Exxon made headlines a couple weeks back when it promised to issue the report after facing pressure from shareholders led by Arjuna Capital, a sustainable wealth management firm.

If stricter limits on carbon pollution or high carbon taxes force energy companies to keep their holdings buried underground, the thinking among environmental economists goes, it could topple the companies’ value and leave investors holding the bag. The result, economists warn, would be a collapse of the so-called “carbon bubble.”

Some big energy companies (including Exxon) have already nodded to this problem, by building a theoretical carbon price into their projected balance sheets. But this report is the first time a large oil and gas company has published a detailed assessment of its own climate risk exposure, according to the New York Times.

The report doesn’t present a very optimistic view of the prospects for aggressive climate action by world leaders.

“We are confident that none of our hydrocarbon reserves are now or will become ‘stranded’,” the report says. “Stranded assets” is a term climate economists use to refer to fossil fuel reserves that could be stuck in the ground if countries around the world implement sufficiently stringent carbon regulations to limit global warming to 2 degrees Celsius above preindustrial levels—a threshold agreed to at the 2009 UN climate summit in Copenhagen. The amount of carbon humans can release without exceeding this limit—roughly 485 billion metric tons of carbon beyond what we’ve already emitted—is often called the “carbon budget.”

Exxon’s report suggests that its planners don’t believe serious carbon limits will be on the books anytime soon, leaving the company free to burn through its reserves of oil and gas. That’s a disconcerting vision to come just on the heels of Sunday’s new Intergovernmental Panel on Climate Change report, which predicted a nightmarish future if greenhouse gas emissions aren’t slowed soon.

“The reserves are going to be able to turn into money, because they’re assuming there isn’t going to be a policy change,” said Natural Resources Defense Council Director of Climate Programs David Hawkins. “They’re definitely saying that no matter how bad it gets, the world’s addiction to fossil fuels will be so overwhelming that the governments of the world will just suck it up and let people suffer.”

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If This Terrifying Report Doesn’t Wake You Up to the Realities of What We’re Doing to This Planet, What Will?

Mother Jones

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The impacts of climate change are likely to be “severe, pervasive, and irreversible,” the chair of the Intergovernmental Panel on Climate Change said Sunday night in Yokohama, Japan, as the world’s leading climate experts released a new survey of how our planet is likely to change in the near future, and what we can do about it.

Here’s what you need to know:

  1. We’re already feeling the impacts of climate change. Glaciers are already shrinking, changing the courses of rivers and altering water supplies downstream. Species from grizzly bears to flowers have shifted their ranges and behavior. Wheat and maize yields may have dropped. But as climate impacts become more common and tangible, they’re being matched by an increasing global effort to learn how to live with them: The number of scientific studies on climate change impacts, vulnerability, and adaptation more than doubled between 2005, before the previous IPCC report, and 2010. Scientists and policymakers are “learning through doing, and evaluating what you’ve done,” said report contributor Kirstin Dow, a climate policy researcher at the University of South Carolina. “That’s one of the most important lessons to come out of here.”
  2. Heat waves and wildfires are major threats in North America. Europe faces freshwater shortages, and Asia can expect more severe flooding from extreme storms. In North America, major threats include heat waves and wildfires, which can cause death and damage to ecosystems and property. The report names athletes and outdoor workers as particularly at risk from heat-related illnesses. As the graphic below shows, coastal flooding is also a key concern.

    James West/Climate Desk

  3. Globally, food sources will become unpredictable, even as population booms. Especially in poor countries, diminished crop production will likely lead to increased malnutrition, which already affects nearly 900 million people worldwide. Some of the world’s most important staples—maize, wheat, and rice—are at risk. The ocean will also be a less reliable source of food, with important fish resources in the tropics either moving north or going extinct, while ocean acidification eats away at shelled critters (like oysters) and coral. Shrinking supplies and rising prices will cause food insecurity, which can exacerbate preexisting social tensions and lead to conflict.
  4. Coastal communities will increasingly get hammered by flooding and erosion. Tides are already rising in the US and around the world. As polar ice continues to melt and warm water expands, sea level rise will expose major metropolitan areas, military installations, farming regions, small island nations, and other ocean-side places to increased damage from hurricanes and other extreme storms. Sea level rise brings with it risks of “death, injury, ill-health, or disrupted livelihoods,” the report says.
  5. We’ll see an increase in climate refugees and, possibly, climate-related violence. The report warns that both extreme weather events and longer-term changes in climate can lead to the displacement of vulnerable populations, especially in developing parts of the world. Climate change might also “indirectly increase” the risks of civil wars and international conflicts by exacerbating poverty and competition for resources.
  6. Climate change is expected to make people less healthy. According to the report, we can expect climate change to have a negative impact on health in many parts of the world, especially poorer countries. Why? Heat waves and fires will cause injury, disease and death. Decreased food production will mean more malnutrition. And food- and water-borne diseases will make more people sick.
  7. We don’t know how much adaptation is going to cost. The damage we’re doing to the planet means that human beings are going to have to adapt to the changing climate. But that costs money. Unfortunately, studies that estimate the global cost of climate adaptation “are characterized by shortcomings in data, methods, and coverage,” according to the IPCC. But from the “limited evidence” available, the report warns that there’s a “gap” between “global adaptation needs and the funds available.”
  8. There’s still time to reduce the impacts of global warming…if we cut our emissions. Here’s the good news: The IPCC says that the impacts of climate change—and the costs of adaptation—will be “reduced substantially” if we cut our emissions of greenhouse gases.

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If This Terrifying Report Doesn’t Wake You Up to the Realities of What We’re Doing to This Planet, What Will?

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Will the White House Crack Down on Gas Emissions?

Mother Jones

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This story was originally published by the Guardian and is reproduced here as part of the Climate Desk collaboration.

The White House on Friday opened the way to cutting emissions of methane from the oil and gas industry, saying it would study the magnitude of leaks of the powerful greenhouse gas.

The announcement seemed designed to please the international community—which is meeting in Yokohama to finalize a blockbuster climate report—as well as environmental groups suing to force the Obama administration to regulate the oil and gas industry.

The new strategy announced by the White House on Friday did not immediately direct the Environmental Protection Agency to begin drafting new climate regulations for the oil and gas industry.

Instead, the White House said the EPA would undertake a series of studies to determine the magnitude and prevalence of methane leaks from fracking sites, compressors, and gas pipelines.

The agency would decide by the autumn of 2014 whether to propose new controls on the industry. “In the fall, we will determine the best path forward to get reductions,” a White House official told a conference call with reporters.

If the EPA does go ahead and propose new rules, the White House official said the agency would aim to complete the process by the time Obama leaves office.

Methane—the primary component of natural gas—is more than 80 times more powerful as a greenhouse gas than carbon dioxide over a 20-year time frame. Oil and gas sites are the biggest industrial source of methane.

The gas accounted for about 14 percent of US climate pollution in 2013, according to the EPA’s greenhouse gas inventory, and that share is expected to grow.

Environmental groups have been pressing Barack Obama for months to come up with a plan to cut methane.

Without those controls, Obama cannot meet his commitment to cut US greenhouse gas emissions by 17 percent from 2005 levels.

There are big political risks in taking on America’s powerful oil and natural gas interests.

Obama has embraced “natural gas” as part of his all-of-the-above energy strategy, arguing that the shale revolution would help move the US away from more heavily polluting coal. But there is growing evidence methane leaks are far more pervasive than originally thought.

Methane is escaping into the atmosphere from all along the supply chain—from flaring gas wells that light up the night sky in North Dakota to aging pipes in the Northeast.

A study published by the National Academy of Sciences last November found that the EPA had grossly underestimated methane releases from gas drilling.

Ninety environmental groups wrote to the EPA last December demanding the agency introduce new regulations on the oil and gas industry.

Methane pollution is projected to increase to a level equivalent to over 620 million tons of carbon dioxide pollution in 2030 without additional action to reduce emissions.

The White House said the EPA would propose new rules for future landfills in the summer of 2014, and was considering new regulations on existing landfills.

The Department of Energy will meanwhile begin exploring the potential of capturing and storing methane in underground waste dumps.

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Will the White House Crack Down on Gas Emissions?

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Scenes from the Postdocalypse

Mother Jones

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How do you become a scientist? Ask anyone in the profession and you’ll probably hear some version of the following: get a Bachelor’s of Science degree, work in a lab, get into a PhD program, publish some papers, get a good post-doctoral position, publish some more papers and then apply for a tenure-track job at a large university. It’s a long road—and you get to spend those 10 to 15 years as a poor graduate student or underpaid postdoc, while you watch your peers launch careers, start families, and contribute to their 401(k) plans.

And then comes the academic job market. According to Brandeis University biochemist Dr. Gregory Petsko, who recently chaired a National Academy of Sciences committee on the postdoctoral experience in the US, less than 20 percent of aspiring postdocs today get highly coveted jobs in academia. That’s less than one in five. Naturally, many more end up in industry, in government, and in many other sectors—but not the one they were trained for or probably hoping for. “We’re fond of saying that we should prepare people for alternative careers,” explains Pesko, “without realizing that we’re the alternative career.”

Ethan Perlstein was one of these postdocs—before he decided he’d had enough. He had gotten his Ph.D. at Harvard under Stuart Schreiber, the legendary chemist, and then gone on to a prestigious postdoctoral fellowship in genomics at Princeton. He’d published in top journals, like the Proceedings of the National Academy of Sciences and Genetics. He’d put in 13 years. But that “came to a close at the end of 2012,” says Perlstein on the latest episode of the Inquiring Minds podcast, “when I encountered what I have been calling the postdocalypse, which is this pretty bad job market for professionally trained Ph.Ds—life scientists, in particular.” After two years of searching for an assistant professorship, going up against an army of highly qualified, job-hungry scientists, he gave up.

But it wasn’t just the competition for jobs that deterred Perlstein. Once you land a tenure-track job, you often have to get a big government grant in order to actually get tenure. And those grants are becoming ever more competitive, meaning that young faculty members usually need to apply multiple times before securing one. That is, if they actually do get one before the university that employs them loses patience.

“I guess I just thought, well, I don’t want to keep waiting any more,” recalls Perlstein. “At the time I was 33, and thought, well, I’m also seeing the statistic that says that the average age at which an independent biomedical research gets their first big grant from the NIH is 43 or 42. And I just thought, ‘Another 10 years of just waiting around for my turn in line?'”

You’ve probably heard the claim that the United States needs to produce more scientists, like Perlstein, to remain competitive with up-and-coming science powerhouses like India and China. It is a familiar litany whenever we hear laments about American science and its disturbing habit of resting on its laurels. But what you rarely hear in this argument is the fact that we don’t have nearly enough jobs to put to work the scientists we currently have. “U.S. higher education produces far more science and engineering graduates annually than there are S&E job openings,” writes Harvard researcher Michael Teitelbaum, “the only disagreement is whether it is 100 percent or 200 percent more.”

Ethan Perlstein.

This situation is not new. Eight years ago, in 2006, George W. Bush’s National Institutes of Health director Elias Zerhouni lamented that by denying young scientists the opportunity to try out their ideas, we’re in effect “eating our seed corn,” likening the situation to farmers who fail to prepare for the future. And that was before budget fights and sequestration dealt a further blow to the science funding stream that heavily influences whether or not our country can provide opportunities for its talented young researchers.

The life sciences, the field in which Perlstein works, are a case in point—and arguably the most challenging arena of all. According to the National Science Foundation’s Survey of Doctorate Recipients, between the years 1993 and 2010, the number of US biomedical scientists with Ph.Ds rose from 105,000 to 180,000, even as the percentage employed in academia decreased from 58 percent to 51 percent, and the number holding tenured or tenure-track academic jobs decreased from 35 percent to 26 percent. That, in a nutshell, is the postdocalpyse. (Note that the vast majority of these Ph.Ds do find jobs somewhere, but fewer and fewer find the sort of academic jobs for which the postdoctoral experience is designed to train them.)

The ultimate cause? Funding. “Obama put out the latest 2015 budget for NIH—flat again. It’s been $30 billion ever since I basically entered grad school,” says Perlstein. “I was in college in the late 90s, when the NIH budget was doubling. So I remember someone telling me for the first time, ‘They pay you to go to graduate school.'” The NIH itself recognizes that its own budget largely determines how many Ph.D. students in life sciences there are, because these students are supported by grants: training grants, fellowships, and research grants.

A doubling of the NIH budget from 1998 to 2003 created dramatic growth in the biomedical science field—positions, infrastructure, postdocs, and everything else. But that set many people up for a fall. As Science magazine reported in 2007, the doubling “provoked a massive expansion in biomedical research, and expectations of federal support surged to a level that could not be sustained when the budget stopped growing. The crash is hitting labs, careers, and the psyches of scientists with a vengeance.” How did that affect postdocs? You can see as much in this NIH figure, showing that as the agency’s budget doubled, the length of time spent as a postdoc decreased, but once the doubling ended, it shot up:

National Institutes of Health

That’s right: The Postdocalypse is partly the result of science funding policies put in place by our legislators, who love science until they don’t any more, who double budgets and then slow or freeze them.

So what do the more than 80 percent of postdocs who leave academia do? Some get jobs in industry, with large pharmaceutical companies or engineering firms. Some get MBAs or law degrees and use their scientific training to carve out a niche in a different industry. Some teach. Some write. Some few remain unemployed.

Perlstein did something radically different—something gutsy and surprising that has garnered him recent profiles in The Wall Street Journal and Science Careers. He decided to break from tradition and forge a new path: build, fund and run his own independent science lab. To become an “indie scientist.” To in effect hack the scientific system, work within it yet outside of it, and support himself through crowdfunding, a compelling social media presence, and, of course, good ideas.

He’s not just building a biotech startup or monetizing some scientific finding. He is using alternative revenue sources to fund basic research, hearkening back to the 19th century, when citizen-scientists usually had family money, a rich patron or a day job

Doing science outside of science these days is far from easy or simple. Just consider the fact that if you’re not part of a university, it is very hard to get your hands on the research papers that are the lifeblood of knowledge exchange. “I’m part of the pay-walled 99 percent, the masses who don’t actually get access to all these great journals,” says Perlstein.

Then there’s the growing costs of technology, with most scientific endeavors relying on very expensive equipment. A university department might be able to purchase a multi-million-dollar MRI machine, for example. But it’s a lot harder for an independent scientist to make that investment.

But Perstein has figured out a way to make it work. His independent research focuses on so-called “orphan diseases,” which the FDA defines as conditions that afflict fewer than 200,000 people in the US. The NIH estimates that there are more than 6,800 rare diseases, which in aggregate affect more than 25 million Americans. Perlstein’s focus on orphan diseases satisfies his passion for basic science—giving him the opportunity to make long-lasting contributions to our understanding of our bodies—while also having a clear application that makes the work fundable. You might think that biotech and pharmaceutical companies would have little incentive to develop drugs for these diseases because the market is small compared to ailments than affect millions of people, like diabetes or Alzheimer’s. But orphan diseases have other incentives for investors: premium drug pricing, protection from competition, and expedited development timelines.

And then, there are the rich patrons who want to see them cured. Perlstein now has to actively court them. Foundations or wealthy families with a stake in finding a rare-disease treatment are increasingly becoming important funders of research. Perhaps the best example is the Cystic Fibrosis Foundation, which committed $75 million dollars to the development of an innovative new CF treatment approved in 2012.

“I want to take the best elements of academia, the best elements of industry, try to make a business model that is sustainable, and then push forwards toward a real scientific objective,” says Perlsten. “I call it a rare disease moonshot.”

To do his work, Perlstein raises money through crowdfunding sites like Experiment.com, and rents his own lab space in a San Francisco incubator called QB3, which offers the “biotech equivalent of garages: small spaces for entrepreneurs to lay the foundations for companies that may spearhead new industries.” Organizations like QB3 are now partnering with major research universities to create innovation hubs. In these hubs, you can rent bench space or share costs of expensive equipment with other independent scientists or academics, without having to make multi-million dollar investments yourself. This strategy reduces waste—not every lab needs an expensive MRI machine. If you can simply rent some time on a machine to meet your needs, science becomes much cheaper.

So is Perlstein an anomaly, or is he the new face of science? Maybe he’ll succeed as an indy scientist, and maybe he won’t. It’s hard not to cheer for him. But at the same time, perhaps the most resounding lesson is to lament a system that is forcing some of today’s best scientific minds out into the cold.

To listen to the full Inquiring Minds interview with Ethan Perlstein, you can stream below:

This episode of Inquiring Minds, a podcast hosted by neuroscientist and musician Indre Viskontas and best-selling author Chris Mooney, also features a story about the upcoming release of the UN Intergovernmental Panel on Climate Change’s report on global warming impacts, and a discussion about the difficult question of when screening for disease conditions is (and isn’t) a good idea.

To catch future shows right when they are released, subscribe to Inquiring Minds via iTunes or RSS. We are also available on Stitcher and on Swell. You can follow the show on Twitter at @inquiringshow and like us on Facebook. Inquiring Minds was also recently singled out as one of the “Best of 2013″ on iTunes—you can learn more here.

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Scenes from the Postdocalypse

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GOP Lawmakers Scramble To Court Tesla

Mother Jones

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Electric vehicle sales in New Jersey ran out of batteries earlier this month, when the Chris Christie administration voted to ban car manufacturers from selling directly to drivers. The companies must now use third-party dealers. The ban applies to all car manufacturers, but seemed particularly aimed at Tesla, which had been in negotiations with the administration for months to sell electric cars straight from its own storefronts in the state.

The move was a win for the state’s surprisingly powerful auto dealer lobby and a loss for one of the country’s biggest electric car makers. But it also cemented New Jersey’s place as a non-contender for the real prize: a $5 billion battery “gigafactory” that Tesla plans to begin construction on later this year. With an estimated 6,500 employees, the factory will likely become a keystone of the United State’s clean energy industry and an economic boon for its host state. Now, Arizona, Texas, New Mexico, and Nevada are scrambling to get picked, and last week Republican legislators in Arizona began to try pushing their state to the top of the pile.

It’s the latest sign that, at least at the state level, the clean energy industry’s best friend might be the GOP. Newt Gingrich quickly pounced on Christie after the direct sales ban for “artificially” insulating car dealers, just weeks after calling for John Kerry to resign after Kerry named climate change as a principle challenge of the generation. On Tuesday, Texas Governor Rick Perry called his state’s direct sales ban “antiquated” nearly a year after a Democrat-backed bill to change the policy was killed.

New Jersey and Texas aren’t the only states where you can’t buy a Tesla car directly from the company: Arizona and Maryland also have direct sales bans. But a bill passed out of committee in Arizona’s GOP-controlled Senate last week would reverse the state’s position and allow electric vehicle companies to sell directly out of their showrooms. The bill’s sponsor, Rep. Warren Peterson (R-Gilbert) said he was spurred by the New Jersey situation to amend what he sees as a creeping assault on free market principles.

“For me, it’s not about Tesla or electric cars,” he said. “For me, a big concern I have now is we are limiting someone’s choice.”

But despite backing from some prominent Arizona Republicans (Sen. John McComish told the Arizona Daily Star he didn’t see why the state should “prevent someone else who has a better idea from making an effort to enter that industry”), Warren said he’s faced opposition from others who see the bill as damaging to the state’s traditional car market or a handout to Tesla, arguments that swayed the decision in New Jersey.

“I have a tough time understanding why Republicans are opposed to it, because free markets are such a big part of the platform,” he said. “States that moved away from this have made a big mistake.”

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GOP Lawmakers Scramble To Court Tesla

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White House Unveils New Climate Data Project

Mother Jones

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The story was originally published by The Huffington Post and is reproduced here as part of the Climate Desk collaboration.

The White House today unveiled a new Climate Data Initiative to make government-held data more available to researchers and businesses, and improve climate change preparedness across the country.

President Barack Obama had already mentioned the data initiative in a list of new programs announced in his big climate speech at Georgetown University last June. Today was its official unveiling.

One part of the data initiative is a new climate-focused section within the Data.gov website—called Climate.Data.gov—which the National Oceanic and Atmospheric Administration (NOAA) and the National Aeronautics and Space Administration (NASA) will run. The climate data site will also offer infrastructure and geographic mapping data sets—showing bridges, roads, canals, etc.—from such agencies as the U.S. Geological Survey and the Department of Homeland Security.

To solicit ideas from the private sector on how to use all this data to create images and simulations showing coastal hazards, NOAA and NASA are launching a Coastal Flooding Challenge.

Making more of this type of information publicly available, the Obama administration announced, will “stimulate innovation and private-sector entrepreneurship in support of national climate-change preparedness.”

According to the announcement, several companies—including Intel, Google, Microsoft and Esri (which creates geographic information systems software)—have committed to create new mapping software, applications and other technological tools for visualizing and preparing for climate-related risks. Nonprofits, academic institutions and local groups are also providing technological support.

In a White House blog post accompanying the announcement, chief presidential science adviser John Holdren and White House senior counselor John Podesta called the initiative an “ambitious” effort to make government data available to the private and philanthropic sectors.

The Climate Data Initiative, they wrote, “will help create easy-to-use tools for regional planners, farmers, hospitals, and businesses across the country—and empower America’s communities to prepare themselves for the future.”

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White House Unveils New Climate Data Project

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