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  • Fragile beauty of Greenland’s glaciers: Photo odyssey into the mesmerising scenery which is being dramatically transformed by climate change

    Fragile beauty of Greenland’s glaciers: Photo odyssey into the mesmerising scenery which is being dramatically transformed by climate change

    By Jaymi Mccann

    PUBLISHED: 11:58 GMT, 27 July 2013 | UPDATED: 15:09 GMT, 27 July 2013

    These stunning images show the changing scenery of Greenland as glaciers melt across the country.

    With the ice sheet covering 80 per cent of the land, melting ice could dramatically change Greenland’s landscape.

    Scientists are now studying the effect of melting glaciers and its long term ramifications on water levels and the environment.

    Scroll down for video

    Water is seen on part of the glacial ice sheet that covers about 80 percent of the countryWater is seen on part of the glacial ice sheet that covers about 80 percent of the country

    A glacier in Kangerlussuaq, Greenland. As the sea levels around the globe rise, researchers affilitated with the National Science Foundation and other organizations are studying the phenomena of the melting glaciersA glacier in Kangerlussuaq, Greenland. As the sea levels around the globe rise, researchers affilitated with the National Science Foundation and other organizations are studying the phenomena of the melting glaciers

    The warmer temperatures that have had an effect on the glaciers in Greenland also have altered the ways in which the local populace farm, fish, hunt and even travel across landThe warmer temperatures that have had an effect on the glaciers in Greenland also have altered the ways in which the local populace farm, fish, hunt and even travel across land

    An serene iceberg floats through the water in Ilulissat, Greenland last weekendAn serene iceberg floats through the water in Ilulissat, Greenland last weekend

    A full moon is seen over an iceberg that broke off from the Jakobshavn Glacier in Ilulissat, GreenlandA full moon is seen over an iceberg that broke off from the Jakobshavn Glacier in Ilulissat, Greenland

    Researchers affiliated with the National Science Foundation and other organizations are studying the phenomena and were pictured on their travels.

    Photographer Joe Raedle also captured images of local Greenlanders adapting to the climate, and the way that icebergs have shifted and moved in the increasing temperature.

    The warmer temperatures that have had an effect on the glaciers in Greenland also have altered the ways in which the local populace farm, fish, hunt and even travel across land.

    Professor David Noone from the University of Colorado uses a snow pit to study the layers of ice in the glacier at Summit StationProfessor David Noone from the University of Colorado uses a snow pit to study the layers of ice in the glacier at Summit Station

    The village of Ilulissat near the icebergs that broke off from the Jakobshavn Glacier The village of Ilulissat near the icebergs that broke off from the Jakobshavn Glacier

    In recent years, sea level rise has led to increased street flooding and prompted leaders such as New York City Mayor Michael Bloomberg to propose boosting the city's capacity to withstand future extreme weatherIn recent years, sea level rise has led to increased street flooding and prompted leaders such as New York City Mayor Michael Bloomberg to propose boosting the city’s capacity to withstand future extreme weather

    Fisherman, Inunnguaq Petersen, waits for fish to catch on the line he put out near icebergs that broke off from the Jakobshavn Fisherman, Inunnguaq Petersen, waits for fish to catch on the line he put out near icebergs that broke off from the Jakobshavn

    University of Florida scientists work with her team to analyze the water chemistry coming out of the glacial environment and using that to understand how the melt is effecting the sea watersUniversity of Florida scientists work with her team to analyze the water chemistry coming out of the glacial environment and using that to understand how the melt is effecting the sea waters

    In recent years, sea level rise has led to increased street flooding in cities across the east coast of America.

    This has prompted leaders such as New York City Mayor Michael Bloomberg to propose a $19.5 billion plan to boost the city’s capacity to withstand future extreme weather events by, among other things, devising mechanisms to withstand flooding.

    Time lapse calving of Helheim glacier

    Ships among the icebergs that broke off from the Jakobshavn Glacier as the sun reaches its lowest point of the day Ships among the icebergs that broke off from the Jakobshavn Glacier as the sun reaches its lowest point of the day

    Scientist Ian Joughin of the University of Washington leaps over a small meltwater stream as he walks with Graduate Student, Laura StevensScientist Ian Joughin of the University of Washington leaps over a small meltwater stream as he walks with Graduate Student, Laura Stevens

    Seagulls float on the clear water near icebergs that broke off from the Jakobshavn Glacier Seagulls float on the clear water near icebergs that broke off from the Jakobshavn Glacier

    A droplet falls from the melting ice in Greenland. Scientists have travelled there to examine the effect melting glaciers are having on water levelsA droplet falls from the melting ice in Greenland. Scientists have travelled there to examine the effect melting glaciers are having on water levels

    Blue water on part of the glacial ice sheet that covers about 80 percent of the country Blue water on part of the glacial ice sheet that covers about 80 percent of the country

    Ottilie Olsen and Adam Olsen in Qeqertaq, Greenland. As Greenlanders adapt to the changing climate and go on with their livesOttilie Olsen and Adam Olsen in Qeqertaq, Greenland. As Greenlanders adapt to the changing climate and go on with their lives

    Knud Sakaessen drinks the melted ice gathered on an iceberg that broke off from the Jakobshavn Glacier Knud Sakaessen drinks the melted ice gathered on an iceberg that broke off from the Jakobshavn Glacier

    Air bubbles are seen in a puddle on the surface of the glacial ice sheet.Air bubbles are seen in a puddle on the surface of the glacial ice sheet

     

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  • Is regulation the right road for the sharing economy?

    Is regulation the right road for the sharing economy?

    As collaborative business takes off, regulators are looking to take a piece of the pie but the sharing economy will always rest on trust not regulation, writes Oliver Balch

    Winding road with car

    Is the sharing economy heading for tighter regulation? Car sharing is one type of collaborative business where lift sharing services connect passengers with car owners travelling to the same destination. Photograph: Rod Edwards/Alamy

    You’re heading to Berlin. It’s a short city-break, so no business hotel. You fancy getting off the beaten track, but where to stay? No problem: just log on and browse the listings. From Airbnb and VRBO to Love Home Swap and HouseTrip, there’s been an explosion in peer-to-peer rental services over recent years. “Sunny Studio in Prenzlauer Berg, £42 per night”. Click, book, sorted.

    Only, now the regulator wants in on the game. Berlin’s lawmakers are currently weighing up a bill that would outlaw short-term rentals, which are blamed for pushing up living costs. New York is one step ahead. Recent rule changes ban residents from renting rooms for less than 30 days. This ‘illegal hotels law’ gained prominence in May when an Airbnb host was fined $2,400 for renting out his extra room to a Russian visitor.

    The eye of the regulator is homing in on other areas of the so-called ‘sharing economy’ too. In the UK, for instance, the Financial Services Authority (FSA) is currently looking to set rules for peer-to-peer lenders such as Zopa, Funding Circle and RateSetter. Job outsourcing outfits such as TaskRabbit are gaining the attention of labour regulators as well.

    ‘Collaborative businesses’ (as they are also know) have enjoyed a relatively easy ride from lawmakers so far. The fleet-of-foot entrepreneurs who are driving the sector insist this is helping them to experiment, to innovate and, ultimately, to grow. That could be about to change.

    Regulatory radar

    Why the regulators’ sudden interest? Three main reasons. First is scale. The rule enforcers are beginning to twig just how big the collaborative marketplace is becoming.

    Ryan Levitt, PR director at online holiday rental service HouseTrip, recalls how owners of holiday flats used to post ads in their local supermarket. “This [the sharing economy] isn’t new … but it’s exploded. It’s no longer the supermarket wall anymore. It has global reach”, he observes.

    Rhydian Lewis, chief executive of RateSetter, concurs. In January 2012, his industry approached the FSA to discuss setting up a potential regulatory framework. The financial regulator wasn’t interested, he explains: “They said we were too small.” RateSetter is now issuing 8m new loans every month. “Now they’ve seen the growth and say, ‘yes, we do think it needs to be regulated.”

    Another reason is cash. As collaborative start-ups begin to monetise, governments smell taxable revenue. It all boils down to money for the public purse, argues HouseTrip’s Levitt. .”

    Last but not least, there’s the consumer to consider. Peer-to-peer platforms essentially provide a means for people to exchange services between themselves. But what if the Prenzlauer Berg’s studio turns out to be infested with cockroaches? Their contractual standing may be fragile, but consumers still need an element of legal protection, regulators say.

    “Politicians are terrified of weakening the existing bricks and mortar-type regulation in a way that allows cowboys or fraudsters …to get at consumers currently protected by regulation”, notes Kevin Barrow, a partner at law firm Osbourne Clarke.

    It’s not just consumers either. The freewheeling nature of peer-to-peer transactions mean the provider is often as exposed as the consumer. Back to the Prenzlauer Berg studio: what if the guest smashes the window? Suddenly the sharing economy looks slightly less sunny.

    Reticence for rules

    The industry’s response is predictably cautious. Like the typical go-getting entrepreneurs that they are, none want burdensome regulation.

    The real purists in the movement argue that true collaborative firms operate primarily through bartering and exchange, with little or no money passing hands. In short, there’s not a whole lot to tax.

    A good example is BlaBla. The lift-sharing service connects private car owners with passengers who are travelling to the same destination. The passenger gives money towards the fuel costs, but no profit is generated.

    “The government is saying, ‘we want a share of the cake’, but there is no cake. It’s just that passengers and drivers are helping each other with the cake”, explains Vivian Schick, BlaBla’s head of community.

    Regarding consumer protection, industry leaders maintain that a combination of verification and reviews weed out the worst examples of poor service and malpractice.

    Take the house exchange service Love Home Swap. All users have to provide a range of personal data, which is then independently verified. Internet-based video messaging service Skype is also embedded within the company’s website, so participants can “look into the whites of each other’s eyes” before agreeing to any transaction.

    Reviews play a similar role. The success or failure of collaborative businesses revolves around endorsements from users. That goes for negative reviews too, says HouseTrip’s Levitt. “It has to stay up there otherwise you completely lose the trust of users”, he says, adding that people must have stayed in the property to review it (unlike with TripAdviser).

    He admits that the process isn’t “fail safe”. Consumers are naturally quicker to complain rather than compliment, for example. Furthermore, some review systems are “riddled with gaming”, he notes. The Prenzlauer Berg studio might have been great in reality, for instance, but the renter could post a bad review to prompt a price reduction.

    A final argument against regulatory interference centres on market entrance. The beauty of online collaborative marketplaces is that they cost very little to set up. Peer-to-peer lenders probably need the most up-front investment, largely due to the loan guarantees required. RateSetter’s Lewis puts the figure at around £1m. That’s peanuts compared to a traditional bank, where a typical guarantee is likely to be closer to, say, £1bn. Changing the rules could shrink this “seismic” difference, he fears.

    The trust test

    Not all disagree that regulation is a necessarily bad thing. Many collaborative companies are currently operating in legal grey zones. “Internet-age businesses in bricks-and-mortar regulation” is how John Davidson-Kelly, a commercial partner with Osbourne Clarke, puts it. Potentially, this could leave their businesses caught unintentionally, but harmfully, within an existing law.

    Davidson-Kelly’s is for collaborative start-ups to engage early with regulators to design appropriate rules and frameworks now, as the market is taking shape. That’s precisely the tack being adopted by the peer-to-peer lending sector. The Peer-to-Peer Finance Association, the sector’s nascent trade body, has proposed an eight-point framework, with requirements such as having provisions for bankruptcy.

    In the final analysis, the sharing economy rests on trust. Regulation can help, but it’ll never be the whole answer. The formula for winning real trust, according to Lewis, is in fact far simpler: “Say what you’re going to do, and then do it.” That’s beyond any regulator, however savvy.

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  • Sequenced palm oil genome paves the way for sustainable plantations

    Sequenced palm oil genome paves the way for sustainable plantations

    Researchers pinpoint a gene that could be used to boost yields and reduce competition between forests and oil palms

    Palm oil View larger picture

    Researchers have just sequenced the palm oil genome. Photograph: Oliver Balch

    Few environmentalists feel any fondness for the oil palm, with its connections to deforestation in the tropics. But the waxy orange pods the tree sprouts in vivid bunches generate 45 percent of the globe’s edible oil, and consuming this incredibly versatile product is almost unavoidable, for it goes into everything from chocolate and peanut butter, to biscuits and cereal. The debate over how to turn palm oil into a sustainable crop has consequently been a priority for some time.

    Now, a duo of papers just published in Nature moves a step in that direction, suggesting that breeders could further boost oil palm yields, and in that way significantly reduce the competition between rainforests and palm oil plantations around the world.

    In one of the two papers, the research team has made a fully sequenced palm oil genome available to the public for the very first time. But it’s the second, linked, paper that has sparked the most interest with its more specific discovery of a gene, called SHELL, that gives rise to the most productive and commercially valuable kinds of oil palm fruits.

    Environmental concern motivated the research, says Rajinder Singh, an author on the paper and leader of the genomics group for the Malaysian Palm Oil Board (MPOB), the government entity that oversees the industry in Malaysia and which funded the research. “The first thing was to try and produce more oil palms with existing land,” he says. “The idea is not to encroach in new areas.”

    Singh explains that the discovery equips farmers in the tropics with the ability to identify and plant only the most productive seeds, in turn reducing the pressure to expand into virgin rainforest. “It has implications in three continents.”

    The African oil palm is the primary source of palm oil globally, and its domestication in Southeast Asia, South America, and West Africa now drives the industry. The trees produce three kinds of fruit—dura, pisifera, and tenera, the latter being the perfect hybrid of the other two, because it yields the most oil.

    These plump ochre rounds are a farmer’s gold, producing 30 percent more oil than other types. Breeders try to control the output of tenera-yielding seeds by manually cross-pollinating the most suitable dura and pisifera plants. But getting a field that teems with tenera is still a challenge, because natural pollinators intervene.

    Wind, birds, and insects can result in uncontrolled ‘contamination’—which just means that a dura plant’s pollen gets crossed with another dura for instance, and gives rise to plants that won’t produce the much sought-after tenera fruits. So while manual crossover works for the most part, “there’s an error rate associated with it that varies a lot, but it’s pretty high,’ says Robert Martienssen, a plant geneticist and author on the paper, who lectures at Cold Spring Harbor Laboratory in New York.

    Usually, farmers have to wait upwards of five years until palm oil plants bear fruiting bunches to figure out if they’re going to yield the desired tenera pods. Knowing the SHELL gene that triggers the production of these fruits, however, gives breeders a way to test things first.

    “If you screen at the nursery stage you can select what you want to field plant,” Singh explains. Screening would work much the same way as a genetic test on a human. “Immediately with our tools you can check which are the seeds of the type you want,” adds Ravigadevi Sambanthamurthi, head of the Advanced Biotechnology and Breeding Center at the MPOB.

    palm oil fruit genome These fruits of the oil palm shows the Dura fruit on the left and the Tenera fruit on the right. Tenera fruits yield 30 percent more oil per fruit than Dura fruits. Photograph: Malaysian Palm Oil BoardThat puts years back on the clock, and gives farmers a sure way to increase production. “Now with proper quality control we might have contamination of less than ten percent,” Sambanthamurthi says. Currently, plantations in Malaysia yield four tons of oil per hectare per year. The research could go some way toward achieving the goal of six tons by 2020.

    But talk of palm oil expansion raises hackles. Many people hear the phrase and mentally switch to the iconic orangutan, and for good reason, since forest clearance for plantations in Indonesia especially has resulted in death and displacement in orangutan populations.

    Palm oil has become synonymous with illegal logging, and slash and burn tactics that leave virgin forest devastated. There are also allegations of worker abuse on plantations, and the destruction of indigenous peoples’ livelihoods.

    Viewing the entire palm oil industry as one ungoverned force, however, springs from “misinformation,” says Choo Yuen May, the director general of the MPOB. In Malaysia “more than 50 percent of the land is [still] under forest cover,” she says. The government there has held a pledge since 1992 to maintain that 50 percent, and plantations are only supposed to expand onto land that had previously been cleared for crops like cocoa or rubber.

    Plantations also generate income for thousands of workers. “It’s an avenue for poverty reduction…we cannot forget that there are people out there who are hungry,” Sambanthamurthi argues.

    And ultimately, palm oil crops only use up five percent of total land area farmed for oil crops globally—yet they produce almost half of the world’s edible oil. But when they do infringe on natural habitat, it happens to be tropical rainforest, symbolic of the globe’s diversity and a plethora of charismatic species.

    Palm oil remains contentious, yet its advance is inevitable. And mapping the genome is not going to solve the problem absolutely. “Our ultimate goal was to reduce the rainforest footprint; the damage that is done by these plantations,” says Martienssen. “But biology can only do so much. Policy has to be a big part of the equation.”

    Speaking from the World Resources Institute (WRI) in a statement via email, Nigel Sizer, the Institute’s Global Forest Initiative director, said, “Increasing the productivity of existing oil palm plantations through better plants is promising, but the real issue is that we need better protections for forests and better alternatives for producers to grow their businesses.” Future standards should require that palm oil plantations only expand onto land that is already degraded instead of into untouched forest, he went on to say.

    For Martienssen, the solution lies in tightening regulations, but also in motivating farmers with the practical solutions that this new research affords.

    In the future, governments “will be able to offer farmers, and especially small holders, seeds that have much more predictable yields. The way I think about that is that that would be a strong incentive for those farmers to obey the law,” he says. “As much as possible you want the farmer to voluntarily take up those policies.”

  • A Closer Look at That ‘North Pole Lake’

    arctic July 27, 2013, 11:06 am 2 Comments

    A Closer Look at That ‘North Pole Lake’

    By ANDREW C. REVKIN

    A Web search for “North Pole lake” turns up a lot of hype. I posted a YouTube video trying to clarify what is and isn’t going on:

     

    Andrew Freedman’s post at Climate Central provides heaps of helpful background: “The Lake at the North Pole, How Bad Is It?”

    Ponds of meltwater form routinely on Arctic Ocean sea ice in the summer. The sea ice is floating on the Arctic Ocean and in constant motion. The autonomous camera that took these images was placed on the ice a few dozen miles from the North Pole in early spring, but has since drifted hundreds of miles.

    This camera is part of the long-term “North Pole Environmental Observatory” project that I wrote about in 2003.

    You can learn more in my book on that research and Arctic climate change, “The North Pole Was Here.”

    And there’s much more here on Dot Earth on the Arctic climate and sea ice.

    Here’s what the sea ice 30 miles from the North Pole looks (and sounds) like in early spring (I shot this video during my three-day reporting trip to the sea ice in April, 2003):

  • Baby oysters in ‘death race’ with acidifying oceans

    Baby oysters in ‘death race’ with acidifying oceans

    Published 27 July 2013 Media coverage , Web sites and blogs Leave a Comment

    Knocking back a few oysters (along with beers) at Pearl Dive or Hank’s Oyster Bar is a fine way to end a muggy summer day here in Washington D.C. As I passed by the crowd stuffed into Hank’s last night, I remembered that I’d neglected to share a news item from last month that pertains to our beloved bivalve.

    The dispatch is from the Oregon coast, where some of the most delectable oysters grow — or are supposed to. Scientists at Oregon State University have pinpointed a reason for the mysterious die-offs of young oysters in the Pacific Northwest, a phenomenon that threatens the survival of one of America’s prime seafood delicacies.

     

    Pacific oyster larvae, two days old or younger, are among the shellfish most at risk as the oceans become more acidic, according to a study released in a June issue of Geophysical Research Letters. The release of carbon into the atmosphere, caused by humans’ burning of fossil fuels, is in turn adding carbon to the ocean, changing its chemistry and endangering entire marine food webs.

    During the first two days of life, an oyster’s prime directive is to build a shell of calcium carbonate to protect itself against predators. To do this, it relies entirely on energy from its own egg, as it has not yet developed the ability to feed.

    “They must build their first shell quickly on a limited amount of energy – and along with the shell comes the organ to capture external food more effectively,” said George Waldbusser, a marine ecologist at OSU who was lead author on the study. “It becomes a death race of sorts. Can the oyster build its shell quickly enough to allow its feeding mechanisms to develop before it runs out of energy from the egg?”

    The delicate task is complicated on the U.S. West Coast, where the $73 million oyster industry (pdf) is especially vulnerable to the effects of ocean acidification. There, upwellings from the deep ocean — oversaturated with carbon that makes the water especially acidic — regularly rise to mingle with surface water.

    Many of America’s favorite seafoods, including mussels, crabs, scallops, abalone and lobster, are at risk for perishing in coming decades as their shells fail to develop properly in more acidic ocean water. The scourge also affects tiny plankton that are the base of the food web that produces prized Alaskan salmon.

    On the Oregon coast, adult oysters are not as much under threat, prior studies have found. They have mechanisms that allow them to prosper in spite of large amounts of carbon in the water. Some oyster farms in Oregon have begun adding antacid to the water to create a more favorable environment for the youngest bivalves.

    Another stronghold of oyster production, the Atlantic coast from Maine down to Virginia, has so far seen less acidification. But diseases are on the rise as the ocean gets warmer — another consequence of a warming planet.

    One prized Oregon variety, the Olympia oyster, has recently staged a comeback after being eaten to near extinction. This tiny species, according to The Oregonian, has “an earthy flavor with hints of the wild mushrooms growing in coastal forests and finally, a coppery finish.” Hopefully our grandchildren will be able to enjoy such flavors in the abundance that we do.

    David Ferris, Forbes, 26 July 2013. Article.

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  • Oil falling as demand slows, dollar gives support

    Oil falling as demand slows, dollar gives support

    Can the dollar save oil?

    By

    July 26, 2013 • Reprints

    Oil prices (NYMEX:CLU13) started to give in to expectations of slowing demand and a reduction of geo-political risk, but it was the dollar to the rescue. Oh sure some traders are worried about Tropical Storm Dorian and its track that could put it right into the mouth of the Gulf of Mexico next week, but it will be Hurricane Ben Bernanke and his band of merry men and women that may be the major factor. OPEC is showing signs that they will cut production in unison with slowing seasonal demand and Iraq has slowed shipments.

    Oil demand may be questionable short term but long term demand for all energy will be strong. A report by the Energy Information Administration that world energy consumption to increase 56% by 2040 led by Asia. Now in the past this type of report would have brought out the peak oil folks telling us the end was near. Yet with the innovations of new technology now the world can welcome these demand expectations and all of the economic growth and improvement in the quality of life for the people involved. With the U.S. on a path to producing more oil and gas, the technologies that have unleashed an energy revolution will spread throughout the world to rise up and meet the demands of the earth in the future.

    In fact Australia is saying that it might be the next major shale revolution! Energy Bangla writes the U.S. government’s Energy Information Administration noted in its country’s analysis for Australia, “Australia, rich in hydrocarbons and uranium, was the world’s second largest coal exporter in 2011 and the third largest liquefied natural gas (LNG) exporter in 2012. Australia is rich in commodities, including fossil fuel and uranium reserves, and is one of the few countries belonging to the Organization for Economic Cooperation and Development (OECD) that is a significant net hydrocarbon exporter, exporting over 70 percent of its total energy production according to government sources. Australia was the world’s second largest coal exporter based on weight in 2011 and the third largest exporter of liquefied natural gas (LNG) in 2012.” Six months ago Brisbane company Linc Energy Ltd.Energy released two reports, based on drilling and seismic exploration, estimating the amount of shale oil in the as yet untapped 30,000 square mile Arckaringa Basin surrounding Coober Pedy ranging from 3.5 billion to a mind boggling 233 billion barrels of oil.  If the upper end estimates are correct then it means that the Arckaringa Basin is six times larger than the Bakken, seventeen times the size of the Marcellus formation, and 80 times larger than the Eagle Ford U.S. shale deposits.  To put the potential of the Arckaringa Basin in context, Saudi Arabian reserves are estimated at 263 billion barrels.

    Natural gas?  Six basins in Australia stretching from coastal Queensland to Western Australia’s far northwest contain recoverable shale resources of as much as 437 trillion cubic feet of gas, all of which was previously inaccessible because it is contained in shale formations, which could be unlocked by “hydraulic fracturing.” But the U.S. Department of Energy predicts that Australia’s shale gas industry will develop at a “moderate pace” because the nation’s shale oil and gas resources do not as yet have the advanced production infrastructure that has underwritten the U.S. production boom.

    And what if estimates for the Arckaringa Basin pan out? We’ll leave the final word to the EIA, which notes, “Australia’s stable political environment, relatively transparent regulatory structure, substantial hydrocarbon reserves, and proximity to Asian markets make it an attractive place for foreign investment. The government published an Energy White Paper in 2012 that outlines its energy policy including balancing its priority of maintaining energy security with increasing exports to help supply Asia’s growing demand for fuel.”

    Tropical Storm Dorian is hanging in there as it moves across the Atlantic, according to the U.S. National Hurricane Center. The storm may weaken over cool waters but still could be a threat. Stay tuned!  Bring on the Fed!

    About the Author

    Phil FlynnPhil Flynn

    Phil Flynn is senior energy analyst at The PRICE Futures Group and a Fox Business Network contributor. He is one of the world’s leading market analysts, providing individual investors, professional traders, and institutions with up-to-the-minute investment and risk management insight into global petroleum, gasoline, and energy markets. His precise and timely forecasts have come to be in great demand by industry and media worldwide and his impressive career goes back almost three decades, gaining attention with his market calls and energetic personality as writer of The Energy Report. You can contact Phil by phone at (888) 264-5665 or by email at pflynn@pricegroup.com. Learn even more on our website at www.pricegroup.com.

     

    Futures and options trading involves substantial risk of loss and may not be suitable for everyone. The information presented by The PRICE Futures Group is from sources believed to be reliable and all information reported is subject to change without notice.