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Saturday, August 08, 2009

It is so much easier to destroy things than it is to create or develop things. Consider the second law of thermodynamics.

For example, belief. It may take much persuasion, even a miracle, for one to believe in something. But a single piece of contrary evidence can terminate that.

It took me ten years to get to this point in my life (arguably more). Now I'm watching it crumble. A week can feel like a very long distance.

Entropy is the story of my life.


Monday, August 03, 2009

Today has been a stressful day. Sunday, I slept the entire six hour car ride home, facebooked for an hour or two, slept from ten to noon. Facebooked some more before napping from 4 to 7.

Today I was confused. In a kind of limbo state being not sure what to write, what to eat, when to eat, how to unpack, how to pack.

To have finally taken leadership. To have contributed with my life. A real change.

It took until evening for me to get really sad. To realize that my mom and I are fighting about petty things the day after I've been gone a week and that it is more upsetting because here isn't TAF.

The only time I cried at TAF - besides taflove, where my eyes only glittered a bit - was during the Parent-JH dialogue. I wasn't even a part of it really -- just listening, meditating. The campers were going around, telling stories, when my eyes started watering. I kept trying to blink them back but suddenly they just overflowed. Just the idea that I was sitting on the floor with parents and kids alike, sharing after ten whole years, was suddenly overwhelming.

This year was a fantastic year.

To put it simply, I learned to love.

I have always believed in taflove somehow. I believed it was some sense of openness that let me bring my awkward self to North Manchester year after year. That undue judgement was washed away in the water and silly games were perfectly normal because we were all normal and perfect. Some sort of intangible feeling. Now, I think it was intangible to me because it was masked by illusion of perfection. This year, I grew up. I ended up in the JH program, pretty unintentionally. I had expressed neutral interest on my staff application with some sort of Youth coordinator position in mind. Thank you, TAF, for knowing what was best for me.

I hope what I ended up giving to TAF was what it needed, too. For me, however, TAF reached and exceeded my expectations, my hopes. I wanted to be a leader at TAF this year because I felt it was time. I had spent nine years being a wallflower, a nobody really. Am I surprised that Juliana and I had never met in nearly a decade? That John D. and I had, but he didn't remember me? I was never the one out dancing or screaming what or yeah. I was always reserved in small group, channeling my inner introvert. But recently (maybe as long as two years ago), I discovered myself to be more than that.

TAF raised me well. I remember a few years ago, Wil Chung made the comment "you smile more this year." It is so true. A few years ago, I wouldn't have imagined me dancing like a maniac with Jeff Nian and all the JHers or screaming so unreservedly at TAF night that I probably hurt Angie and Tiffany's ears.

I know that TAF this year was all about sprouting, but this year I bloomed. Somehow I ended up in a leadership position and did find that excuse to open up on a different level, make new friends, and give back to the community. It really started with group games Sunday after morning. Jeff, Mark, and I put together some games and to keep the campers interested, we had to be ridiculous. To be that open from the start really set the tone of the week for me. Energetic. Crazy. Always trying to invite people into the crowd.

Years ago, I was never in the crowd.

After that first day of small group -- meeting the kids who would be looking up to me for a week -- I was so terrified that I would be a terrible, terrible counselor. I was afraid that no one would open up at all, that I would continuously be disorganized, that everything would be awkward and painful. I learned that maybe we can all be understanding and on the same page and acquiescing so to pick a group name and group cheer in ten minutes. My panic was unfulfilled though, and I ended up with a small group that I adored. My coco was okay too -- a little lame at times, a little immature -- but an all around great guy who is terrific with the campers, knows what he's talking about, is an excellent speaker, and really kind.

He's more than okay: Kevin Lee is really, extremely, fantastically awesome.

Things just got better. From epic Tank and Driver, making playdoh, watching campers strut down the catwalk in full view of paparazzi, dancing freely both in the Union and in the streets late at night (Campers, please do not follow my example in this case), pouring water all over people at the water fight, playing sixty hundred games of Ninja, being a blind horse to watching everyone go from clumsy to beautiful in swing choir, watching the campers take initiative and design the yearbook page, staying up until four nearly every night, writing long notes to each camper, napping in corners, napping in backpacks, listening to racism sessions, getting touched by taflove.

To be honest, on Wednesday, I was thinking I would return to Youth next year. At that moment, I felt that I had gleaned enough from this new role as a leader that I could take back with me. I could be that camper who is loud and obnoxious and fun. I could talk in small group discussions. I could be the one contributing energy to the program. Senior night happened and I was watching all these people, my classmates, being all chummy. There were so many of them that I did not know and still do not know. Everyone was in Youth except for Justin and me, and Justin fell right into his niche with them. I felt that next year, I could carve out my own niche.

Then night came. I danced from Teahouse to the Staff room and it was the best night ever. I love staff. I love the people there, the stuff that gets thrown around as we talk and think (ideas, not actual things. we don't throw items at each other, don't worry.) Then I realized that I really love the campers too and my relationship with them. I love hanging out with them and watching them grow. Examples include all the campers that I knew during both our awkward, dorky stages. When I was weird and shy, and they were young and silly. Look at us now and look how much JH gives us. The boost to grow, the boost to keep growing.

I have fewer friends, a different haircut, a different mentality, wackier handwriting, new favorite clothes. But every one means the world to me.

Thank you, Kevin, for being such a great co-counselor. You always had something
to say in small group to keep it going. Our silly love-hate relationship was only possible because we didn’t actually hate each other and got along probably too well. Thank you, Jeff, for being the catalyst to my completely un self conscious state of dancing at Celebration dance. Thank you, Mark, for being you and such a fantastic guy. Tiffany, the best roommate who was so kind. Angie, for being my shopping buddy and understanding me. Lawrence, Frankie, Chels, Jess, Justin, Ann, Liz, for having been around all these years. Thanks Ada, Dorothy, Ellery, Tiffany, Kevin, Reggie, Willy, for being part of such a great first small group experience -- Yeah Subway $5 Foot Long Turkey Subs!!!!!

And one more thing: I'd just like to ask one favor of experienced TAFers -- don't explain each activity to the newbies too much. Too much hype and anticipation make averageness seem like the worst thing possible. Yet “averageness” is maybe the best thing possible. It is where we as individuals belong, in our own, perfect averageness.

 

… I mentioned how difficult it was to pack. Most people aren’t thinking about packing the way I am. Everyone is washing their laundry from TAF, putting back toothbrushes and shampoos in place in their bathrooms, and not worrying too much about the next school year. For me, now is a major turning point in my life. Twenty four days from now, I will have loaded most of my favorite, necessary things into a single car and have shipped them to a new place to live and learn. I am excited yes, but also scared. I have classes to attend, new friends to make, sleep to sleep but because I survived TAF, I’ll be just fine. Better than fine, because I know now that I have the energy to be more than a somebody. I can be a friend. I can make friends. I'm growing and I can grow without TAF, as long as I know it's around. Maybe this year TAF will accompany me year round. Thank you, TAF.


Sunday, August 02, 2009

I feel like I have just run twenty miles, gotten clubbed over the head, forced down foul foods, and I love it.

Bed before three? Unthinkable. Bed before ten? Heavenly. (... like water.)


Friday, January 16, 2009

January 17, 2009
Wind Farm Off Cape Cod Clears Hurdle
By ABBY GOODNOUGH
nytimes.com

BOSTON — A federal agency said Friday that the nation’s first offshore wind farm, proposed for the waters off Cape Cod, posed no serious environmental threat, bringing it a major step closer to fruition.

Homeowners and boaters on the cape, including Senator Edward M. Kennedy, Democrat of Massachusetts, have fought the project for eight years, saying it would hurt wildlife, fishing and tourism and spoil the beauty of Nantucket Sound.

Opponents have sued to stop the project, known as Cape Wind, and more challenges are certain, keeping the path to construction bumpy despite what supporters on Friday called a crucial victory.

The Alliance to Protect Nantucket Sound, a group formed to fight the project, suggested that the Bush administration had unscrupulously rushed to approve it before President-elect Barack Obama takes office next week.

“They wanted some kind of a legacy,” said Audra Parker, the group’s executive director. “Cape Wind is far from a done deal, despite this favorable report.”

The federal agency that released the final environmental impact statement on Friday, the Minerals Management Service, is a division of the Department of Interior.

The wind farm would cover 24 square miles — roughly the size of Manhattan — five miles off Cape Cod. From the shore, the 130 turbines, each 440 feet tall, will be visible half an inch above the horizon on clear days, according to Energy Management Inc., the company planning the project. Jim Gordon, the company’s president, said that optimistically, construction could begin late this year, and that the wind farm could be producing electricity by the end of 2011.

The project would cost more than $1 billion, Mr. Gordon said, adding that he has spent $40 million since proposing the wind farm in 2001.

“This has been a long, hard road,” Mr. Gordon said in a news conference at his Boston offices.

“We think,” he said, “this wind farm is going to be embraced by the Cape Cod community, it’s going to be embraced by the nation and, most important, it has already encouraged other states to look at developing their own coastal wind resources.”

With Friday’s release of the environmental impact statement by the Minerals Management Service, the new administration must wait 30 days before issuing a decision. If the decision favors Cape Wind, the federal government can then lease a section of Nantucket Sound to Mr. Gordon’s company, according to the Minerals Management Service.

But Cape Wind would still need to wait for several permits, as well as a decision by the Federal Aviation Administration on whether the wind farm would interfere with airplane radar. Past studies by the F.A.A. found no serious threat, but Jim Peters, an agency spokesman, said that F.A.A. officials visiting the site last summer found evidence of possible electromagnetic interference.

Also yet to come are a final statement from the Coast Guard on whether the project would hinder marine radar, and the results of an investigation by the inspector general for the Department of Interior, requested by Cape Cod residents, into the environmental review process.

Mr. Kennedy, whose family compound in Hyannis Port looks out on the proposed wind farm site, has consistently opposed the project on the grounds that it would hurt navigation, the local economy and the environment.

“I do not believe that this action by the Interior Department will be sustained,” Mr. Kennedy said in a statement. “By taking this action, the Interior Department has virtually assured years of continued public conflict and contentious litigation.”

Aides to Mr. Kennedy made a point of saying Friday that an obstructed view was not among the senator’s concerns.

Mr. Kennedy and other critics pointed out that the Minerals Management Service had not yet issued general rules for building offshore wind projects and that their absence continued to make Cape Wind legally vulnerable. Even the American Wind Energy Association, which supports wind projects, said the lack of guiding rules was problematic.

“It continues to be a big concern of ours,” said Laurie Jodziewicz, the association’s manager of siting policy, adding that the delay in publishing rules “holds up a lot of the projects under consideration right now.”

Cape Wind supporters say the project would ultimately supply 75 percent of the electricity for Cape Cod, Nantucket and Martha’s Vineyard. But others have cautioned that users’ electricity rates will probably rise sharply. Representative Bill Delahunt, a Democrat from Cape Cod who is against the project, said in a statement that it could potentially double power costs for the region.

Gov. Deval Patrick, a Democrat who supports Cape Wind, wants Massachusetts to be a leader in creating alternative energy sources. This week, he set a goal of developing 2,000 megawatts of wind power capacity — enough to power 800,000 homes, Mr. Patrick said — by 2020. The state currently has only nine large wind turbines capable of producing 6.6 megawatts.

 

 

 


January 17, 2009
A County in China Sees Its Fortunes in Tea Leaves Until a Bubble Bursts
By ANDREW JACOBS
MENGHAI, China — Saudi Arabia has its oil. South Africa has its diamonds. And here in China’s temperate southwest, prosperity has come from the scrubby green tea trees that blanket the mountains of fabled Menghai County.

Over the past decade, as the nation went wild for the region’s brand of tea, known as Pu’er, farmers bought minivans, manufacturers became millionaires and Chinese citizens plowed their savings into black bricks of compacted Pu’er.

But that was before the collapse of the tea market turned thousands of farmers and dealers into paupers and provided the nation with a very pungent lesson about gullibility, greed and the perils of the speculative bubble. “Most of us are ruined,” said Fu Wei, 43, one of the few tea traders to survive the implosion of the Pu’er market. “A lot of people behaved like idiots.”

A pleasantly aromatic beverage that promoters claim reduces cholesterol and cures hangovers, Pu’er became the darling of the sipping classes in recent years as this nation’s nouveaux riches embraced a distinctly Chinese way to display their wealth, and invest their savings. From 1999 to 2007, the price of Pu’er, a fermented brew invented by Tang Dynasty traders, increased tenfold, to a high of $150 a pound for the finest aged Pu’er, before tumbling far below its preboom levels.

For tens of thousands of wholesalers, farmers and other Chinese citizens who poured their money into compressed disks of tea leaves, the crash of the Pu’er market has been nothing short of disastrous. Many investors were led to believe that Pu’er prices could only go up.

“The saying around here was ‘It’s better to save Pu’er than to save money,’ ” said Wang Ruoyu, a longtime dealer in Xishuangbanna, the lush, tea-growing region of Yunnan Province that abuts the Burmese border. “Everyone thought they were going to get rich.”

Fermented tea was hardly the only caffeinated investment frenzy that swept China during its boom years. The urban middle class speculated mainly in stock and real estate, pushing prices to stratospheric levels before exports slumped, growth slowed and hundreds of billions of dollars in paper profits disappeared over the past year.

In the mountainous Pu’er belt of Yunnan, a cabal of manipulative buyers cornered the tea market and drove prices to record levels, giving some farmers and county traders a taste of the country’s bubble — and its bitter aftermath.

At least a third of the 3,000 tea manufacturers and merchants have called it quits in recent months. Farmers have begun replacing newly planted tea trees with more nourishing — and now, more lucrative — staples like corn and rice. Here in Menghai, the newly opened six-story emporium built to house hundreds of buyers and bundlers is a very lonely place.

“Very few of us survived,” said Mr. Fu, 43, among the few tea traders brave enough to open a business in the complex, which is nearly empty. He sat in the concrete hull of his shop, which he cannot afford to complete, and cobwebs covered his shelf of treasured Pu’er cakes.

All around him, sitting on unsold sacks of tea, were idled farmers and merchants who bided their time playing cards, chain smoking and, of course, drinking endless cups of tea.

The rise and fall of Pu’er partly reflects the lack of investment opportunities and government oversight in rural Yunnan, as well as the abundance of cash among connoisseurs in the big cities.

Wu Xiduan, secretary general of the China Tea Marketing Association, said many naïve investors had been taken in by the frenzied atmosphere, largely whipped up by out-of-town wholesalers who promoted Pu’er as drinkable gold and then bought up as much as they could, sometimes paying up to 30 percent more than in the previous year.

He said that as farmers planted more tea, production doubled from 2006 to 2007, to 100,000 tons. In the final free-for-all months, some producers shipped their tea to Yunnan from other provinces, labeled it Pu’er, and then enjoyed huge markups.

When values hit absurd levels last spring, the buyers unloaded their stocks and disappeared.

“The market was sensationalized on purpose,” Mr. Wu said, speaking in a telephone interview from Beijing.

With its near-mythic aura, Pu’er is well suited for hucksterism. A favorite of emperors and imbued with vague medicinal powers, Pu’er was supposedly invented by eighth-century horseback traders who compressed the tea leaves into cakes for easier transport. Unlike other types of tea, which are consumed not long after harvest, Pu’er tastes better with age. Prized vintages from the 19th century have sold for thousands of dollars a wedge.

Over the past decade, the industry has been shaped in ways that mirror the Western fetishization of wine. Sellers charge a premium for batches picked from older plants or, even better, from “wild tea” trees that have survived the deforestation that scars much of the region. Enthusiasts talk about oxidation levels, loose-leaf versus compacted and whether the tea was harvested in the spring or the summer. (Spring tea, many believe, is more flavorful.)

But with no empirical way to establish a tea’s provenance, many buyers are easily duped.

“If you study Pu’er your whole life, you still can’t recognize the differences in the teas,” said Mr. Wang, the tea buyer. “I tell people to just buy what tastes good and don’t worry about anything else.”

Among those most bruised by the crash are the farmers of Menghai County. Many had never experienced the kind of prosperity common in China’s cities. Villagers built two-story brick homes, equipped them with televisions and refrigerators and sent their children to schools in the district capital. Flush with cash, scores of elderly residents made their first trips to Beijing.

“Everyone was wearing designer labels,” said Zhelu, 22, a farmer who is a member of the region’s Hani minority and uses only one name. “A lot of people bought cars, but now we can’t afford gas so we just park them.”

Last week, dozens of vibrantly dressed women from Xinlu sat on the side of the highway hawking their excess tea. There were few takers. The going rate, about $3 a pound for medium-grade Pu’er, was less than a tenth of the peak price. The women said that during the boom years, tea traders from Guangdong Province would come to their village and buy up everyone’s harvest. But last year, they simply stopped showing up.

Back at Menghai’s forlorn “tea city,” Chen Li was surrounded by what he said was $580,000 worth of product he bought before the crash. As he served an amber-hued seven-year-old variety, he described the manic days before Pu’er went bust. Out-of-towners packed hotels and restaurants. Local banks, besieged by customers, were forced to halve the maximum withdrawal limit.

“People had to stand in line for four or five hours to get the money from the bank, and you could often see people quarreling,” he said. “Even pedicab drivers were carrying tea samples and looking for clients on the street.”

A trader who jumped into the business three years ago, Mr. Chen survives by offsetting his losses with profits from a restaurant his family owns in Alabama. He also happens to be one of the few optimists in town. Now that so many farmers have stopped picking tea, he is confident that prices will eventually rebound. As for the mounds of unsold tea that nearly enveloped him?

“The best thing about Pu’er,” he said with a showman’s smile, “is that the longer you keep it, the more valuable it gets.”

 

 

 

His life cut short, young adventurer still inspires
By Tricia Escobedo
CNN

(CNN) -- Rob Gauntlett's life was cut short at the age of 21 during a mountain expedition in France last weekend, but the young Briton is being remembered as a legend by his colleagues and friends.

"Every time I wake up, or do something that [takes] me a long time, or messed up my body, I think of Rob and say, 'Oh come on, this is nothing,' " Diego Gonzalez Joven told CNN. "He could have probably walked around the moon 20 times solo and he would have had the same impact on everyone. ...

"He has done so much more than many people have done in many lifetimes."

Gauntlett became the youngest Briton to summit Mount Everest -- the world's highest peak -- in 2006, just days after his 19th birthday. He accomplished that feat along with James Hooper, his friend and former classmate.

Gauntlett died in a climbing accident along with fellow mountaineer James Atkinson in the French Alps, the British Foreign Office confirmed Sunday. Both were 21.

Their bodies were found by another group of climbers on Saturday in the Mont Blanc area, according to British media reports. It is unclear exactly how they died.

Hooper was on the same expedition in the French Alps, but told the British media he decided not to take the same route because he "didn't like the look of the weather."

Gonzalez, 26, trekked through sandstorms and dodged traffic with Gauntlett and James Hooper during part of their 26,000-mile journey from one of Earth's magnetic poles to the other.

National Geographic Adventure magazine awarded Gauntlett and Hooper the 2008 Adventurers of the Year award for that feat, in which they used only skis, sleds, sails and bicycles. The magazine described the pole-to-pole expedition, which began in March 2007 and ended in April 2008, as "the most madcap adventure we saw all year."

Fellow British adventurer Ben Saunders posted the news of Gauntlett's death on his blog, which prompted several responses.

"I met Rob at a charity event in London late last year and was struck by how personable and self-effacing he was," wrote Saunders, who holds the record for the longest solo Arctic journey by a Briton, according to his Web site. "His passing has come as a huge shock."

"Rob did a talk at my school not too long ago and I can't believe he's now gone," wrote Jessica Strickson.

"I live at the school Rob went to as my dad is a teacher here and Rob is known as a legend around the place," according to a post by a person identified only as James.

"An inspiration," he wrote.

Gonzalez said during the seven months he spent with the two British adventurers on their journey to the South Pole, Gauntlett was "the pack leader" who rose at the crack of dawn and had everything organized before the rest of the team woke.

He recalled a bicycle trek through the Atacama Desert in northern Chile, during a sandstorm:

"The sand would hit you so hard on your cheek, you would have to cycle with one eye open," Gonzalez said. "[Rob] would never never stop. It was such a rush. We would camp and he would be the first one up. He would set up the table, have breakfast ready, everything.

"You would hear the pots and pans making sounds and that was pretty much the alarm."

Gauntlett would always handle the massive amount of paperwork required when the team crossed international borders, Gonzalez recalled.

"One time I remember we crossed [into] El Salvador from Guatamala. He had a gastrointestinal infection. ... He was pale and sweaty and but he kept cycling," Gonzalez said. "Everyone would tell him, 'You should take a break.' "

Gonzalez spoke to CNN from Mexico City, where he just finished a bicycle trip from Austin, Texas, with his blind roommate. His next adventure is a 600-mile swim from Veracruz, Mexico, to Key West, Florida.

Asked if Gauntlett's death gave him any pause, Gonzalez said he took more inspiration from the way Gauntlett lived his life.

"By just listening to him ... he would say, 'Man, I hope I can make an impact on this world' ... and I guess that God has decided there are some some tougher mountains in heaven and he took him to try them out."

 

 


Methane discovery could mean life on Mars
By Azadeh Ansari
CNN

(CNN) -- Scientists have discovered methane in Mars' atmosphere, raising the possibility that life might exist on the planet.

The methane could have come from past or present subsurface microorganisms, geological activity or comets striking the planet, scientists and NASA officials said. Scientists were not sure how long the methane has been on the planet.

Methane -- four atoms of hydrogen bound to a carbon atom -- is the main component of natural gas on Earth. It's of interest to astrobiologists because organisms release much of Earth's methane as they digest nutrients. Other purely geological processes, like oxidation of iron, also release methane.

"It's time, it's prudent that we begin to explore Mars looking for the possibility of a life form that's exhaling methane," said Lisa Pratt, professor of geological sciences at Indiana University, at a NASA news briefing Thursday.

The team found methane in the Martian atmosphere by carefully observing the planet through NASA's Infrared Telescope Facility and the W.M. Keck telescope, both at Mauna Kea, Hawaii.

Using spectrometers on the telescopes to spread the light into its component colors, the team detected three spectral features, called absorption lines, that together are definitive fingerprints of methane.

"Microbes that produced methane from hydrogen and carbon dioxide were one of the earliest forms of life on Earth," said Carl Pilcher, director of the NASA Astrobiology Institute, which partially supported the research. "If life ever existed on Mars, it's reasonable to think that its metabolism might have involved making methane from Martian atmospheric carbon dioxide."

NASA's most recent Mars project -- the Phoenix Mars Lander mission -- came to an end in November after the solar-powered vehicle's batteries ran down as the result of a dust storm and the onset of Martian winter. Robotic instruments on the spacecraft collected and analyzed soil samples, looking for organic compounds that would indicate Mars is or was able to support life.

NASA officials had landed the vehicle on an arctic plain after satellite observations indicated there were vast quantities of frozen water in that area, most likely in the form of permafrost.

Scientists were able to verify the presence of water-ice in the Martian subsurface, find small concentrations of salts that could be nutrients for life, and observe snow descending from the clouds.

The lander also discovered a chemical in soil near Mars' north pole that is toxic to humans but conceivably could be used as an energy source by certain microbes. The lander's findings did not rule out the possibility that life once existed or even exists now, perhaps in a deep underground aquifer, NASA officials said.

NASA's next mission to the planet is the Mars Science Laboratory, a large, nuclear-powered rover with a suite of onboard scientific instruments. It is scheduled to launch in 2011 as part of NASA's long-term effort to study the early environmental history of Mars and assess whether the planet has ever been -- or still is -- able to sustain life.

 

 

 


Page last updated at 19:01 GMT, Thursday, 15 January 2009
New light on Mars methane mystery
bbc.co.uk

Large quantities of methane gas have been detected on Mars, Nasa scientists have announced in Science journal.

The gas could be produced either by geological activity or by life.

Methane was detected in the Martian atmosphere five years ago; scientists have found it is more abundant over particular parts of the planet.

It should last for only a short time in the atmosphere until it is destroyed by sunlight, and so its continued presence means it is being replenished.

This suggests the methane is made by an ongoing process.

But the ultimate origin of the methane could either be an ancient or a modern one, say the researchers.

"The fact that we have found three discrete regions where Mars is releasing methane at this time means we have a window into processes occurring under the surface of the planet," said co-author Michael Mumma, a senior planetary scientist at Nasa's Goddard Spaceflight Center in Maryland, US.

"The production (of methane) is likely due to only one of two possibilities. The first is geochemistry, the second is biology. That raises much interest on which one is the dominant production mechanism."

If the methane is produced by geological activity, it could either originate from active Martian volcanoes or from a process called serpentinisation.

The latter process occurs at low temperatures and occurs when rocks rich in the minerals olivine and pyroxene react chemically with water, releasing methane.

Seasonal release

"It could be occurring on Mars. In that case, we might expect the methane to be released only under regions that are volcanic districts," said Dr Mumma.

"On the other hand, there could be biology that's going on either very near the surface or deep below the permafrost layer.

"Then in order to release captured gases to the atmosphere one needs to access those sub-permafrost regions."

Some scientists consider it possible that microbes could have survived for aeons below the Martian permafrost layer, where water changes from ice into liquid.

In deep canyons, or the walls of yawning craters, ice might plug fissures or pores connecting these sub-permafrost regions to the atmosphere.

But the ice could disappear during spring and summer, Dr Mumma speculated.

The team used a technique called infrared spectroscopy at three different Earth-based telescopes to monitor about 90% of the planet's surface for seven years (equivalent to three Martian years).

They identified "plumes" of methane on Mars during 2003; at one point in their study, the primary plume of methane contained an estimated 19,000 tonnes of the gas.

Future exploration

This implies the gas was released from discrete regions on the planet. However, these regions do not move the researchers significantly towards one theory of methane production more than another.

"We've demonstrated there are regions of active (methane) release," said Dr Mumma.

"What we'd really like to do is map the entire planet identifying all such regions of release and validating that some are reproducible from year to year.

"In addition, we'd like to map the gases being released to establish which of those are more likely biological in origin versus others that may be geochemical in origin.

"On this basis we could target several interesting sites for lander missions."

Andrew Coates, from the Mullard Space Science Laboratory in Surrey, UK, said: "The observation of short-lived, seasonally varying clouds of methane from specific regions on Mars is a tantalising result. It shows there must be an underground source, past or present."

Dr Coates, who is not involved with the latest research, added: "Seasonal effects may open up fissures to allow increased escape into the atmosphere. But this could be a sign of either geology or biology.

"Both are exciting; we will not be sure which it is until we can analyse the methane in-situ at the surface."

Nasa's Mars Science Laboratory (MSL) rover, due to launch to the Red Planet in 2011, will carry instruments that have the potential to distinguish between carbon in gases produced by biological activity and those with a geochemical origin.

 

 

 

 

Scientists: True love can last a lifetime
(CNN) -- Love's first blush fading? Lost that loving feeling? Love is not all around?

Sick of cliches?

Take heart, scientists have discovered that people can have a love that lasts a lifetime.

Using brain scans, researchers at Stony Brook University in New York have discovered a small number of couples respond with as much passion after 20 years together as most people only do during the early throes of romance, Britain's Sunday Times newspaper reported.

The researchers scanned the brains of couples together for 20 years and compared them with results from new lovers, the Sunday Times said.

About 10 percent of the mature couples had the same chemical reactions when shown photographs of their loved ones as those just starting out.

Previous research has suggested that the first stages of romantic love fade within 15 months and after 10 years it has gone completely, the newspaper said.

"The findings go against the traditional view of romance -- that it drops off sharply in the first decade -- but we are sure it's real," said Arthur Aron, a psychologist at Stony Brook, told the Sunday Times.

 

 

June 30, 2008, 8:50 am
The 11 Best Foods You Aren’t Eating

Maybe you should be eating more beets, left, or chopped cabbage. (Credit: Evan Sung for The New York Times, left
(This post was originally published on June 30, 2008, and recently appeared on The New York Times’s list of most-viewed stories for 2008.)

Nutritionist and author Jonny Bowden has created several lists of healthful foods people should be eating but aren’t. But some of his favorites, like purslane, guava and goji berries, aren’t always available at regular grocery stores. I asked Dr. Bowden, author of “The 150 Healthiest Foods on Earth,” to update his list with some favorite foods that are easy to find but don’t always find their way into our shopping carts. Here’s his advice.

Beets: Think of beets as red spinach, Dr. Bowden said, because they are a rich source of folate as well as natural red pigments that may be cancer fighters.
How to eat: Fresh, raw and grated to make a salad. Heating decreases the antioxidant power.
Cabbage: Loaded with nutrients like sulforaphane, a chemical said to boost cancer-fighting enzymes.
How to eat: Asian-style slaw or as a crunchy topping on burgers and sandwiches.
Swiss chard: A leafy green vegetable packed with carotenoids that protect aging eyes.
How to eat it: Chop and saute in olive oil.
Cinnamon: May help control blood sugar and cholesterol.
How to eat it: Sprinkle on coffee or oatmeal.
Pomegranate juice: Appears to lower blood pressure and loaded with antioxidants.
How to eat: Just drink it.
Dried plums: Okay, so they are really prunes, but they are packed with antioxidants.
How to eat: Wrapped in prosciutto and baked.
Pumpkin seeds: The most nutritious part of the pumpkin and packed with magnesium; high levels of the mineral are associated with lower risk for early death.
How to eat: Roasted as a snack, or sprinkled on salad.
Sardines: Dr. Bowden calls them “health food in a can.” They are high in omega-3’s, contain virtually no mercury and are loaded with calcium. They also contain iron, magnesium, phosphorus, potassium, zinc, copper and manganese as well as a full complement of B vitamins.
How to eat: Choose sardines packed in olive or sardine oil. Eat plain, mixed with salad, on toast, or mashed with dijon mustard and onions as a spread.
Turmeric: The “superstar of spices,” it may have anti-inflammatory and anti-cancer properties.
How to eat: Mix with scrambled eggs or in any vegetable dish.
Frozen blueberries: Even though freezing can degrade some of the nutrients in fruits and vegetables, frozen blueberries are available year-round and don’t spoil; associated with better memory in animal studies.
How to eat: Blended with yogurt or chocolate soy milk and sprinkled with crushed almonds.
Canned pumpkin: A low-calorie vegetable that is high in fiber and immune-stimulating vitamin A; fills you up on very few calories.
How to eat: Mix with a little butter, cinnamon and nutmeg.
You can find more details and recipes on the Men’s Health Web site, which published the original version of the list last year.

In my own house, I only have two of these items — pumpkin seeds, which I often roast and put on salads, and frozen blueberries, which I mix with milk, yogurt and other fruits for morning smoothies. How about you? Have any of these foods found their way into your shopping cart?

 


 


Tuesday, January 13, 2009

Paper Facts
www3.niu.edu

The NIU 3R Program accepts many different types of paper, so long as it is not contaminated with food, wax, or dark inks.  Please see the 3R Program Details for more information.
Each year, the United States used 85.5 million tons of paper, of which we recycle 22% or 19 million tons. Of the remaining paper, we could recycle up to 70% or 46 million tons. And those 46 million tons could save 782 million trees.
Every day, Americans buy about 62 million newspapers and throw out around 44 million of them. If we recycled just half our newsprint every year, we would need 3,200 fewer garage trucks to collect our trash.
An average American uses 465 trees to create a lifetime of paper.
Americans throw away the equivalent of more than 30 million trees in newsprint each year.
Americans discard 4 million tons of office paper every year. That's enough to build a 12 foot-high wall of paper from New York to California.
If Americans recycled every phone book each year, an estimated 650,000 tons of paper could be saved.
Recycling half the world's paper would free 20 million acres of forest land.
Recycling one stack of newspapers about 6 feet tall saves the life of one tree 35 feet tall. Recycling approximately 1 ton of newspaper saves 17 trees.
The EPA has found that making paper from recycled materials results in 74% less air pollution and 35% less water pollution. This means that every ton of recycled paper keeps almost 60 pounds of populations out of the atmosphere that would have been produced if the paper had been manufactured from virgin resources.
Every ton of recycled paper saves approximately 4 barrels of oil, 4,200 kilowatt hours of energy and enough energy to heat and air-condition the average North American home for almost 6 months.
Recycled paper is made to the same standards as paper made from virgin pulp. Moreover, recycled paper has features which make it more desirable than virgin paper, such as being more opaque, dense, and flexible.
Paper plus cardboard combined make up 73% of the materials in the landfill.
For every 15,000 tons of old newspaper recycled annually, 30 jobs are created to collect the paper, 40 jobs are created to process the paper, and 75 jobs are required to manufacture the newsprint.
Making a ton of virgin paper requires 3,688 lbs. of wood, 24,000 gallons of water, 216 lbs. of lime, 360 lbs. of salt cake and 76 lbs. of soda ash. We then have to treat and dispose of 84 lbs. of air pollutants, 36 lbs. of water pollutants and 176 lbs. of solid waste.

 

 

Facts about U.S. Paper Use
eetd.lbl.gov
 
Every year, the United States consumes over 90 million tons of paper.  This paper use is an average of nearly 700 pounds per person — over ten times what it was at the turn of the century.  The overall paper industry was $129 billion of our economy (in 1993).
  
   Total paper consumption in 1993 was 91.4 million tons; paper production was 86.6 million tons, with the difference made up by net imports.  The economic value of paper industry output was $130 billion. 
 "Printing and Writing" paper consumption was about 27.8 million tons (not counting 12.8 million tons of newsprint), with about 3.7 million tons of this copy paper.  An additional 1.9 million tons was forms paper, much of it computer printout (much of it used for similar uses as copy paper). 
 The U.S. had about 30% of worldwide paper-making capacity in 1991.  The paper industry accounted for just over 3% of all U.S. energy use in that year. 
 The typical U.S. office worker uses about 10,000 sheets of copy paper each year. 
 In 1993 over 92 billion items of first class mail were sent with U.S. mail over 700,000 items of Priority and Express mail. These weighed about 1.8 and 0.6 million tons respectively.  Not all first class mail is paper and only some of that is office paper but a lot of office paper does get shipped around. (source: U.S. Postal Service "Cost And Revenue Analysis", 1994). 

 

 

 

Carbon Emissions in the Paper Industry
URL: http://www.eia.doe.gov/emeu/efficiency/carbon_emissions/paper.html
File Last Modified: May 31, 2000

The Industry at a Glance, 1994
(SIC Code: 26)
Total Energy-Related Emissions: 31.6 million metric tons of carbon (MMTC)
     -- Pct. of All Manufacturers: 8.5%
Total First Use of Energy: 2,665 trillion Btu
     -- Pct. of All Manufacturers: 12.3%
     -- Pct. Renewable Energy: 47.7%
Carbon Intensity: 11.88 MMTC per quadrillion Btu
Renewable Energy Sources (no net emissions):
     -- Pulping liquor: 882 trillion Btu
     -- Wood chips and bark: 389 trillion Btu

Energy Information Administration, "1994 Manufacturing Energy Consumption Survey" and Emissions of Greenhouse Gases in the United States 1998 
 Energy-Related Carbon Emissions, 1994 
Source of Carbon Carbon Emissions
(million metric tons)
All Energy Sources 31.6
Net Electricity 11.0
Natural Gas 8.3
Coal 7.8
Residual Fuel Oil 3.7
All Other Sources 0.9
Energy Information Administration, "1994 Manufacturing Energy Consumption Survey" and Emissions of Greenhouse Gases in the United States 1998
 
Energy-Related Carbon Emissions for Selected Paper Industries, 1994. Paper and paperboard mills emit over 80 percent of the energy-related carbon in the paper industry.
 

Energy-Related Carbon Emissions for the Paper Industry by Source, 1994. Electricity, natural gas, and coal account for most of the energy-related carbon emissions in the paper industry. Nearly half of the energy used in the paper industry is renewable, consisting of wood and paper byproducts (pulping liquor, wood chips, and bark). Renewable energy sources are not considered net emitters of carbon.
 


 



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