Reviewing the Polaris Slingshot

Low to the Ground and Out of This World

Reviewing the Polaris Slingshot SL
By NORMAN MAYERSOHNNOV. 14, 2014
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Living in the same home for nearly 30 years, I am accustomed to the neighborhood teenagers asking, “What kind of car is that?” when a new model to be reviewed arrives in my driveway.

But on the morning last month that a Polaris Slingshot appeared, those gawkers weren’t sure how to classify a vehicle that looked freshly ripped from the pages of a superhero comic book.

“What is that thing?” they wanted to know. A fair question, really.

To these predrivers, dawdling on their way to junior-high classes, the Slingshot seemed a come-to-life vision of a sci-fi fantasy, a “Star Wars” runabout with an ominous snarl and a brilliant red glow. The stealth-fighter face, all angles and edges stacked on multiple levels, is but the first feature to rivet the gaze, foretelling the disconcerting details beyond: The front tires are in full view. There are no doors. And there’s only one wheel in the back.

This one, the styling promises, is going to be some fun.

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The 2015 Can-Am Spyder F3.Suddenly, a 3-Wheel Traffic Jam NOV. 14, 2014
Polaris, the Minnesota-based maker of motorcycles, A.T.V.s, snowmobiles and all sorts of off-road utility buggies, has conjured up an alternative form of transportation — or recreation — that’s not readily defined. Like a car, it has a steering wheel. The gearshift and clutch pedal poke up from the floor. You sit in conventional-looking seats with three-point safety belts.

But don’t jump to conclusions yet: The Slingshot has no top, folding or otherwise, and no windows to roll up. Its single rear wheel is driven by a belt.

Three-wheelers are hardly revolutionary; Karl Benz chose this layout 130 years ago, though his creation had a single wheel in front, tricycle-style. Still, a resurgence of interest in recent years has resulted in entries that include clean-sheet designs like the Can-Am Spyder and nostalgia-infused revivals like the Morgan 3 Wheeler and the Harley-Davidson Trike. Some are clearly variations on a motorcycle theme, while others attempt to fill in as minimalist automobiles.

There is solid logic behind the investment Polaris has made in producing something unlike anything else in its portfolio. The ever-present risks of the road are a strong incentive for prospective riders to seek more stable platforms, particularly as their families grow and their reflexes slow.

Many of Polaris’s customers are part of this aging demographic, given that the company’s motorcycle brands — Victory and Indian — make larger-displacement, higher-end bikes. The company is betting that the right sort of 3-wheeler might appeal to those enthusiasts, whose muscles are protesting or knee joints are wearing out. That would let riders like my family doctor, who sold his Harley only when knee problems forced the issue, continue to do weekend treks with his gang of surgeons and specialists.

While trying to place the Slingshot in a single category is destined to be a frustrating exercise, Polaris is very clear on the matter: The Slingshot is a motorcycle and will be registered accordingly. In states that require such things, the person in control must have a motorcycle license and all aboard should be wearing helmets. There are no airbags.

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Even so, the Slingshot has many things you won’t normally find on a motorcycle: A reverse gear, for instance, and on my Slingshot SL test vehicle, a reverse camera. Also, a Bosch electronic stability control and forged aluminum roll bars.

Polaris builds two levels of its 3-wheeler. The base Slingshot, finished in metallic gray, costs $20,959 including the delivery charge. The pearl red Slingshot SL is $24,959 and adds larger wheels, a weatherproof audio system and a low windscreen.

The simplest description of the Slingshot would say that it has a steel tubing space frame enclosing a General Motors Ecotec powertrain, all wrapped in plastic body panels. Despite the otherworldly visage, much of what bystanders cannot see is actually familiar. The 2.4-liter 4-cylinder, which produces 173 horsepower and spins to 7,000 r.p.m., is essentially the engine that served in the Pontiac Solstice.

The front suspension design uses conventional automotive control arms (though done in forged aluminum rather than stamped steel). The rear, appropriately, uses a motorcycle swingarm layout, its motions controlled by a hefty coil-over-shock unit.

Whatever the Slingshot should be called is less important than how it delivers on the promise of its appearance. Preparing for the first drive may be more disruptive than an attempt to define the Slingshot.

Putting on a helmet, but sitting in a chairlike seat rather than straddling an engine, reminded me more of driving a racecar than being on a bike. The visible frame tubes and low seat, barely off the ground, only reinforced the impression.

I quickly came to terms with that and soon dismissed my initial concerns over whether tall S.U.V.s and 18-wheelers would see me on the Interstate. (The Slingshot’s large blind zones are more worrisome.) Its wide stance — the front track spans 69.1 inches — takes longer to reconcile, and there’s a soundtrack of mechanical noises not heard on motorcycles or in cars.

All of that fades quickly, though, once you’re moving down the road. The engine is willing, and the 5-speed manual transmission shifts effortlessly; enthusiastic use of both kept mileage in the mid-30s.

Compared with a top-level sportbike, the Slingshot is hardly fast, having roughly the same horsepower but, at 1,740 pounds, more than three times the weight. The same math applies to the brakes: They are competent, but do not have the arresting-hook immediacy of a sport motorcycle.

A low seat and wide-open cockpit make for a purist, and somewhat throwback, driving experience that typical convertibles just don’t provide. The ride is delightfully compliant, and the Slingshot corners swiftly and accurately. More important, I detected none of the handling quirks, driving by myself or with a passenger, that are unavoidable in machines configured with a single wheel in front.

I would say that the Slingshot I drove — a preproduction example — had some room to grow. The exhaust exits under the front floor, making ear plugs, which I always wear on a motorcycle, a necessity. The bar-type gas gauge is so tiny that it went unnoticed for miles, and the accelerator pedal was too stiff. All are small, easily corrected niggles.

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If one must parse the terminology, the Slingshot is much closer to being a car than to its official designation of motorcycle. Beyond the obvious, there are other minor reminders: a parking brake between the seats, an ignition lock and turn signal stalk on the steering column.

Texas seems to have its own point of view, last week notifying Polaris that the Slingshot could not be registered there as a motorcycle for road use because the operator sits in a seat rather than straddling the machine’s backbone.

Polaris told dealers that the Slingshot had been approved by the state’s motor vehicle department, which then changed its policy. Shipments to Texas have been stopped, and the company is working to resolve the matter. When that happens, Texans will be able to join the fun.

Whatever unfinished business there is in the Slingshot’s first release will, I’m certain, be resolved by devoted owners who assemble in online forums to work out turbocharger kits and a thousand other upgrades. It has that degree of cult appeal.

As a tweener, the Slingshot runs the risk of meeting the wants of no one. Polaris has smartly avoided that fate, devising a roadster that is attention-getting, responsive on the road and thoroughly entertaining.

The SL version costs about as much as a base Mazda Miata or any number of decked-out large-displacement motorcycles, but that’s no measure of what an altogether different breed of machine it is. It stands alone as a recreational diversion that doesn’t need justification.

If only it leaned to turn corners.

A Somber Anniversary

WAR AND PEACE

Battle of Belleau Wood WW1, Aisne-Marne American Cemetery and Me
It is 100 years since the first world war broke out. Brian Harris’s photo essay marks the anniversary by capturing the stillness and symbolism of the battlefields. He talks to Simon Willis

From INTELLIGENT LIFE magazine, July/August 2014

One evening last March, Brian Harris stopped his car at the side of the road near Douaumont in north-eastern France and walked into the forest. After about 50 yards he came to a trench winding its way through the trees. He’d been there earlier in the day, but the light had been too sharp, the shadows cast by the trees too deep, and children from a school party had been running up and down the trench, their picnic laid out nearby. But now the light was softer, and the woods were gloomy and quiet. “I wanted to photograph the darkness where that trench went,” he says. “I knew that if you dug down into that ground you would find bits of body. In that forest there are the remains of men. Those roots are feeding off men.”

He was standing on the Verdun battlefield, one of the bloodiest of the first world war, which began 100 years ago this July. During ten months of fighting in 1916, up to 976,000 French and German soldiers were killed or wounded at Verdun. Many of the dead were never found. “To stand in a wood and listen to the quiet,” Harris says, “and realise that 100 years ago, where you’re standing, was carnage—that’s chilling.” The trench he photographed led from Belleville to the front line and the fort at Douaumont. “It was a pathway to death.” His image—haunted, sombre, terrifyingly tranquil—is his elegy.

Although most of the pictures here were taken last winter, they are the result of a 45-year fascination. In 1969, when he was 16 and living in Romford in Essex, Harris went on a school trip to Belgium. “We stayed in Blankenberge, played on the beach, got drunk on Stella Artois. And we went to Tyne Cot cemetery on the battlefields of Passchendaele. None of us had a clue. I was utterly taken by what I saw. I just couldn’t believe that each headstone represented a life.”

Two weeks later, he joined a Fleet Street picture agency as a messenger boy. He went on to become a photographer at the Times and then the chief photographer at the Independent in its early days, when it was bringing a new elegance and soulfulness to newspaper pictures. As well as covering famines, presidential campaigns and the fall of the Berlin Wall—a subject he returned to for Intelligent Life in 2009—Harris’s interest in the war kept taking him back to those battlefields and cemeteries. “I did little stories about the re-carving of headstones, or the burial of bodies.” In 2007 he collaborated with the writer Julie Summers on a book called “Remembered”, a photographic history of the Commonwealth War Graves Commission. “I see myself as a historian with a camera,” he says.

The photographs here are the culmination of this work, and his most personal yet. He chose to travel in February and March, when the forests and fields would be free of undergrowth and crops, the trenches and shell-craters well defined, and the light muted. His picture of a line of trees stretching to the horizon on the Somme would have been impossible to take in the summer, when the trees coalesce in a mass of cheerful greenery. And the form of the photograph—the trees as a bare column heading to the ridge, a dark contrast against the sky—is integral to its power. “As soon as I saw the trees I said, ‘Soldiers going into battle, look at them’. The line of trees follows the route of the advancing British troops. That horizon is the German defence line. Men died in that field, attacking that ridge.”

The placid surfaces of these photographs tremble with this mixture of stark fact and strong feeling. Harris knew the history of his locations, and would then sink into their atmospheres. “I have to honour those who fought and died with my time,” he says. “Sometimes I would walk for an hour in a wood or field before taking a photograph.” His knowledge carried him beyond the obvious. Behind him on the Somme was the stately red-brick memorial at Thiepval, but it was the trees that shook him, none of them more than 95 years old. At the Lochnagar crater at La Boiselle—one of the largest on the Western Front—he was walking the rim when he saw a wreath hanging from a fragile branch, intimate and easily missed. “The crown of thorns. That’s what I felt when I took that picture.”

Looking at his images now, Harris thinks of a painting, “Menin Gate at Midnight” (1927) by William Longstaff. It shows ghosts rising from the ground on the plains outside Ypres. “I think you could superimpose those ghosts onto my pictures. I was photographing a ghost story.”

Top Aisne-Marne American Cemetery, Belleau, France

Simon Willis is digital editor of Intelligent Life

Photograph Brian Harris

Sonic Architecture

BEN FROST’S SONIC ARCHITECTURE

~ Posted by Charlie McCann, November 6th 2014

When the Australian composer and producer Ben Frost released his fifth album, “A U R O R A”, earlier this year the reviews were rapturous. Rolling Stone called it “unrelentingly menacing”, Drowned in Sound said it was a piece of “aural suffocation” (in a good way), and both picked it as “Best Album of the Year So Far”. Frost, though, is more low-key. His albums, he has said, are “over-glorified business cards”—adverts which get him well-paid commissions (he has written music for ballet, opera and film) and bring audiences to his live shows. He has been touring “A U R O R A” since April, and is playing six nights in Britain next week. It’s only live that you hear the album’s terrifying architecture. Listening to it on headphones is like reading a book about brutalism: it doesn’t do justice to its scale and weight.

An architect is certainly what Frost sounds like when you talk to him. When I spoke to him recently, he referred to sounds as “objects that have texture and shape”, and composing as “an arrangement of space”—which suggests his music is meant to be felt as much as heard. In August in a small south-London club, he played “A U R O R A” so loud and so deep that the audience couldn’t help but feel it. He has likened the pounding of the kick drum to “the externalisation of the human heart”. Shake your head all you like—as the drums thundered my heart hammered, and I began to wonder if it might leap out altogether. Some of the people pressed in close around me looked ecstatic, but plenty looked uneasy: the room cracked with the synthy snap of chain against metal; the air around us walloped with what felt like the weight of concrete slabs. On the small, dim stage, Frost was bent over his equipment, carefully adjusting knobs and dials—though he may as well have been operating a forklift.

In contrast to his previous albums, “A U R O R A” is more militant and synthetic-sounding: there are no guitars, piano or stringed instruments. Instead, he uses heavy percussion, synths and lots of distortion, and he processes the sounds through his computer. The result is a portentous mass of noise undergirded by simple rhythms and melodies that emerge occasionally from the aural chaos. These primarily recall the rhythms and melodies of techno, trance and industrial music, although, with a recurring bell motif and occasional brass burps, there are some classical flourishes. But this kind of music—the kind that hits you in the solar plexus—isn’t produced by simply turning up the volume. It also involves playing sub-bass sounds: frequencies so low they’re not so much sounds as they are thrums, of the kind you’ll feel if you place your hand on a subwoofer.

As PA systems grow in sophistication, musicians and sound designers are exploiting a wider range of sonic frequencies—ones that steal ever further into the realm of the physical. A range of artists—from the Seattle drone-metal band Sunn O))) to the Portland noise artist Pete Swanson and the London DJ duo Raime—have, in the last few years, been experimenting with low-end music that gets at the gut. The music magazine the Wire has called it “a live performance trend”.

But Frost thinks technology will take us further still. As absorbed as he is by music’s effects on the senses, whether aural or tactile, he’s intrigued by how advances in medical technology might improve upon our limitations. “Twenty years from now, I think we’re very likely to be able to have our ears upgraded so that we can perceive a wider range of frequencies—or by-pass the ear entirely,” he says. “I’m personally really excited about that. Every time the fucking jack cable rips out of my headphones when I stand up too quickly and I have to put it back in, there’s always this little moment where I want to jam it straight into my skull.”

Frost might be looking to the future, but he should just look at what’s right in front of him: the people at his gigs, forced to listen with their whole bodies, already have their skulls full of his music.

Ben Frost The Haunt, Brighton, Nov 10th; Thekla, Bristol, Nov 11th; Capsule, Birmingham, Nov 12th; St John at Hackney Church, London, Nov 13th; Gorilla, Manchester, Nov 14th; Howard Assembly Room at Opera North, Leeds, Nov 15th

Charlie McCann is editorial assistant at Intelligent Life

Bob Dylan’s 6KG of Lyrics

FASHIONIT’S ABOUT ALL OF YOUR SENSES—SIGHT, TOUCH, SMELL AND EVEN SOUND

BOB DYLAN’S 6KG OF LYRICS

~ Posted by Hazel Sheffield, November 5th 2014

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It’s a good week for Bob Dylan completists. On Tuesday, volume 11 of the bootleg series was released, comprising a six-disc collection of the so-called “Basement Tapes”, recorded during Dylan’s 1967 sessions with The Band in upstate New York. This Friday, a hardback collection called “The Lyrics” is published. For the princely sum of £125, collectors can get hold of one of only 3,000 copies of this 6kg, gold-embossed treasure, which has been compiled by Sir Christopher Ricks, a former professor of poetry at Oxford whose 2003 book “Dylan’s Visions of Sin” examined the lyrics with the same critical eye he’s applied to Keats and T.S. Eliot. The publishers, Simon & Schuster, were not sending out review copies, so I had to go and visit the book at their office. One of the publishers told me they thought the 500 copies that will make it across the Atlantic to Britain might be gone on presales alone.

It was a joy to get an hour or so leafing through the mammoth book’s thick cream pages, which document Dylan’s recorded lyrics and live variations from “Bob Dylan” (1962) to “Tempest” (2012). The publishers have dared to call the book “definitive” in the press release, but it won’t be definitive for long: Dylan already has a new album in the works for next year, announced to buyers of the latest bootleg by a pamphlet that wafted out from between the record sleeves. Ricks—now a professor at Boston University who spent years piecing this collection together with help from Dylan himself—knows better. He spends a large part of the book’s introduction talking about the impossibility of such a task, concluding “there is no such thing as a definitive setting down”. But he isn’t the first to do his best: a “complete” collection of lyrics was published in 1985, detailing everything up to that point. It was updated in 2001.

Ricks knows that nothing about Dylan is definitive—even Dylan’s own thoughts about Dylan. He notes the conflicting views on the importance of words versus music. “It’s the music that the words are sung to that’s important”, goes one Dylan quote from the Sixties or Seventies. Another: “It ain’t the music that’s important, man, it’s the words.” Leafing through the book, you realise both are true.

Dylan uses lyrics to tell stories. Often these were fantastical, sometimes nonsensical stories of discovery, like “Bob Dylan’s 115th Dream”, a Kubla Khan-like voyage in America, or “Gates of Eden”, a mysterious fable that features lamp-posts with crossed arms, and deaf shoeless hunters. He also used lyrics to diarise his life in songs where the music seems dispensable. “Talkin’ New York”, from the “Bob Dylan” album in 1962, describes his first experience of playing the Greenwich Village clubs in New York, which includes some early disillusionment with the cut-throat music industry: “A lot of people don’t have much food on their table/But they got a lot of forks ’n’ knives/And they gotta cut somethin’”. Decades later, on “Time Out of Mind” (1997), Dylan used the same style of humour to depict an encounter with a Scottish waitress in “Highlands”: “She says, ‘What’ll it be?’/I say, ‘I don’t know, you got any soft boiled eggs?’/She looks at me, says, ‘I’d bring you some/But we’re out of ’em, you picked the wrong time to come’.”

But when Dylan needed them to, the lyrics served the music. The book records a minor change to the syntax in “Rolling Stone”, from “Highway 61 Revisited” (1965), in the line: “You better take your diamond ring down/And you better pawn it babe”. In a neat footnote beside the original line, Ricks notes that at a concert at Manchester Free Trade Hall in 1966 the lyrics changed to “Take your diamond ring down/And pawn it babe”. It doesn’t look much on paper, but listen to the recording and you can hear Dylan hurling the last line at the crowd, stretching out the word “pawn” with no small amount of bile. In fact, this was the infamously mistitled “Royal Albert Hall” concert, captured on the D.A. Pennebaker documentary “Don’t Look Back”, where Dylan was accused of being Judas by a member of the crowd for abandoning acoustic performances in favour of plugged-in sets with his band. He cut some words because, at that moment, conveying his new sound mattered more.

“The Lyrics” records these changes for posterity like so many butterfly specimens pinned to a cork board, but it can never capture the surprising, chaotic way they came to be. Rather it is another facet of Dylan’s legacy that, the moment someone says they have it fixed, he demands they take another look.

Hazel Sheffield is a regular contributor to NME, a reporter for Global Capital, and a former assistant editor of the Columbia Journalism Review

Illustration Kathryn Rathke

When Photography Became Fine Art

WHEN PHOTOGRAPHY BECAME FINE ART

~ Posted by George Pendle, October 27th 2014

Discovering a new exhibition of platinum photographs tucked away in the sprawling National Gallery of Art in Washington, DC is akin to discovering tiny deposits of the precious metal itself in the alluvial sands of some jungle river—it’s small but valuable.

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“A Subtle Beauty” consists of barely two dozen portrait, landscape and architectural photographs from the late-19th and early-20th centuries. What unites them is their printing technique. Platinum prints, or platinotypes, were created by using photographic paper with very fine platinum crystals embedded in the uppermost fibres. This was in contrast to the more popular albumen or gelatin prints of the time, in which silver salts were suspended in an emulsion that was then coated onto the paper. A technicality, you may well think, but the platinum process not only gave photographs a luminosity and a wide tonal scale that other methods couldn’t match (as well as a slight three-dimensional appearance), but it was also responsible for establishing photography as a fine art.

In the late-19th century photography was extremely popular but it had yet to be accepted as a serious art form. Most photographs were garishly hand-tinted and the use of photographic emulsion gave them a brash and glossy look. By contrast the platinum prints afforded a wealth of tasteful neutral colours, a delicate matte finish and a textured surface. In short, it made photographs look more like paintings, particularly the flat canvases being created by the Impressionist painters at the time.

Two of the leading proponents of the platinum print technique were the British photographer Frederick H. Evans and the American Alfred Stieglitz. Evans found that the platinotype was perfectly suited to capturing the play of light on the stone of French and English cathedrals. But it was also superb in delineating the lines and creases of the human face. Evans’ 1894 portrait of the illustrator Aubrey Beardsley, his slender fingers wrapped around his sallow cheeks, his aquiline nose splintering the light, makes him look like a contemptuous gargoyle from one of Evans’ beloved churches.

Stieglitz’s “The Last Joke—Bellagio” (1887) is as full of rambunctious life as a Goya etching. A group of children, some in bare feet, some in sailor suits, are joined together in laughter, their faces creased with smiles that match the folds of their clothes. It is a small photograph but within its frame is an incredible spectrum of cool blacks, neutral greys and rich sepia browns.

However, the show’s greatest revelation is the work of the remarkable American photographer Gertrude Käsebier, most notably her 1902 portrait of Stieglitz himself (above). Käsebier was a brilliant manipulator of tones and by masking sections of the negative and selectively brushing on developing solution to the platinum paper, she brought into play a veritable rainbow of blacks. In this photograph Stieglitz resembles a demon carved out of shadow, his eyes barely visible, his hair and walrus-like moustache masking his face. The only light that exists is reflected off one side of his nose, the rest of him recedes into abstraction. It is as masterly a disquisition on shade and light as any painting by Zurbarán or Velázquez. Ironic that such a shimmering, precious metal should have allowed photographers access to the very heart of darkness.

A Subtle Beauty: Platinum Photographs from the Collection is at the National Gallery of Art in Washington, DC until January 4th 2015

George Pendle is the author of “Death: A Life”, a satire, and “Happy Failure”, a collection of essays

Image “Alfred Stieglitz” by Gertrude Käsebier (R. K. Mellon Family Foundation, Diana and Mallory Walker Fund, and Horace W. Goldsmith Foundation through Robert and Joyce Menschel)

OPEC Losing Leverage?

Why OPEC’s losing its ability to set oil prices

CNBC By Hailey Lee

Why OPEC’s losing its ability to set oil prices
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Eddie Seal | Bloomberg | Getty Images

OPEC ‘s glory days of steering global oil prices may be at an end.

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U.S. shale oil will replace the Organization of the Petroleum Exporting Countries as the first-mover “swing producer,” according to a Goldman Sachs report from the weekend-meaning OPEC is losing its power to set global prices for crude.

Read More Oil could slide further, but where’s the bottom?

Saudi Arabia, the world’s largest oil exporter, no longer has “the ability to push prices lower than the production costs of U.S. shale” because any cuts from the kingdom would “accommodate the further expansion of U.S. shale, as well as reduce Saudi profits,” Goldman said.

The shift in pricing power became apparent to Goldman when U.S. shale’s spare capacity, at around 5 million barrels per day, exceeded Saudi Arabia ‘s spare capacity of 1.5 million. Spare capacity refers to the amount of crude a country is able to produce in 30 days in case of an emergency.

Read More ‘Bipolar’ markets lose the fear; are they ready to relax?

This trend has been a long time coming, but the tipping point started this year with significant cuts in West African oil exports to the U.S., said John Kilduff, energy analyst and founding partner of commodities investment firm Again Capital. U.S. shale oil has replaced West African imports, which have been redirected to Asia.

The balance was further tipped toward the U.S. when production rebounded in Libya and Iraq despite political instability, adding to an already oversupplied market, Kilduff added.

OPEC pumped 30.6 million barrels of crude oil per day in September, a jump of 400,000 barrels from August that was driven by the Libyan output rebound, found Platts, a global energy information service.

Read More Despite washout, hedge funds not bailing on energy

OPEC’s loss in pricing power is a consequence of not taking U.S. producers more seriously and cutting prices earlier for clients, said Phil Flynn, senior energy market analyst at Price Futures Group.

“Only a year ago, OPEC was still in denial, but with the slowing global economy, they can’t laugh off U.S. production anymore,” Flynn said.

By 2019, U.S. shale oil production will jump to 9.6 million barrles per day, from 8 million now, according to forecasts from the Energy Information Administration. In comparison, Saudi Arabia currently produces 9.6 million barrels of crude oil a day.

All that said, market watchers across the board expect OPEC to remain highly influential when it comes to the price of oil.

The group will likely cut production when the core countries meet in Vienna on Nov. 27, according to Kilduff. “OPEC is in the process of playing chicken with the market,” he said. “But their hand will be forced and they will eventually cut, with the Saudis taking on the bulk of it.”

OPEC has absorbed lower oil prices up until this point, declining to cut output in a bid to maintain market share.

Read More How the US shale boom will be felt around the world

“The main reason why OPEC is not cutting production is they realize that U.S. shale is a serious threat to their global oil space,” Flynn said.

The cyclical nature of the oil industry makes it unlikely that OPEC has lost its price-setting power permanently, Kilduff said: “There’s a boom, bust and a new era upon us all the time. So, the jury’s still out on the long-term sustainability of U.S. shale production.”

Another Hat in the Ring?

POLITICAL MOJOPREVIOUS | NEXT
→ 2016 Elections, Elections

Elizabeth Warren’s Latest Comment About Running For President Is the Most Cryptic Yet
—By Tim Murphy| Thu Oct. 23, 2014 1:59 PM EDT

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Sen. Elizabeth Warren (D-Mass.) James Berglie/ZUMA
With 106 weeks until the next presidential election, speculating about a potential Sen. Elizabeth Warren (D-Mass.) candidacy is like going on a long car ride with a six-year-old. “Are you running?” No. “How about now?” No. “Now?” No. “Now?” No. “What about now?” No. “Are you running?” No. “Are you running?” [exasperated sigh] “Aha!”

But Warren does continue to do the things people who are considering a run for president tend to do—flying to Iowa to rally the troops on behalf of Rep. Bruce Braley, for instance, and going on tour to promote a campaign-style book. Her latest venture, a sit-down interview in the next issue of People magazine, isn’t going to do much to quiet the speculation, even as she once more downplayed the prospect of a run:

[S]upporters are already lining up to back an “Elizabeth Warren for President” campaign in 2016. But is the freshman senator from Massachusetts herself on board with a run for the White House? Warren wrinkles her nose.

“I don’t think so,” she tells PEOPLE in an interview conducted at Warren’s Cambridge, Massachusetts, home for this week’s issue. “If there’s any lesson I’ve learned in the last five years, it’s don’t be so sure about what lies ahead. There are amazing doors that could open.”

She just doesn’t see the door of 1600 Pennsylvania Avenue being one of them. Not yet, anyway. “Right now,” Warren says, “I’m focused on figuring out what else I can do from this spot” in the U.S. Senate.

“Amazing doors”; “I don’t think”; “right now”—what does it all mean? Warren’s not really saying anything we haven’t heard from her before. But after then-Sen. Barack Obama’s furious denials about running for president eight years ago, no one’s ready to take “no” for an answer. At least not yet, anyway.

Stem Cell Breakthrough

Stem Cells Seem Safe in Treating Eye Disease

A treatment based on embryonic stem cells clears a key safety hurdle, and might help restore vision.

By Antonio Regalado on October 14, 2014

WHY IT MATTERS

Macular degeneration is the leading cause of blindness in people over 65.

Transplanted cells appear as a dark spot on the retina of a person with macular degeneration.

When stem cells were first culled from human embryos 16 years ago, scientists imagined they would soon be treating diabetes, heart disease, stroke, and many other diseases with cells manufactured in the lab.

It’s all taken longer than they thought. But today, a Massachusetts biotech firm reported results from the largest, and longest, human test of a treatment based on embryonic stem cells, saying it appears safe and may have partly restored vision to patients going blind from degenerative diseases.

Results of the three-year study were described today in the Lancet by Advanced Cell Technology and collaborating eye specialists at the Jules Stein Eye Institute in Los Angeles, who transplanted lab-grown cells into the eyes of nine people with macular degeneration and nine with Stargardt’s macular dystrophy.

The idea behind Advanced Cell’s treatment is to replace retinal pigment epithelium cells, known as RPE cells, a type of caretaker tissue without which a person’s photoreceptors also die, with supplies grown in laboratory. It uses embryonic stem cells as a starting point, coaxing them to generate millions of specialized retina cells. In the study, each patient received a transplant of between 50,000 and 150,000 of those cells into one eye.

The main objective of the study was to prove the cells were safe. Beyond seeing no worrisome side effects, the researchers also noted some improvements in the patients. According to the researchers, half of them improved enough to read two to three extra lines on an eye exam chart. Robert Lanza, chief scientific officer of Advanced Cell, called these results remarkable.

“We have people saying things no one would make up, like ‘Oh I can see the pattern on my furniture, or now I drive to the airport,” he says. “Clearly there is something going on here.”

Lanza stresses the need for a larger study, which he says the company hopes to launch later this year in Stargardt’s patients. But if the vision results seen so far continue, Lanza says, “this would be a therapy.”

Some eye specialists said it’s too soon to say whether the vision improvements were real. The patients weren’t examined by independent specialists, they said, and eyesight in patients with low vision is notoriously difficult to measure. That leaves plenty of room for placebo effects or unconscious bias on the part of doctors.

“When someone gets a treatment, they try really hard to read the eye chart,” says Stephen Tsang, a doctor at Columbia University who sees patients losing their vision to both diseases. It’s common for patients to show quick improvements, he says, although typically not as large as what Advanced Cell is reporting.

Tsang also questions some of the photographic evidence Advanced Cell said showed the transplanted cells had survived. “It’s a proof of concept that it’s safe, but otherwise it’s hard to reach any conclusion,” he says.

But favorable results are critical for Advanced Cell, a tiny biotech concern in Marlborough, Massachusetts, that has struggled financially. This year it was fined by stock market regulators, and its CEO resigned amid a stock-sale scandal. Lanza says a larger study to prove if the treatment works would “cost tens of millions.”

Perhaps because it needs to raise money, Advanced Cell has previously touted preliminary results from the study, including claiming that one patient, a rancher, essentially regained his vision. But for each such anecdote, there is another patient saying the treatment did nothing. One, Maurie Hill, who has Stargardt’s and has totally lost the central part of her vision, said on her blogthat she was disappointed that she’d experienced no “functional change in vision.”

The Advanced Cell eye studies are important because they are the only clinical trials based on embryonic stem cells in the U.S. One other study, in spinal cord injury, was halted in 2011 when Geron, the company backing it, decided to cancel the program after treating five patients (see “Geron Shuts Down Pioneering Stem-Cell Program”).

But because the eye is easier to treat, there could soon be a small boom in retina studies using embryonic stem cells. The biotech company BioTime said this month that it had asked the U.S. Food and Drug Administration for approval to run a small clinical trial. The drug giant Pfizer plans to launch its own study, in which it would transplant larger patches of retinal cells. If that trial moves forward, it would be the first by a large pharmaceutical firm using embryonic stem cells.

“The rationale is clear,” says Magdalene Seiler, a researcher with the University of California, Irvine. “If you can replace the RPE cells you can rescue the photoreceptors. That has been shown over and over again in animal experiments.”

In September, Japanese doctors performed the first transplant of retinal tissue derived from so-called “iPS” cells, which are stem cells that can be created from a person’s own tissue and which match them genetically.

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The Energy Efficiency Conundrum

OAKLAND, Calif. — ON Tuesday, the Royal Swedish Academy of Sciences awarded the 2014 Nobel Prize in Physics to three researchers whose work contributed to the development of a radically more efficient form of lighting known as light-emitting diodes, or LEDs.

In announcing the award, the academy said, “Replacing light bulbs and fluorescent tubes with LEDs will lead to a drastic reduction of electricity requirements for lighting.” The president of the Institute of Physics noted: “With 20 percent of the world’s electricity used for lighting, it’s been calculated that optimal use of LED lighting could reduce this to 4 percent.”

The winners, Shuji Nakamura, an American, and Isamu Akasaki and Hiroshi Amano, both from Japan, justly deserve their Nobel, and should be commended for creating a technology that produces the same amount of light with less energy.

But it would be a mistake to assume that LEDs will significantly reduce overall energy consumption.

LED’s are but the latest breakthrough in lighting efficiency. Consider the series of accelerated lighting revolutions ushered in by the Industrial Revolution. In the early and mid-1800s, for instance, “town gas” made from coal was developed and used to illuminate streetlights. Whale oil became the preferred indoor lighting fuel for upper-income Americans until it was replaced by more efficient kerosene lamps. And then, finally, in the late 19th century, the electric light bulb emerged.

Along the way, demand would rise for these new technologies and increase as new ways were found to use them. This led to more overall energy consumption.

From outer space, you can see the results of this long progression of illumination. More and more of the planet is dotted with clusters of lights.

There is no reason to think that the trend lines for demand for LED lighting will be any different, especially as incomes rise and the desire for this cheaper technology takes hold in huge, emerging economies like China, India and Nigeria, where the sheer volume of the demand will be likely to trump the efficiency gains.

Energy-efficient lighting has been, without question, a boon for economic development. Over the past two centuries, the real cost of illumination in Britain has declined by a factor of 3,000, largely because of efficiency improvements, according to the researchers Roger Fouquet of the London School of Economics and Peter J. G. Pearson of Imperial College, London. This cheap lighting technology is used today not just to light our streets, workplaces and homes but for televisions, computers and cellphones.

These productivity improvements are a primary driver of long-term economic growth. Especially in developing economies, cheap, energy-efficient lighting will almost certainly allow poor people to bring modern lighting into their homes much faster than they otherwise would. And that will almost certainly result in faster growth in energy demand globally.

The growing evidence that low-cost efficiency often leads to faster energy growth was recently considered by both the Intergovernmental Panel on Climate Change and the International Energy Agency. They concluded that energy savings associated with new, more energy efficient technologies were likely to result in significant “rebounds,” or increases, in energy consumption. This means that very significant percentages of energy savings will be lost to increased energy consumption.

The I.E.A. and I.P.C.C. estimate that the rebound could be over 50 percent globally. Recent estimates and case studies have suggested that in many energy-intensive sectors of developing economies, energy-saving technologies may backfire, meaning that increased energy consumption associated with lower energy costs because of higher efficiency may in fact result in higher energy consumption than there would have been without those technologies.

That’s not a bad thing. Most people in the world, still struggling to achieve modern living standards, need to consume more energy, not less. Cheap LED and other more efficient energy technologies will be overwhelmingly positive for people and economies all over the world.

But LED and other ultraefficient lighting technologies are unlikely to reduce global energy consumption or reduce carbon emissions. If we are to make a serious dent in carbon emissions, there is no escaping the need to shift to cleaner sources of energy.

Michael Shellenberger and Ted Nordhaus are co-founders of the Breakthrough Institute, an energy and environmental research center.

The Magic of Sand

From Intelligent Life Magazine

THE MAGIC OF SAND

Long Read: sand doesn’t just stick between our toes—it also has a way of getting inside our heads. Rebecca Willis finds eternity, and more, in a grain of it

From INTELLIGENT LIFE magazine, July/August 2013

CLOSE YOUR EYES and picture this. You are walking in the sunshine under a blue sky. On one side of you is a green mass of palm trees, on the other the turquoise of the sea. And under your bare feet is sand, white sand—powdery and silky, soft yet firm—which yields and then holds as you step on it. It sends a sensual thrill from the soles of the feet up into your brain.

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Now change the picture. Make the sand beneath you coarser. Turn it to gravel. Make it sharp. It doesn’t work, does it? The sand is essential to the scene. And even if you de-saturate the colour, even if you have rocky cliffs instead of palm trees to your left and a steely sea to your right, the sand under your feet—which may now be greyish—still makes you want to take off your shoes and wriggle your toes into it.

To the travel industry, every beach is white. And it is no coincidence that white sand is, for most of the developed world, a long-haul flight away and associated with wealth, just as a tan was in the early years of the jet engine. The things we desire, or are encouraged to desire, often follow the money.

The place the beach occupies in the Western imagination today has changed dramatically in the 300 years since “Robinson Crusoe” was published. Then it was a hostile, dangerous frontier, next to the wild unknown of the sea. It reeked of shipwrecks, invasions and the treacherous business of fishing. But it is telling that even then Daniel Defoe transposed the tale of Alexander Selkirk, in part his inspiration for Crusoe, from a temperate, rocky island off the coast of Chile to a sunny Caribbean one with beaches. Sailors exploring the South Pacific were understandably seduced, after many hard months at sea, by the warm waters, fresh food and sexual freedom of the islanders, and their tales travelled back to Europe. But the reality was that, until man’s dominion over nature became more assured—until sun cream and vaccinations against diseases—the tropical seaside was an unfriendly place to find yourself, sometimes fatally so.

Pale sand may be most prized, but sand of any shade has a hotline to our senses; we want to touch it and mould it and play with it. That is why hotels in the Caribbean don’t replace their beaches with concrete, even though they may be in annual danger of being whisked away by a hurricane. Perhaps warm sand beneath our soles triggers atavistic memories of our ancestral home in Africa, or perhaps it is simply the opposite of our hard, urban streets. Either way, sand exerts its magnetism with extra force at this time of year, the holiday season for the northern hemisphere. But what exactly is this stuff that draws us irresistibly to the coast? How did it develop the power to create new migration patterns in homo sapiens? And why has it lodged itself so firmly in our collective psyche?

I GREW UP in a village called The Sands, near which some of the best building sand in England is gouged out of the earth by huge diggers (sand has been used in concrete since it was invented by the Romans 2,000 years ago). Attending church on Sundays as children, we used to sing—without any sense of irony—a hymn with the chorus: “Oh, build on the rock and not upon the sand…”. We were too young to realise that this was just a metaphor for religious purposes, exploiting the shifting nature of sand. And we didn’t know that in fact well-drained, well-compacted sand makes a good base for building on. The actual sandpits were strictly out of bounds to us and had an aura of strange magic: there were rumours of escaped pet terrapins which had grown to gargantuan size and lurked in their muddy waters, and of teenagers drowning in twining weeds that pulled them under the surface. These myths, perhaps started by parents, cast their own spell: we did not venture beyond the barbed wire.

Beach

Sand used for building, such as this, and the sand of beaches outside the tropics—70% of the world’s sand, in fact—is made of quartz, also known as silica, produced by the grinding and scouring of millions of years of weathering and glaciation. The sand of tropical beaches is different. It is “biogenic”, or produced by life processes, and consists largely of calcium carbonate: the ground-up remains of shells, coral and the skeletons of marine creatures (the parrotfish is known as the “sand maker” because it feeds on coral and excretes sand). That is the simple explanation for the difference in colour—sand in the English Channel is never going to be travel-brochure white like sand in the tropics, even if the sun does shine.

The composition of sand varies greatly according to the rocks and conditions, but it is defined on the invariable Udden-Wentworth scale, which uses sieving to determine and average out grain size: from 0.0625mm to 2mm is sand, anything bigger is gravel, and anything smaller is silt. The smallest grains of sand are invisible to the naked eye, and a grain of sand starts its life the size of the crystal that made up its parent rock. Because this scale applies to all granular material, it means that salt and sugar are technically sand. Come to think of it, a beach made of sugar might be just the thing for modern man.

Of all granular materials, those we call sand are the most mobile in water. Mud sticks, stones are too heavy: sand is the traveller of the granular family, riding the winds and the waves. And like a traveller, it has a tale to tell. The type of mineral betrays its place of origin, a fact now used to help solve crimes. The shape speaks of its journeys—desert grains are rounder than sand eroded by water, which cushions it. And sand reveals age, too: exposure- or luminescence-dating measures the amount of radiation to which it has been subjected, and can determine the age of archeological finds way beyond the reach of carbon dating, as with the cave paintings of the Kimberleys in Australia, thought to be—at up to 60,000 years—the oldest images we have of the human figure.

People who love sand are called arenophiles, from the Latin harena for sand, which was spread over the floor of the Colosseum in Rome to soak up the blood of combat, and which also gives us the word arena. (What that leaves arena-lovers to call themselves, I don’t know.) Sand has properties which even the non-arenophile may be able to appreciate. It is self-sorting: grains of the same size group together, as the different ingredients in a box of muesli do; that is why, when the grains are different colours, you can find exquisite, painterly patterns left by the tide on a beach. When sand is poured into a pile, the slant of the slope made by the edge of the pile is called the angle of repose—the bigger the grains, the steeper the angle of repose; and for an hourglass to work properly, the angle of the slope in the glass must equal the angle of repose of the sand (which is often not sand, in fact; in the early days of hourglasses it was sometimes ground-up eggshells). Sand behaves more like a liquid when it is dry, but more like a solid when wet—so perhaps walking on dry sand is the nearest we get to walking on water. And the processes of erosion that make sand do not discriminate—on the Normandy beaches where the D-Day landings took place, there are sand-sized fragments of steel.

Most of these facts I learned from an engaging and exhaustive book, “Sand—A Journey Through Science and the Imagination” by Michael Welland (OUP). He is a London-based geologist—not, he explains, a sedimentologist, which means a dedicated sand man. But he is a fan. “Sand”, he says, “sculpts the landscapes of our planet and reveals the history of the Earth.” Without it, there would be “no concrete, no glass, no silicon chips and a lot less jewellery”. It is hard to conceive of modern life without sand—and therein lies a problem: we are using sand faster than the planet can replenish it. “We think of sand as something that’s just there,” he says, “but it is not a sustainable resource.” Whole islands are being wiped off the map as man develops the planet, especially by making concrete and extracting valuable minerals. Fracking—the great energy hope of the moment—devours vast quantities of sand. And most of the world’s beaches are undergoing erosion—partly from natural causes and partly because civilisation in coastal areas is “completely perturbing the natural balance of a highly complex system, by removing dunes, building breakwaters, and replacing sand that is removed…with the wrong kind of sand”.

Welland hoped his book would surprise the reader—and it does—but some of his findings surprised him, too. “The microscopic life in between the grains on the beach is truly astonishing.” Tiny invertebrates called meiofauna live there. “If you pick up a handful of wet sand at the beach, you are holding a miniature zoo. And these little critters keep the bad bacteria on the beach under control and relatively odourless for us. The diversity of life in the spaces between the grains of sand is greater than the diversity in the rainforest.” Beach sand is, literally, full of surprises.

Some people are not content to let sand trickle through their fingers. Tourists visiting Alum Bay in the Isle of Wight or the Negev Desert can buy jars containing multi-coloured layers of sand. Hard-core arenophiles collect sand in its many guises as a hobby, and may belong to the International Sand Collectors Society, which has no apostrophe but does have a quarterly newsletter called, what else, The Sand Paper. In the Netherlands, Loes Modderman photographs sand through a monocular zoom microscope and arranges her pictures on her website; you can then click on a map and see the colour palette of the sands from that part of the world. What I’m saying is that sand gets under other people’s skin, not just Michael Welland’s. Even so, there are places you don’t want it to get: in your shoes, in your eye, in your bed (whatever you plan to do there). Its propensity to be an irritant is in inverse proportion to its size, and doesn’t always result in a pearl: “a spanner in the works” can be translated into French as sable dans l’engrenage—sand in the gears.

REGENT’S PARK, LONDON, on a bright spring day. The playground is humming with activity. Children are shinning up climbing frames, swinging along monkey bars, propelling themselves down slides. And they are making a noise about it, yelling and raising their voices excitedly. Except in the sandpit. Here they are playing with an intense, quiet concentration; they fill buckets with sand, they pour it and pile it up into huge mounds, they fashion it into crenellations, they burrow and dig tunnels. Periodically, a child discovers that sand is fun to throw, at which point a parent steps forward and remonstrates. But mostly, all is calm.

Nearby, in Primrose Hill, is a nursery school called Ready Steady Go. The principal, Jennifer Silverton, agrees that sand has a soothing effect on children. “So does water,” she says, “natural materials are more calming than all the bright plastic stuff. They love exploring the properties of sand. Sometimes we freeze it for them to play with, though of course play and work are the same at this age. The thing about playing with sand is that it is open-ended, not goal-oriented, so it gives children such confidence. Unless of course”, she adds wryly, “they have a parent who is keen on sandcastles…”

You see plenty of those at the seaside: whole families spend long, focused hours building sand forts, sand cars, sand dams and pools, and bury each other up to the neck (though in the Mediterranean it often seems to be the British families doing this, while the locals look on from their loungers). In some resorts the goal-orientation goes a stage further, with sandcastle competitions, and entries as big as houses.

Sand is also used in healing. In sandplay therapy, which uses Jungian theories of the unconscious, the patients create a scene in a tray of sand which is an externalisation of their inner world. Kate Loiseau, chair of the British and Irish Sandplay Society, tells me that it is used in hospitals, social services and prisons. “In the sand room there are two trays on a table, one of dry sand and one of wet, and a collection of figures and objects which the patient can select and which have symbolic value. It is witnessed by a therapist who may have an interaction if the patient wants to talk, but may not.” She has seen the treatment help patients ranging from severely depressed adults through people with marriage problems to children injured in accidents. “Sand”, she says, “works directly with the unconscious. You can mould it, put water in it, construct it. It has a light feeling, a freeing feeling.”

Shifting sand dunes of the remote Skeleton Coast

WALKING ON A beach feels natural. We are born barefoot and our ancestors went shoeless; we were not designed to walk on pavements. Biomechanically, walking on soft, dry sand is good, because it doesn’t send shock-waves through our skeletons and because our feet can adopt the angle to the ground that suits them, rather than the other way round (many people are pro- or super-nated; their feet don’t really want to be flat). As we walk, the sand is also massaging our feet and exfoliating them at the same time. But that is a modern view of the beach: mankind has not always felt so drawn to it.

The Romans were beach-worshippers and the ancient Greeks were great swimmers, but in Europe by the end of the Dark Ages the beach had gone back to being an ambiguous, even menacing, place rather than a centre of leisure. Populations moved north to cooler climates, and the Judaeo-Christian tradition was not big on promoting sensual pleasures. In their book “The Beach: A History of Paradise on Earth” (Pimlico), Lena Lencek and Gideon Bosker deftly describe how the beach became fashionable again. Several factors combined to bring about its renaissance: the sights and lessons afforded by the Grand Tour, the existing culture of mineral spa bathing, which had survived down the centuries (though sometimes with a bad reputation), and Edmund Burke’s doctrine of the sublime, set out in a treatise in 1757, which described the sea as producing “a sort of delightful horror”. These three threads twined around each other to draw people to the seaside, and gradually beach resorts began to appear on the coasts of England and then of northern Europe, with their boardwalks, grand hotels and casinos. Over time, the humble fishing village of Brighthelmstone was transformed into the beach resort of Brighton, a social hub patronised by royalty.

Therapeutic sea bathing in the middle of the 18th century consisted of stepping down from your horse-drawn bathing machine into the cold Atlantic and being dunked under the waves by people employed as “dippers”. It was considered harmonising and revitalising, a cure for melancholy and spleen, and by the turn of that century it was not uncommon to find ailing aristocrats drinking a pint of sea water a day for their health—sometimes mixed with milk to make it taste better. The sand itself was merely an obstacle to be crossed en route to the water, and hard sand was preferable because it made it easier to manoeuvre the horses and the bathing machines. No one thought of lying on it, let alone spreading out a towel and sunbathing; dipping tended to happen early in the day to avoid the sun’s rays, which were thought to dry out the body and might give the skin a tan, which was working-class.

The Romantics loved communing with nature on beaches, just as they loved doing it with mountains and water-falls and all facets of the natural world that were awe-inspiring. Wordsworth’s “Evening on Calais Beach” was part of this repositioning of the beach as a place of deep meaning; “the mighty Being is awake/And doth with his eternal motion make/A sound like thunder—everlastingly” is how he writes about the sound of the sea on the shore. The Impressionist painters were also drawn to the beach, by the social tide as well as the shimmering light conditions, and Boudin, Manet and others documented the business of seaside life, with bonnet ribbons blowing in the breeze and angular parasols and bathing huts against long, milky horizons.

The Industrial Revolution and the invention of the steam engine meant that there were workers clustered in cities and the means to transport them for day trips to the seaside. The working-class resorts of the Victorian age burgeoned, with their gaudy entertainments and saucy postcards, and Thomas Cook started organising weekend excursions. The smart, monied set was moving on anyway: the first steamships had crossed the English Channel in 1816, and the French and Italian Rivieras were becoming fashionable—though they still had a medicinal role, this time as a cure for tuberculosis.

Bathing machines had given way to elaborate bathing costumes, which used yards of fabric in the interests of modesty (but not of buoyancy). These got smaller over time to the point where, in 1917, the American Association of Park Superintendents issued the “Bathing Suit Regulations”, setting out in detail what was acceptable wear at the beach and what was not. It was emblematic: the last gasp of the Victorian mindset before the first world war blew it out of the water and society changed irrevocably.

By the early 1920s, fun at the beach was the antidote to the trauma of the war years, bathing costumes had shrunk further, and beaches were thronged at midday when the sun was at its height. Noel Coward wrote in Vogue of the Venice Lido: “Every square inch of fine, powdered sand is churned up by the passing of unnumerable [sic] toes and dented and depressed by recumbent sun-blistered bodies of various nationalities.” The sun-seeking beach culture that persists today—though with more health warnings—had begun.

Rippling

IN THE DESERT, sand dunes are forever moving in the wind, and a sandstorm can swallow a whole village; our planet may be solid, but it has moving layers on its surface. Grains of sand eroded from rock are carried by rainfall and rivers to the sea, where they are deposited on the continental shelf and moved around by time and tide, wind and water. They form sand bars, barrier islands and beaches…and they can un-form them, too. Man wants to subject sand to his will—much money and energy is spent on coastal defences—but sand is like Thursday’s Child: it has far to go.

It is this mobility, the ephemeral, shifting nature of sand, that has created its symbolic power. Not only are beaches themselves what academics are fond of calling “liminal spaces”—thresholds, in-between zones—but the material of which they are made is ambiguous too. Because sand is moving and temporal, it has gathered associations of mortality and time. We know that its smallness and smoothness are the result of aeons of erosion and weathering: it is geological time made visible. It speaks of eternity on a human scale in a way that a mountain in its vastness cannot. The phrase “the sands of time” barely even registers as a metaphor.

A footprint in the sand on the seashore, here and then gone, is an inescapable symbol of our brief lives. The equation of sand and the passage of time must also have to do with the invention of the hourglass, or sandglass, which first appeared in the 14th century. It was used in dead reckoning in navigation: a rope, with knots in it at intervals, was let out into the sea, and the number of knots that went out while the sand ran through a 30-second glass told the ship’s speed, in knots. It was also used for measuring watches on board: a half-hour glass had to be turned every 30 minutes, and a bell rung; eight bells was the end of a four-hour watch. Perhaps because—unlike the timepieces that came along to replace it—the hourglass measured a span, a miniature lifetime, it soon became a symbol of mortality. It was used as a memento mori, appearing on gravestones and sometimes even being placed in a coffin with its occupant.

Most of us are used to the idea that sand is created from rock by weathering, but less familiar is the idea that it can be turned back into rock again. “Sand grains originally born from granite long ago”, Welland explains, “may accumulate, be buried, and become naturally glued together, lithified (from the Greek for stone or rock) into…a sandstone. When this, in its turn, is exposed at the surface, it is attacked by weathering and the sand grains are liberated again. The whole process is cyclic, over and over again.” He estimates that half of all quartz sand grains have completed that circuit—been turned to stone and then reborn—six times.

The true age of our planet is hard to grasp, and for me those six cycles are a far more helpful way of doing so than talk of millions of years. Lithification and liberation are the planet’s circle of life, hugely longer and vaster and wider than the animal one Elton John sang about in “The Lion King”. Not dust to dust, but sand to sand. When William Blake wrote, in 1803 or thereabouts, of seeing “a world in a grain of sand”, his words were truer than he could possibly have known.

Rebecca Willis is an associate editor at Intelligent Life

Photographs Plain Picture