Artist recreates Taj Mahal – with toothpicks!

London, September 12 (ANI): An artist has recreated the Taj Mahal and other famous landmarks around the world using toothpicks.

It took Stan Munro six years, six million toothpicks and more than 170 litres of glue as he built his latest exhibition, entitled ‘Toothpick City II – Temples and Towers’.

The 38-year-old’s models at the Museum of Science and Technology in Syracuse, New York, feature buildings such as Big Ben, Tower Bridge, The Vatican and Sydney’s Opera House.

“Toothpick City was so much fun to build, I decided to build another one. This one is bigger and much more detailed,” the Telegraph quoted him as saying.

“I want this exhibit to be a celebration of religious diversity, architectural achievement and historical accuracy – or just ‘wow, that’s a lot of toothpicks’.

“No one has built all these buildings to the same scale and put them side by side before – let alone out of toothpicks.

“I really wanted to see what it would look like. If you can’t travel the world, I want people to see this exhibit and think they just did,” he added. (ANI)

Cities trap more CO2 than rain forests

Washington, September 9 (ANI): A surprising new study has found that cities trap more carbon dioxide (CO2) than rain forests.

According to a report in National Geographic News, compared with tropical rain forests, cities store more carbon, acre for acre, in their trees, buildings, and dirt.

“Everyone thinks about the tropical forests, but I don’t think people consider cities as a way to store carbon,” said study leader Galina Churkina of the Leibniz Centre for Agricultural Landscape Research in Germany.

“Although a lot of studies have focused on carbon in forests, grasslands, and other natural ecosystems, looking at cities-which now house half of the world’s population-is relatively new,” Churkina said.

Intentionally storing carbon in cities could be one approach to counter global warming, she added.

Churkina and colleagues pulled together previous evidence looking at various stores of organic carbon, which comes from living things, as well as from such as plants and animals, wood, dirt, and even garbage.

Cities, including both dense metropolises and sprawling suburbs, store about a tenth of all the carbon in U.S. ecosystems, the study estimated.

In total, U.S. cities contain about 20 billion tons of organic carbon, mostly in dirt, according to the new study.

Some of this carbon-rich topsoil is in parks and under lawns, but it’s also sealed underneath buildings and roads-a remnant of grasslands or forests that were there before development.

Of all this urban carbon, about three billion tons are locked up in human-made materials-two-thirds of it in garbage dumps, and the rest in building materials such as wood.

Many cities have already launched ambitious plans for turning gray to green, such as Los Angeles’ Million Trees LA project, which aims to plant a million trees in the Californian city over several years.

Trees take up CO2 and turn it into carbon in their trunks, branches, and leaves, so planting more trees helps counter some of the excess CO2 in the air.

Likewise trees also cool cities and reduce the need for air-conditioning, according to urban forest expert David Nowak of the U.S. Forest Service in Syracuse, New York.

By planting trees around buildings, he added, “you avoid about four times more CO2 emissions than the trees sequester.”

Study leader Churkina added, “people could (also) try to store more carbon in gardens by smart management of the land. The carbon storage in lawns is quite amazing.” (ANI)

How small ‘guys’ can get the ‘gals’ just as their bigger counterparts

Washington, June 25 (ANI): In the world of yellow dung flies, the small guys can also get the girl, but only if they are hanging out on apple pomace instead of cow dung, reveals a new study.

While the large, brawny males almost always have an upper hand in getting a mate, but this is the first time that alternative male reproductive strategies have been observed in this species.

Syracuse University (N.Y.) undergraduate students found that small male dung flies, which are traditionally unsuccessful at finding and keeping mates on dung pats, successfully mated with females feeding on composting apple pomace.

In fact, large males were generally absent from the pomace mounds.

“This is a new chapter in the story of yellow dung flies. No one has carefully studied this species off the dung. Small male dung flies can’t compete with their larger counterparts on the dung, so in this case, they developed a different tactic to successfully pass their genes to the next generation,” said Scott Pitnick, professor of biology in SU’s College of Arts and Sciences.

The students were tasked with designing a study around the size and mating success of yellow dung flies.

“After we made our initial field observations for the class assignment, we could tell from our professors’ reactions that our discovery was a piece of important information in the field. The course was designed to teach us how to be biologists; as such, we made a unique observation that ultimately resulted in a publication,” said Stephen Maheux ’09, a biology major who graduated in May.

The researchers believed that yellow dung flies mated almost exclusively on manure and females were drawn to the dung only when they are ready to mate.

However, Pitnick said that not much is known about the feeding habits of females when they are not at the dung pats.

On the other hand, males were thought to hang out almost exclusively around the manure, awaiting the arrival of the females.

Competition on the dung among males is fierce and can result in injury or death to smaller males as well as females caught up in the struggle.

However, on Toad Hollow Farms in Nedrow, N.Y., the students noticed large numbers of females feeding on apple pomace in a field adjacent to the cow pasture where they were observing flies on dung pats.

Surprisingly, the females were frequently mating on the pomace, and with males that were significantly smaller in size than those found in the cow pasture.

Furthermore, none of the sexually aggressive behaviours normally observed on the dung pats occurred on the pomace.

Apple pomace is the pressed pulp that remains after juicing.

The students’ initial observations suggested that the availability of the pomace seemed to provide male dung flies with alternative mating opportunities.

The study is published in the latest issue of Proceedings of The Royal Society. (ANI)

Europe seeks to put stop to loss of biodiversity by 2010

Athens – The European Commission will seek to put a stop to the loss of biodiversity in Europe by 2010, EC President Jose Manuel Barroso said at the start of a biodiversity conference in Athens Monday.

The two days of talks in Athens attended by 230 environmental chiefs, trade associations, non-governmental organizations and lobby groups, have found a new momentum following a G8-Plus charter to protect biodiversity adopted on April 24 by environmental ministers from Group of Eight members Britain, Canada, France, Germany, Italy, Japan, Russia and the United States.

The 25-point G8 Syracuse Charter explicitly links safeguarding biodiversity to the fight against global warming.

The G8 charter also urges raised awareness that “ecosystems provide a steady flow of goods and services – by providing clean drinking water, pollinating crops and decomposing waste.

Climate change, land use change, habitat destruction, pollution and waste disposal all pose a growing threat to biodiversity at a time when most of Europe’s species and habitats are at the risk of extinction.

There is growing evidence that the decline of ecosystems and species is continuing despite the progress made with the establishment of the Natura 2000 network, the largest network of protected areas in the world.

“The protection of biodiversity lacks sanctions, legislative muscle and political will,” said Tony Long, the Brussels director of conservation group WWF.

According to EC President Barroso, the European Union’s objective of stopping biodiversity loss will be met by “implementing existing legislation such as the Birds and Habitats Directives, completing the network of protected areas in Europe and agreeing on new policies to address deforestation and to reduce the EU’s ecological footprint.” (dpa)

New York shooter’s note: “Have a nice day”

The gunman who killed 13 people and himself in a New York state immigrant center sent a letter to a television station before his shooting spree that ended with the words “And you have a nice day.”

Jiverly Wong, a 41-year-old Vietnamese immigrant, wore body armor into the Binghamton building where he had been studying English and opened fire on immigrants taking an exam to become U.S. citizens.

“I am Jiverly Wong shooting the people,” began the letter sent to News 10 Now of Syracuse, New York.

He included photos of himself with two handguns — possibly the two he used in the attack.

Wong apologized for his poor English in the rambling, hand-written letter of two pages.

“Of course you need to know why I shooting?” he wrote, but then never fully explained the reason. He made some unclear references to police harassment he received in New York and California before ending with the salutation, “And you have a nice day.”

Binghamton Police Chief Joseph Zikuski said on Saturday no motive for the shooting had been determined but he confirmed reports that Wong had felt degraded by his inability to speak English and by a recent job loss.

The letter was dated March 18, more than two weeks before the attack.

Other killers who have randomly fired on unarmed civilians have also left notes.

A man who killed 32 people at the campus of Virginia Tech University two years ago in the worst mass shooting in U.S. history mailed a package to NBC television in New York containing photos of him brandishing guns and a video of him delivering an angry, profanity-laced tirade. He also left a long written note in his dorm room.

Binghamton is a city of 45,000 people about 240 km northwest of New York City.

Scientists discover new particle that may rewrite how matter’s created

Washington, March 23 (ANI): Scientists working with the Fermilab atom smasher in Illinois, US, have discovered an unexpected new subatomic particle, which may break all known rules for creating matter.

It’s long been accepted that six different “flavors” of particles called quarks combine to form larger subatomic particles.

In one method, a quark pairs with one of its opposites, an antiquark, to create a type of matter called a meson. In the second method, three quarks gather to form baryons, such as protons and neutrons.

According to a report in National Geographic News, Y(4140), as the new particle has been dubbed, couldn’t have formed through either of these two models for matter creation.

“The surprise about this new particle that we found is that it’s not predicted by any of these rules,” said Jacobo Konigsberg of the University of Florida.

“From what we know, if you tried to put a set of quarks or antiquarks together you couldn’t build these particles,” he added.

Y(4140) emerged as scientists sorted through the data from trillions of proton-antiproton collisions at the Department of Energy” Fermi National Accelerator Laboratory (Fermilab) in Batavia, Illinois.

The discovery is one of several recent finds that have physicists rethinking the rules for how matter is made.

“Apparently there are a lot more ways of putting things together than we thought,” said Syracuse University physicist Sheldon Stone, who runs experiments based on data from the Large Hadron Collider in Europe.

“Y(4140) is part of this whole class of objects which people don’t really understand,” Stone added.

According to Fermilab’s Rob Roser, Y(4140) was found only about 20 times in billions and billions of collisions.

But with plans to triple Fermilab’s massive collision dataset over the next few years, more exciting discoveries should emerge.

“We should learn more about the properties of this particle, and we also hope to find many new things,” Roser said. (ANI)

Alcohol in pregnancy ‘makes kids develop taste for booze’

London, Mar 10 (ANI): Mothers who drink alcohol during pregnancy could give their babies a taste for booze, suggests a study in rats.

The study may shed new light on why human studies have previously linked fetal alcohol exposure to increased alcohol abuse later in life, and to a lower age at which a person first starts drinking alcohol.

To reach the conclusion, Steven Youngentob at the State University of New York in Syracuse and John Glendinning at Columbia University in New York measured how avidly rats consumed ethanol, sweet water or bitter water.

From analyses, the research team found that young rats whose mothers had consumed alcohol during pregnancy preferred ethanol and consumed more of the bitter water than the offspring of mothers that didn’t consume alcohol. Rats that had been exposed to alcohol in the uterus also seemed to be more attracted to the smell of alcohol.

Prenatal exposure seems to reduce the perceived bitterness of alcohol, making it seem sweeter, according to Youngentob.

Both of these differences seemed to disappear once the rats reached adulthood – but only if they hadn’t tasted alcohol during their youth. If prenatally exposed rats did consume alcohol in their youth, these preferences seemed to become set for life.

“The take-home message is to keep kids away from alcohol for as long as possible – particularly if they have had prenatal exposure,” New Scientist quoted Youngentob, as saying.

The study has been published in the journal Proceedings of the National Academy of Science. (ANI)

Global warming makes predatory crabs return to Antarctic waters and threaten sea life

Washington, Feb 5 (ANI): Predatory crabs are poised to return to warming Antarctic waters and disrupt the primeval marine communities, a major upheaval that is a result of global warming.

“Nowhere else than in these ecosystems do giant sea spiders and marine pillbugs share the ocean bottom with fish that have antifreeze proteins in their blood,” said Rich Aronson, professor of biological sciences at Florida Institute of Technology in Melbourne, Florida.

“The shell-cracking crabs, fish, sharks and rays that dominate bottom communities in temperate and tropical zones have been shut out of Antarctica for millions of years because it is simply too cold for them,” he added.

But this situation is about to change.

According to Aronson, “Populations of predatory king crabs are already living in deeper, slightly warmer water, and increasing ship traffic is introducing exotic crab invaders.”

“When ships dump their ballast water in the Antarctic seas, marine larvae from as far away as the Arctic are injected into the system,” he added.

Fast-moving, shell-crushing predators, dominant in most places, cannot operate in the icy waters of Antarctica.

The only fish there, the ones with the antifreeze proteins, eat small, shrimp-like crustaceans and other soft foods.

The main bottom dwelling predators are slow-moving sea stars and giant, floppy ribbon worms.

To understand their history, Aronson and a team of paleontologists collected marine fossils at Seymour Island off the Antarctic Peninsula.

Linda Ivany of Syracuse University reconstructed changes in the Antarctic climate from chemical signals preserved in ancient clamshells.

As temperatures dropped about 41 million years ago and crabs and fish were frozen out, the slow-moving predators that remained could not keep up with their prey.

Snails, once out of danger, gradually lost the spines and other shell armor they had evolved against crushing predators.

Antarctica’s coastal waters are warming rapidly. Temperatures at the sea surface off the western Antarctic Peninsula went up 1 degree Celsius in the last 50 years, making it one of the fastest-warming regions of the World Ocean.

If the crab invasion succeeds, it will devastate Antarctica’s spectacular fauna and fundamentally alter its ecological relationships.

“That would be a tragic loss for biodiversity in one of the last truly wild places on earth,” said Aronson.

“Unless we can get control of ship traffic and greenhouse-gas emissions, climate change will ruin marine communities in Antarctica and make the world a sadder, duller place,” he added. (ANI)