Tag Archives: fracking

Dot Earth Blog: How Storm Chasers Have Made Tornado Alley Safer

A meteorologist focused on severe weather hails the contributions of storm chasers. Source –  Dot Earth Blog: How Storm Chasers Have Made Tornado Alley Safer ; ;Related ArticlesDot Earth Blog: A Tornado Chaser Falls Doing Extreme ScienceDot Earth Blog: A New Way to Harvest Wind Energy at SeaDot Earth Blog: Rising Aggression Against Turtle Conservationists Preceded Costa Rica Slaying ;

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Dot Earth Blog: How Storm Chasers Have Made Tornado Alley Safer

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German beer-makers are concerned about the impact of fracking on beer quality

German brewers have sent a letter to various officials in Berlin to voice their concern that shale gas exploitation via fracking could endanger the water supply on which they depend. Original source: German beer-makers are concerned about the impact of fracking on beer quality ; ;Related ArticlesNearly half the rice sold in Guangzhou (pop. 12+ million) is contaminated by cadmium5 ways that urine can help save humanityBreakthrough clean gold mining technique replaces cyanide with… cornstarch! ;

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German beer-makers are concerned about the impact of fracking on beer quality

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The Other Climate Science Gap

A flurry of discussion about public misperception of climate scientists’ views misses another science perception gap. Original link –  The Other Climate Science Gap ; ;Related ArticlesDot Earth Blog: The Adirondack Park and Conservation on a Crowding PlanetDot Earth Blog: The Other Climate Science GapA Populated Park and Conservation in the Anthropocene ;

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The Other Climate Science Gap

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The Most Controversial Chart in History, Explained

Climate deniers threw all their might at disproving the famous “hockey stick” climate change graph. Here’s why they failed. Back in 1998, a little known  climate scientist named Michael Mann and two colleagues published a paper that sought to reconstruct the planet’s past temperatures going back half a millennium before the era of thermometers—thereby showing just how out of whack recent warming has been. The finding: Recent northern hemisphere temperatures had been “warmer than any other year since (at least) AD 1400.” The graph depicting this result looked rather like a hockey stick: After a long period of relatively minor temperature variations (the “shaft”), it showed a sharp mercury upswing during the last century or so (“the blade”). The report moved quickly through climate science circles. Mann and a colleague soon lengthened the shaft of the hockey stick back to the year 1000 AD—and then, in 2001, the UN’s Intergovernmental Panel on Climate Change prominently featured the hockey stick in its Third Assessment Report. Based on this evidence, the IPCC proclaimed that “the increase in temperature in the 20th century is likely to have been the largest of any century during the past 1,000 years.” And then all hell broke loose. IPCC Third Assessment Report / Wikipedia Mann tells the full story of the hockey stick—and the myriad unsuccessful attacks on it—in his 2012 book The Hockey Stick and the Climate Wars: Dispatches from the Front Lines; Mann will appear at a Climate Desk Live event on May 15 to discuss this saga. But to summarize a very complex history of scientific and political skirmishes in a few paragraphs: The hockey stick was repeatedly attacked, and so was Mann himself. Congress got involved, with demands for Mann’s data and other information, including a computer code used in his research. Then the National Academy of Sciences weighed in in 2006, vindicating the hockey stick as good science and noting: “The basic conclusion of Mann et al. (1998, 1999) was that the late 20th century warmth in the Northern Hemisphere was unprecedented during at least the last 1,000 years. This conclusion has subsequently been supported by an array of evidence that includes both additional large-scale surface temperature reconstructions and pronounced changes in a variety of local proxy indicators, such as melting on ice caps and the retreat of glaciers around the world.” It didn’t change the minds of the deniers, though—and soon Mann and his colleagues were drawn into the 2009 “Climategate” pseudo-scandal, which purported to reveal internal emails that (among other things) seemingly undermined the hockey stick. Only, they didn’t. In the meantime, those wacky scientists kept doing what they do best—finding out what’s true. As Mann relates, over the years other researchers were able to test his work using “more extensive datasets, and more sophisticated methods. And the bottom line conclusion doesn’t change.” Thus the single hockey stick gradually became what Mann calls a “hockey team.” “If you look at all the different groups, there are literally about two dozen” hockey sticks now, he says. Mother Jones‘ Jaeah Lee traced the strange evolution of the hockey stick story in this video: Indeed, two just-published studies support the hockey stick more powerfully than ever. One, just out in Nature Geoscience, featuring more than 80 authors, showed with extensive global data on past temperatures that the hockey stick’s shaft seems to extend back reliably for at least 1,400 years. Recently in Science, meanwhile, Shaun Marcott of Oregon State University and his colleagues extended the original hockey stick shaft back 11,000 years. “There’s now at least tentative evidence that the warming is unprecedented over the entire period of the Holocene, the entire period since the last ice age,” says Mann. So what does it all mean? Well, here’s the millennial scale irony: Climate deniers threw everything they had at the hockey stick. They focused immense resources on what they thought was the Achilles Heel of global warming research—and even then, they couldn’t hobble it. (Though they certainly sowed plenty of doubt in the mind of the public.) What’s more, even if they’d succeeded, in a scientific sense it wouldn’t have even mattered. “Climate deniers like to make it seem like the entire weight of evidence for climate change rests on the hockey stick,” explains Mann. “And that’s not the case. We could get rid of all these reconstructions, and we could still know that climate change is a threat, and that we’re causing it.” The basic case for global warming caused by humans rests on basic physics—and, basic thermometer readings from around the globe. The hockey stick, in contrast, is the result of a field of research called paleoclimatology (the study of past climates) that, while fascinating, only provides one thread of evidence among many for what we’re doing to the planet. Center for American Progress Meanwhile, the hockey stick’s blade doesn’t just stop rising of its own accord. It’s just going to go up, and up, and up, as the image above, combining the Marcott hockey stick with projections of where temperatures are headed by 2100, plainly shows. When he shows that graph to audiences, says Mann, “I often hear an audible gasp.” In this sense, the hockey stick does indeed matter—for it dramatizes just how much human irresponsibility, in a relatively short period of time, can devastate the only home we have. View original post here: The Most Controversial Chart in History, Explained ; ;Related ArticlesFinally, Some Not-Terrible Climate News: Greenland Not Melting Any FasterThis Town Took On Fracking and WonScientist at Work Blog: Empty Nets on the Mekong ;

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The Most Controversial Chart in History, Explained

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Dot Earth Blog: A Google Duo and Media Maven Explore a Hyper-Connected Planet

A brisk chat between Googlers and a media maven about the emerging Knowosphere. Continued:  Dot Earth Blog: A Google Duo and Media Maven Explore a Hyper-Connected Planet ; ;Related ArticlesDot Earth Blog: Extreme Weather in a Warming World, and the American MindDot Earth Blog: Observed Earth: A New View of the SkyA Google Duo and a Media Maven Explore a Hyper-Connected Planet ;

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Dot Earth Blog: A Google Duo and Media Maven Explore a Hyper-Connected Planet

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Charts: The Smart Money is on Renewable Energy

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Investments in solar and green power are on track to blow away fossil fuels by 2030. Fossil fuel cheerleaders take note: Renewable energy ain’t going nowhere—and it may prove to be the better bet in the long run. By 2030, renewables will account for 70 percent of new power supply worldwide, according to projections released today from Bloomberg New Energy Finance. Bloomberg analysts examined gas prices, carbon prices, the dwindling price of green energy technology, and overall energy demand (which, in the US at least, is on a massive decline), and found solar and wind beating fossil fuels like coal and natural gas by 2030. The chart below shows annual installations of new power sources, in gigawatts; over time, more and more of the new energy supply being built each year comes from renewable sources (like wind turbines and solar panels), by 2030 representing $630 billion worth of investment, while new fossil fuel sources (like coal- or gas-burning power plants) become increasingly rare. Courtesy BNEF The effect of this projected growth, BNEF CEO Michael Liebreich told Climate Desk at a gathering of clean energy investors today in New York, is that damage to the climate from the electricity sector is likely to taper off even as worldwide electricity use grows. “I believe we’re in a phase of change where renewables are going to take the sting out of growth in energy demand,” he said. Signs of this transformation are already appearing: Solar power workers now outnumber coal miners nationwide, wind power was the United States’ leading source of new power in 2012, and financial analysts warn that fossil fuel investments are poised to become a very bad bet. But that doesn’t mean we’re out of the woods yet: Fossil fuels have such a historic grip on the power market that even this projected massive growth isn’t enough to tip the scales fully towards sustainability. By 2030, non-renewable sources will still account for half of the world’s total power supply, according to the analysis. The chart below shows the world’s total energy use, again in gigawatts; while total use grows, more comes from renewable sources: Courtesy BNEF Liebreich cautioned that the accuracy of BNEF’s projection will hinge on China, which may have up to 50 percent more natural gas than the United States and seems to be on the brink of a fracking gold rush. The question, Liebreich said, is how renewables investors might react if China is able to exploit its gas resources cheaply. For now, he said the renewable renaissance is driven mainly by the bottom line: High returns and ever-cheaper technology make putting money into renewables good business. “If it’s attractive to the investors,” he said, “they invest.”

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Charts: The Smart Money is on Renewable Energy

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Charts: The Smart Money is on Renewable Energy

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Fracking for uranium, first accidentally, and now on purpose

Fracking for uranium, first accidentally, and now on purpose

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What has 92 protons, deforms growing children, sickens adults, and is being squeezed out of its underground lair by frackers operating in Pennsylvania?

U[hh], uranium!

The toxic and radioactive heavy metal is naturally trapped in the Marcellus shale, the fossil-fuel-laden rock formation popular with frackers that stretches from upstate New York through Pennsylvania to West Virginia and Ohio. We know the uranium is in there, and we know fracking sets it free, because scientists have been saying as much for years.

Pennsylvania is finally launching a systematic study to measure uranium contamination caused by fracking. From Shale Reporter:

The Pennsylvania Department of Environmental Protection this month will begin testing for radioactivity in waste products from natural gas well drilling.

In addition to analyzing wastewater from hydraulic fracturing, known as fracking, the study also will analyze radioactivity in drill cuttings, drilling mud, drilling equipment, treatment solids and sediments at well pads, wastewater treatment and disposal facilities and landfill leachate, among others.

The study also will test radiation levels for the equipment involved in the transportation, storage and disposal of drilling wastes.

The U.S. Geological Survey found in 2011 that fracking wastewater wells in the northeastern U.S. were contaminated with uranium at levels 300 times greater than the national limit for nuclear plant discharges. Yet Pennsylvania has insisted that there is no problem. The state was reluctant even to test for uranium in fracking wastewater. Now the state has agreed to study the issue, but officials insist that the studies will not reveal anything of any concern to anybody. From a press release from the Pennsylvania Department of Environmental Protection:

Based on current data, regulations and industry practices, there is no indication that the public or workers in the oil and gas industry face health risks from exposure to radiation from [fracking waste and equipment].

Meanwhile, the realization that fracking dislodges uranium particles has lit up nuclear-powered lightbulbs over the metaphorical heads of some energy executives. From a February report in Forbes:

[Uranium Energy Corp. CEO Amir] Adnani insists that he can close [America’s] yellowcake gap through a technology that is similar to the hydraulic fracturing, or fracking, that has created the South Texas energy boom. Fracking for uranium isn’t vastly different from fracking for natural gas. UEC bores under ranchland into layers of highly porous rock that not only contain uranium ore but also hold precious groundwater. Then it injects oxygenated water down into the sand to dissolve out the uranium. The resulting solution is slurped out with pumps, then processed and dried at the company’s Hobson plant.

Fracking for uranium. Energy companies are already doing it accidentally as they frack for natural gas, so what could possibly go wrong once it’s done deliberately ?

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Fracking for uranium, first accidentally, and now on purpose

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CHART: How Climate Change and Your Wine Habit Threaten Endangered Pandas

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Global warming is shifting wine country straight onto sensitive habitats. Conservation International One group that’s been keeping a close eye on climate change is wine growers. Since a 2006 study predicted global warming could fry over 80 percent of the US’s wine grapes, vinters have been planning new heat-resistant varietals, adopting big-data-driven water saving techniques, and mapping out what could become the new Napa Valleys of a warming world. That last trend is the focus of a new study out today that examines how shifting wine cultivation geography could have implications for endangered species. Lee Hannah, an ecologist at Conservational International, used a suite of global climate models to plot where ideal wine conditions will migrate to as temperatures warm and precipitation patterns fluctuate. “In a lot of these places, what’s there now is good wildlife habitat,” Hannah said. Chart by Tim McDonnell Up to 73 percent of the area currently suitable for wine cultivation could be lost by 2050, according to the study, which was published in the Proceedings of the National Academy of Sciences. While temperate places like inland California and Mediterranean Europe lose good wine country, other, cooler or higher elevation areas, like the Northwest US and mountainous parts of China, are likely to open up for cultivation. Unfortunately, Hannah and his colleagues found, some of those areas are already home to animals like grizzly bears and pandas, respectively, that already have enough conservation issues on hand without having to negotiate a sprawling new vineyard in the middle of their migration path. The problem goes the other direction, too: Stick a winery in the middle of a moose’s stomping grounds, Hannah said, and he’d “love to go in and eat wine grapes.” By 2015, global wine consumption is expected to rise by nearly two billion bottles, an increase of 4.5 percent since 2006, with China’s growing middle class boosting the country into the top five world wine markets. And while China now imports most of its wine from France, Australia, and the US, Hannah predicts the Chinese could be sipping more home-grown wine within a few decades. But, he said, “turns out the best place to produce wine in China is exactly the mountains that harbor pandas.” Hannah’s study also examined the impact of decreasing rainfall on an industry that, in many places, already exacerbates water shortages. In California, for example, total wine-suitable area could decrease by as much as 70 percent in the next four decades—but declining precipitation could still leave more than 30 percent of that smaller area under water stress. Conflict between wine and wildlife is already being addressed by groups like the World Wildlife Fund’s Biodiversity and Wine Initiative, which pairs conservationists with wine growers in South Africa’s ecologically rich Cape Floral Region. But Hannah said the wine industry globally will need to pay more attention to the issue in the future, and work together to ensure the world’s appetite for reds and whites doesn’t drive any critters to extinction. “This is not under the control of any one vineyard,” Hannah said. “This is the next natural step for the industry, and it takes collaboration to consider how they might protect wildlife.”

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CHART: How Climate Change and Your Wine Habit Threaten Endangered Pandas

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CHART: How Climate Change and Your Wine Habit Threaten Endangered Pandas

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The Scariest Climate Change Graph Just Got Scarier

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New research takes the deepest dive ever into historic climate records—and comes up still blaming humans for recent warming. Average global temperature over the last ~2,000 years. Note the massive uptick on the far right side. Courtesy Science/AAAS Back in 1999 Penn State climate scientist Michael Mann released the climate change movement’s most potent symbol: The “hockey stick,” a line graph of global temperature over the last 1,500 years that shows an unmistakable, massive uptick in the twentieth century when humans began to dump large amounts of greenhouse gases into the atmosphere. It’s among the most compelling bits of proof out there that human beings are behind global warming, and as such has become a target on Mann’s back for climate denialists looking to draw a bead on scientists. Today, it’s getting a makeover: A study published in Science reconstructs global temperatures further back than ever before—a full 11,300 years. The new analysis finds that the only problem with Mann’s hockey stick was that its handle was about 9,000 years too short. The rate of warming over the last hundred years hasn’t been seen for as far back as the advent of agriculture. Marcott’s team used ocean records to reconstruct global climate further back in time than ever before. Courtesy Science/AAAS To be clear, the study finds that temperatures in about a fifth of this historical period were higher than they are today. But the key, said lead author Shaun Marcott of Oregon State University, is that temperatures are shooting through the roof faster than we’ve ever seen. “What we found is that temperatures increased in the last hundred years as much as they had cooled in the last six or seven thousand,” he said. “In other words, the rate of change is much greater than anything we’ve seen in the whole Holocene,” referring to the current geologic time period, which began around 11,500 years ago. Previous historic climate reconstructions typically extended no further back than 2,000 years, roughly as far back as you can go by examining climate indicators from tree rings, as Mann did. To dig even deeper, Marcott’s team looked at objects collected from more than 70 sites worldwide, primarily fossilized ocean shells that have been unearthed by oceanographers. Existing research has shown that certain chemical tracers in the shells link directly to temperature at the time they were created; by studying oxygen isotopes in the fossilized plankton shown below, for example, scientists can deduce that it formed its shell at a time when Greenland was fully without ice. Marcott’s task was to compile enough such samples to represent the whole planet over his chosen timeframe. Fossilized ocean organisms like this plankton, the size of a grain of sand, keep a chemical snapshot of the climate at the time they first formed their calcium-carbonate shells. Courtesy Jennifer McKay, Oregon State “There’s been a lot of work that’s gone into the calibrations, so we can be dead certain [the shells] are recording the temperature we think they’re recording,” he said. Today’s study should help debunk the common climate change denial argument that recent warming is simply part of a long-term natural trend. Indeed, Marcott says, the earth should be nearing the bottom of a several-thousand year cool-off (the end-point of the rainbow arc in (B) above), if natural factors like solar variability were the sole driving factors. Instead, temperatures are rising rapidly. Mann himself, who literally wrote the book on attacks on climate scientists, said in an email to Climate Desk that he was “certain that professional climate change deniers will attack the study and the authors, in an effort to discredit this important work,” especially given the close ties between the two scientists’ research. “It will therefore be looked at as a threat to vested interests who continue to deny that human-changed climate change is a reality.” Marcott admitted he was apprehensive about charging into the fully-mobilized troll army, but said he was grateful scientists like Mann had “gone through hell” before him to build a support network for harassed climate scientists. “When Michael came along there was a lot more skepticism about global warming, but the public has come a long way,” he said. “I’m curious to see how the skeptics are going to take this paper.”

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The Scariest Climate Change Graph Just Got Scarier

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The Scariest Climate Change Graph Just Got Scarier

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Obama’s ‘All of the Above’ Energy and Environment Nominees

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Obama’s ‘All of the Above’ Energy and Environment Nominees

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