Powerful #Earthquake could hit #Iran in the next 48 hours


World Earthquakes predicts high seismic activity in Iran and Japan may in the next 48 hours

3366406483

There is a possibility of a powerful earthquake hitting Iran in the next 48 hours, according to the World Earthquakes data.

“High seismic activity may occur for the next 48 hours” in Iran, the World Earthquake said on Friday.

The United States Geological Survey (USGS) has also predicted that a powerful earthquake that could hit the region between Thursday, April 25, and Tuesday, April 30. But UAE’s National Center of Meteorology & Seismology said that it’s a rumour and earthquakes cannot be predicted.IRAN-QUAKE

On Thursday, A 5.2-magnitude earthquake hit northwestern Iran on Thursday, only days after a deadly temblor struck near the border with Pakistan, media reported citing the seismological centre at Tehran.

Last Tuesday, a huge earthquake measuring 7.8 struck southeastern Iran killing a woman and injuring more than a dozen other people. At least 40 people were killed across the border in Pakistan where hundreds of mud homes were levelled. The tremors from the earthquake were felt across the Gulf region.

Iran sits astride several major fault lines and is prone to frequent earthquakes, some of which have been devastating.

Tuesday’s earthquake was the strongest to hit Iran since 1957.

A double earthquake, one measuring 6.2 and the other 6.0, struck northwestern Iran last August, killing more than 300 people and injuring 3,000.

The World Earthquakes also warned of another powerful quake possibly hitting Japan in the next 48 hours.

On Friday, a major 7.2-magnitude earthquake struck off northern Japan on Friday, seismologists said, but no tsunami warning was issued.

Netaji’s daughter hopes to bring her father’s ashes to India


Legendary freedom fighter Netaji Subhas Chandra Bose‘s daughter Anita Pfaff Sunday hoped to bring her father’s “ashes” kept in Japan back to India, saying it would be the “perfect homecoming for him”.

netaji

“If it is possible, I would like to,” replied Pfaff to queries if she would like to bring Netaji’s “ashes” back to the country of his birth.

“It would be the perfect homecoming for him,” she said on the sidelines of a book launch on Netaji here. The book “Netaji in Europe” written by Jan Kuhlmann was launched at the Oxford bookstore.

Pfaff also stated that she “firmly believes” that Netaji died in a plane crash in Taiwan and that the ashes kept in the Renkoji Temple in Japan are her father’s.

A branch of Netaji’s family as also many others outside believe that he died in a plane crash in Taiwan on Aug 18, 1945, and his ashes are preserved in the Renkoji temple in Tokyo. But there is also a strong second opinion across the nation which nixes the aircrash theory and does not consider the Renkoji ashes as those of Bose.

Also present at the event was D.N. Bose, Netaji’s nephew, who doesn’t believe in the “plane crash theory” and rubbished the claims that the ashes were of Netaji.

“People have the right to form their personal opinions and I have nothing to say about Anita’s claims. But what I know and is true, is that the ashes are not of Netaji. He never died in the crash,” said Bose quoting the Mukherjee Commission report to buttress his claims.

The Mukherjee Commission, the one-man board of retired Supreme Court judge Manoj Mukherjee was instituted in 1999 to inquire into the controversy surrounding the reported death of Netaji in 1945. It concluded that he did not die in the plane crash, as alleged, but probably flew towards the (erstwhile) USSR and the ashes in the Japanese temple are not of Netaji.

World #Nuclear Electricity Generation Down 5 Percent Since 2006


World nuclear electricity-generating capacity has been essentially flat since 2007 and is likely to fall as plants retire faster than new ones are built. In fact, the actual electricity generated at nuclear power plants fell 5 percent between 2006 and 2011.

In 2011, following Japan’s Fukushima Daiichi nuclear disaster, 13 nuclear reactors in Japan, Germany, and the United Kingdom were permanently taken offline. Seven new reactors, three of them in China, were connected to the grid. The net result was a two percent reduction in world nuclear capacity to 369,000 megawatts by the end of 2011. In 2012, the world has added a net 3,000 megawatts of nuclear capacity, with new additions in South Korea and Canada partly offset by more U.K. shutdowns.


© Earth Policy Institute

The United States, with 104 nuclear reactors generating some 19 percent of the country’s electricity, leads the world in nuclear generating capacity. France is a distant second in installed capacity, but its 58 reactors meet more than three quarters of the country’s electricity demand. (President François Hollande has pledged to reduce this dependence to 50 percent by 2025.)


© Earth Policy Institute

China, Russia, South Korea, and India account for 48 of the 64 nuclear reactors the International Atomic Energy Agency lists as under construction worldwide. Although these 64 reactors add up to some 62,000 megawatts of potential new capacity, fewer than one in four has a projected date for connecting to the electrical grid. Some reactors have been listed as “under construction” for over two decades.


© Earth Policy Institute

Plagued by cost overruns, construction delays, and a dearth of private investment interest, the world’s nuclear reactor fleet is aging quickly as new reactor connections struggle to keep up with retirements. The average age of nuclear reactors operating today is 27 years; the 142 reactors that have already retired were just 23 years old on average when they closed. Many nuclear reactors have been granted operating extensions, usually for 20 years, beyond their typical design lifetime of 40 years. But since Fukushima, where the four retired reactors averaged 37 years in operation, this option has become less attractive.


© Earth Policy Institute

In contrast to the decline in nuclear power, electricity generation from the wind and the sun has grown 27 percent and 62 percent, respectively, per year since 2006. Four German states now get close to half of their electricity from wind. By 2015, China plans to increase its current estimated 60,000 megawatts of grid-connected wind power capacity to 100,000 megawatts. More solar photovoltaic capacity was added in the European Union in 2011 than any other source of electricity generation. The list of exciting developments in renewable energy goes on. As this story unfolds, it is becoming increasingly clear that we can design an energy economy that is at once low-carbon and low-risk.

By J. Matthew Roney

 

Strong quake hits off coast of northeastern Japan, tsunami warning issued


A strong earthquake centred off the coast of northeastern Japan shook buildings as far as Tokyo and led to a tsunami warning for coastal areas of the northeast, public broadcaster NHK said on Friday.

The earthquake had a preliminary magnitude of 7.3, the U.S. Geological Survey said, adding that there was no risk of a widespread tsunami. That was revised from an earlier estimate of 7.4.

A warning for a one-metre tsunami was issued for the coast of Miyagi Prefecture in northeastern Japan, which was hit by a devastating earthquake and tsunami in March 2011.

That quake triggered fuel-rod meltdowns at the Fukushima nuclear plant, causing radiation leakage, contamination of food and water and mass evacuations in the world’s worst nuclear crisis since Chernobyl in 1986.

The government declared in December that the disaster was under control, but much of the area is still free of population.

Tokyo Electric Power Co (9501.T), the operator of the Fukushima nuclear plant, reported no irregularities at its nuclear plants after the latest quake.

Reuters

Richest Countries in the World in 2012


If wealth describes power, then the United Sates leads the pack and India is not far behind either.

The 10 richest countries in the world based on their GDP are:

1. United States of America:

The United States of America is the richest country in the world and ranks first on the list. The U.S. is a market-oriented economy where private individuals and business companies make most of the decisions. The U.S. economy is the world’s largest national economy, with an estimated GDP of $15.1 trillion in 2011.

2. China:

China is the second richest country in the world. China’s annual GDP growth is 2.26 percent earning $7,743.144 trillion. The country’s economy is the second largest in the world after that of the United States. During the past thirty years China’s economy has changed from a centrally planned system that was largely closed to international trade to a more market-oriented one that has a rapidly growing private sector.  A chief component supporting China’s rapid economic growth has been exports growth.

3. Japan:

Japan is the second Asian country which is on the list. It is the third wealthiest country in the world. Japan is renowned for its aggressiveness in the global economy market having an upper hand in multi-national operation. The country has a USD $6,124.899 trillion. The Japanese economy is the third largest in the world. Japan is the world’s second largest automobile manufacturing country and has the largest electronics goods industry. The country is the world’s largest creditor nation as well. Its economy is highly efficient and competitive in areas linked to international trade, though productivity is far lower in protected areas such as agriculture, distribution, and services.

4. Germany:

 Germany takes the fourth place on the list. It is also the richest country in Europe and has produced a sum of USD $3,706.970 trillion. Ever since the age of industrialization, the country has been a driver, innovator, and beneficiary of an ever more globalised economy. Germany is the largest national economy in Europe. The country is the world’s second largest exporter and its exports account for more than one-third of national output.

5. France:

France is the fifth richest country in the world. The country has long been part of the world’s wealthiest and most developed national economies. France is believed to be the second biggest economic strength in Europe due to France’s focus on various industrial support and new age industrialized nations. Achieving USD $2,889.708 trillion booked at the end of year 2011 and 2012 makes France feature on the top five richest nations.

6. Brazil:

Brazil ranks sixth on the list. It is the richest South American county. The country had a closed nominal GDP of 0.80 percent earning USD $2,617.987 trillion before the end of 2011. The Brazilian economy is the world’s sixth largest by nominal GDP and is expected to become fifth by the end of 2012. Brazil’s earning come directly from their service segment, mining, manufacturing products and farming harvest. The country has moderately free markets and an inward-oriented economy. It is also known to be the fastest-growing major economies in the world with an average annual GDP growth rate of over 5 percent.

7. United Kingdom:

United Kingdom takes the seventh place on the list. UK had an average nominal GDP escalation of 0.58 percent earning USD $2,603.880 trillion at the end of 2011. UK’s GDP per capita is the twenty second highest in the world in nominal terms and the twenty second highest measured by PPP. It is the world’s most globalised countries. Its aerospace industry is one of the largest national aerospace industries and the pharmaceutical industry of the country plays an important role in its economy as well. The British economy is boosted by North Sea oil and gas reserves which was valued at an estimated £250 billion in 2007.

8. Italy:

Italy takes the eighth spot on the top 10 list of richest countries in 2012. Italy is a member of the G8 group of leading industrialized countries. The country has broadened its horizons for its industrial and road and rail network developments. Due to this advancement, the country has a nominal GDP of USD $2,287.704 trillion. The country has a diversified industrial economy with high gross domestic product per capita and developed infrastructure. The Italian economy is driven in large part by the manufacture of high-quality consumer goods that are produced by small and medium-sized enterprises.

9. Russia:

Russia takes the ninth position on the list. In 2011 Russia’s GDP grew by 4.2 percent, which is the world’s third highest growth rate among leading economies. The country has the ninth largest economy in the world by nominal value and the sixth largest by purchasing power parity. Russia is also abundant in natural gas, coal, oil and precious metals. Russia’s capital, Moscow, is noted to have the highest billionaire population of any city in the world.

10. India:


Surprisingly India makes it to the top 10 list of richest countries in the world. India takes the tenth place. India has the eleventh largest Economy in the world by nominal GDP and the third largest by purchasing power parity. The country’s present up-to-date development according to GDP is USD $2.012.760.000 million and this was predicted by the economists in the beginning of 2011. As a matter of fact, by means of the assessment, there was an 8.2 percent progress before the year 2011 came to an end.

In Denial of Fukushima


The overconfidence shown by Indian officials on nuclear safety is unfounded and alarming

PRIME MINISTER Manmohan Singh’s  seemingly unfounded allegations about the funding of the people’s movement against the Koodankulam nuclear plant has shifted attention away from the real issue: the huge divide between the government and the policy elite that seems to have decided on expanding nuclear power, and the opposition to this way of generating electricity among local communities that live near these facilities. This opposition is in part due to the real and proven risk of catastrophic accidents that nuclear power plants pose to these communities.

To the public, the overwhelming lesson of Fukushima was that nuclear reactors are hazardous and support for expanding or maintaining nuclear power decreased nearly everywhere. A poll in 12 countries that currently operate nuclear power plants, commissioned by BBC News and carried out by GlobeScan between July and September 2011, found that approximately 70 percent oppose the construction of new nuclear reactors. Protests broke out or intensified in countries around the world. Fukushima also demonstrated unambiguously that communities living near nuclear facilities would be the worst affected in the event of an accident, a lesson that hasn’t been lost on the local populations in Koodankulam and Jaitapur.

At the other end of the spectrum was the reaction of the people associated with nuclear establishments, who vociferously argued that it was essential to persist with nuclear power — not surprising, since it conforms to their self-interest. The arguments they used to make a case for expanding nuclear power are best illustrated through statements made by officials associated with the Department of Atomic Energy (DAE) and the Nuclear Power Corporation of India Ltd (NPCIL).

On 15 March 2011, NPCIL Chairman SK Jain trivialised what was going on in Japan saying, “There is no nuclear accident or incident in Fukushima… It is a well-planned emergency preparedness programme… (that) the nuclear operators of the Tokyo Electric Power Company are carrying out to contain the residual heat after the plants had an automatic shutdown following a major earthquake.” Such denial would be laughable but when the person thus opining is in charge of India’s power reactor fleet, it ceases to be amusing.

Another strain of argument trivialised the consequences. In November 2011, the DAE Secretary claimed that the “total casualty due to… (Fukushima) was zero”. But it is well known that one of the primary impacts of exposure to radiation, the incidence of cancer, occurs many years after the exposure. Therefore, while no one is likely to have died of cancer so far, the Fukushima accident will likely lead to thousands of cancers globally over the next few decades. Further, hundreds of sq km will remain unusable for agriculture for decades because of contamination by Cesium-137, which has a radioactive half-life of 30 years.

The DAE Secretary has asserted that the probability of a nuclear accident in India is zero

A final argument was that even if an accident were to occur, the DAE and its attendant organisations could manage the situation efficiently. In September 2011, for example, the DAE Secretary claimed: “We are prepared to handle an event like Fukushima.” This assertion is belied by the Secretary, Ministry of Health and Family Welfare, who testified to the Parliamentary Standing Committee in 2010 that it was “nowhere (near) meeting an eventuality that may arise out of nuclear and radiological emergencies”.

But by far the thrust of the statements by DAE and NPCIL officials has been to assert that the accident is essentially irrelevant, because no nuclear accident will ever occur in India. On more than one occasion, the DAE Secretary has made assertions that the probability of a nuclear accident in India is zero. In November 2011, for example, he stated that the probability was “one in infinity”. The public image sought to be created is one of great confidence in safety. Is such confidence justified?

The first point to note is that the very statement that the likelihood of an accident is zero is scientifically untenable; every nuclear reactor has a finite, albeit small, probability of undergoing a catastrophic failure. What’s more, because of the complexity of the system and the many ways in which accidents could occur, this probability is never calculable with full certainty.

All the major nuclear accidents so far have afflicted different reactor designs, have had entirely different causes, have progressed along different pathways, and have had different consequences. Even newer reactor designs are not immune. In the case of the VVER reactors constructed in Koodankulam, a particular concern is with the control rod mechanism. On 1 March 2006, for example, one of the four main circulation pumps at Bulgaria’s Kozluduy unit 5 tripped because of an electrical failure. When the system reduced the power to 67 percent of nominal capacity, three control rod assemblies remained in an upper-end position. Follow-up tests of the remaining control rod assemblies identified that in total, 22 out of 61 could not be moved with driving mechanisms. Control rod insertion failures can seriously compromise safety in an accident.

A second question: is the confidence on the part of officials about the zero probability of accidents good for safety? This is not a question about technology but about organisations. The problem is that because of the potential for accidents, nuclear technology poses extreme organisational demands. Some of these have been identified by a group of researchers led by scholars at the University of California, Berkeley, US. Based on field studies in air traffic control operations, aircraft carriers, and the Diablo Canyon nuclear power plant, they found several good management practices that are necessary — even if they don’t suffice — for a relatively high degree of safety. These include political and organisational leaders placing a high priority on safety in design and operation; robust cooperation and joint learning between management and workers on safety issues; and the adoption of best design and operational practices. The DAE and its attendant institutions fail to meet many of these criteria.

The best evidence for the DAE’s failure in achieving an adequate degree of safety is the history of small and large accidents at its facilities. Many of these were easily preventable. A good example is the accident at the Narora reactor in March 1993. It started when two blades broke off from the turbine due to vibrations. This eventually led to a major fire that spread across the turbine building and burnt electric cables, which led to a general blackout in the plant. The reactor’s secondary cooling systems were consequently rendered inoperable. It took 17 hours for power to be restored to the reactor and its safety systems.

It was the DAE’s closest brush with a catastrophic accident. More worrisome is the evidence that it could have been foreseen and prevented. First, the failure of the turbine blades was avoidable. In 1989, GE communicated information about a design flaw and recommended design modifications, and the manufacturer responded by preparing detailed drawings for NPCIL. However, NPCIL did not take any action until after the accident.

Second, even if the turbine blade failed despite modification, the accident might have been averted if the safety systems had been operating, which they presumably would have if only their power supply had been encased in separate and fire-resistant ducts. By the time the Narora reactor was commissioned, this was established wisdom in the nuclear design community and had been ever since the fire at Browns Ferry in the US in 1975. This was even recognised in the 1989 safety assessment for Narora performed by DAE analysts, including Anil Kakodkar, who was to become head of the DAE in 2000. Evidently, organisational leaders ignored important safety practices needed to reduce the risk of fire.

NARORA WAS not a one-off case. Similar patterns of avoidable failures marked other accidents too. In the face of this history, it is ludicrous for DAE and NPCIL officials to argue that the probability of an accident is zero. Safety scholar James Reason once noted: “If an organisation is convinced that it has achieved a safe culture, it almost certainly has not.” The DAE and its attendant institutions appear to be convinced not just that they have a safe culture, but that the hazardous technologies they operate are incapable of undergoing accidents. This is not conducive to safety.

The risk of catastrophic accidents means that the pursuit of nuclear power is justified only if it is done democratically with the informed consent of the potentially affected populations. What the Koodankulam protest tells us is that these populations are not consenting to be subject to this risk. They deserve to be listened to, not dismissed as stooges of foreign funding. That is an insult to the intellects and minds of millions of people and to democracy itself.

Author : MV Ramana, Physicist, Program On Science and Global Security, Princeton University

Biggest Science Stories of 2011


hurricane hunters, earth, environment, atlantic hurricane season, hurricane planes, hurricane aircraft, meteorology, storm prediction, hurricane pilots

Credit: U.S. Air Force, Staff Sgt. Valerie Smock.

From the last space shuttle mission and spotting Earth-size planets orbiting another star to the possible detection of the elusive Higgs boson particle and some extreme (and very costly) weather, 2011 was filled with science, albeit sometimes disastrous. Here are 11 of the most compelling and significant science stories to break this year.

The U.S. may have exited the recession this year, but the amount of time Americans go without work has reached a record level. And psychologists say this doesn’t bode well for our emotional health. Census data also shows increases in the nation’s poverty rate in recent years. Americans feel their financial situation was getting worse, not better, and even their pets are suffering. The Great Recession of 2007 to 2009 hit all children hard, but seems to have caused the largest increase in childhood poverty among Latino kids.

Killer Contaminated Cantaloupes
null

Credit: stock.xchng

An outbreak of listeriosis, an infection caused by the bacterium Listeria monocytogenes, spread by contaminated cantaloupes infected 146 people and killed 30 this fall, the U.S. Centers for Disease Control and Prevention reported in December. Health officials recommend washing melons particularly cantaloupes before slicing them to remove any bacteria clinging to the rind.

The Last Space Shuttle

Credit: NASA/Bill Ingalls

Thirty years after launching its first space shuttle, Columbia, NASA ended its space shuttle program in July with a final mission by the shuttle Atlantis. NASA has no immediate plans to replace the shuttles, but is instead focusing on manned voyages beyond low orbit, such as to the moon and Mars. In the immediate future, a combination of commercial ventures, whose craft are still being developed, and other nation’s craft, such as the Russian Soyuz and Progress, are expected to take over the task of ferrying American astronauts and experiments back and forth to the International Space Station (ISS).

Mutant Flu Virus Created in Lab

Bird flu, also known as H5N1, rarely infects people, but when it does the results are often deadly: Of the 600 cases reported since 2003, about 60 percent have been fatal. To better understand how the virus might change into a form that could easily spread between people, two groups of scientists altered the virus in their labs, creating the sort of pathogen that could start a pandemic.

Biosecurity officials have called for crucial details of their work to be kept under wraps — to prevent it from falling into the wrong hands — and some have questioned whether the work should have been done at all.

Japan’s Earthquake, Tsunami & Nuclear Crisis
tsunami, tohoku earthquake, japan, japanese earthquake, tsunami debris, radioactive debris, radioactivity, pacific garbage patch, hawaii

Credit: U.S. Navy/ Specialist 3rd Class Alexander Tidd.

On March 11, an earthquake, measuring a magnitude of 8.9, struck off the coast of Japan. The earthquake was the most powerful to ever hit the country, and it was followed by the walls of water – caused by the subsequent tsunamis – which wreaked havoc. These disasters set off the worst nuclear emergency since Chernobyl when massive amounts of radiation were released from nuclear power plants. Reactors at the Fukushima nuclear power plant melted down, and the surrounding area evacuated.

Alarming Firsts in the Arctic
Baby and mother polar bear on Arctic sea ice

Credit: Sophie TRAN, Laboratoire des Sciences du Climat et de l’Environnement (LSCE), distributed by EGU under a Creative Commons license.

The ozone hole over the Antarctic is nothing new, although scientists expect it to disappear later this century. But this year, an Arctic counterpart emerged for the first time, thanks to unusually cold temperatures in the stratosphere plus lingering ozone-destroying pollutants. Arctic sea ice also melted — either to its lowest summer extent on record, or its second lowest, depending on who did the measuring.

Exceeding the Speed of Light?

Reports that physicists had accelerated subatomic particles, called neutrinos, faster than the speed of light appeared to upset modern physics and even the nature of causality. Einstein’s Theory of Special Relativity gives a special status to the speed of light as a cosmic speed limit. Anything exceeding the speed of light would travel backwards time, interfering with the basic rule that cause precedes effect, called causality. However, this all may have been a false alarm. More recent evidence indicates the neurtrinos never traveled that quickly, though the jury is still out.

Planets Like Ours
earth-sized planets. The Kepler space telescope has spied evidence of two Earth-sized worlds in a star system 950 light-years away.

Credit: Karl Tate, SPACE.com Contributor/ NASA/JPL-Caltech/T. Pyle

Astronomers came a step closer to locating a habitable, Earth-like planet, when they found two, roughly Earth-sized planets orbiting a star 950 light-years away. These are the smallest, most Earth-size alien worlds known. Their close proximity to their sun means they are too hot to be habitable, however.

Our Ancestors’ Secrets
teeth from a new branch of ancient humans

Credit: David Reich et al., Nature.

It seems our ancestors not only mated with Neanderthals, they also got it on with another, even more mysterious archaic hominin species. Called the Denisovans, these people lived about 40,000 years ago and are known to us only from a few bone fragments and teeth. Research has uncovered Denisovan genes in modern East Asian and Pacific Island populations.

Particle

This track is an example of simulated data modelled for the ATLAS detector on the Large Hadron Collider (LHC) at CERN. The Higgs boson is produced in the collision of two protons at 14 TeV and quickly decays into four muons, a type of heavy electron that

Credit: CERN/ATLAS

Physicists say they are closing in on an elusive subatomic particle, called the Higgs boson, that could confirm their theory on where mass comes from. The Higgs boson is thought to be tied to a field (the Higgs field), which is responsible for giving all other particles their mass.

Climate Change

dry lake bed

Credit: NOAA.

Drought, wildfire, tornadoes, flooding, a blizzard and a hurricane — weather-related disasters wreaked havoc on the United States in 2011, setting a new record for costly weather-related disasters. In December, the National Oceanic and Atmospheric Administration (NOAA) announced the country had experienced 12 $1 billion-plus of them. And we can expect more, said NOAA head Jane Lubchenco, citing predictions of more severe weather brought by climate change. Americans seem to be getting the message; an annual survey found we are starting to see climate change as an immediate problem, thanks to this year’s devastating weather.

White Christmas: Images of Stunning Snowy Landscapes


                                   Winter Wonderland

Winter Wonderland Credit: mikie11 | shutterstock
Here’s hoping for a white Christmas! FromAustralia to Antarctica, we’ve rounded up breathtaking images of snow-filled landscapes from around the world.

The above winter scene of a rosy sunset’s rays over the snow was captured in Finland.

Winter Wonderland

Winter WonderlandCredit: mikie11 | shutterstock
Here’s hoping for a white Christmas! FromAustralia to Antarctica, we’ve rounded up breathtaking images of snow-filled landscapes from around the world.

The above winter scene of a rosy sunset’s rays over the snow was captured in Finland.

Dr. Seuss Trees

Dr. Seuss TreesCredit: Kotenko Oleksandr | shutterstock
This otherworldly shot also shows snow-covered trees in front of the Carpathian Mountains in Ukraine.

Winter Twilight

Winter TwilightCredit: Marcel Baumgartner | shutterstock
This tranquil photograph was snapped in the historic town of Schaffhausen, which was a city-state during the Middle Ages. Located in the northernmost corner of Switzerland, the town rests on the beautiful Rhine riverside.

Frozen Flatirons

Frozen FlatironsCredit: Coloradophotos | shutterstock
The jagged peaks of the Flatirons, a rock formation located in Chautauqua Park, rise above the snow-covered trees of Boulder, Colo. One of Boulder’s most iconic geological features, the Flatirons is a popular destination for mountain climbers.

Snowy Archway

Snowy Archway Credit: Hiroshi Ichikawa | shutterstock
This photo of the snow-tipped stratovolcano Mount Fuji was taken through arching braches on the island of Honshu in Japan. At 12,388 feet (3,776 meters), Mount Fuji is the highest mountain in Japan.

Russian Forest

Russian ForestCredit: Leonid Ikan | shutterstock
The above shot of a sunset over a forest was taken in Russia. During the winter, the days in Russia are quite short, with the sun setting just before 5 p.m. in Moscow during December. The parts of Russia that are to the North of the Polar Circle experience a polar night, which occurs when there is no sunlight during the winter season because the sun’s rays do not reach over from the horizon in those areas.

Roadside Icicles

Roadside IciclesCredit: Repina Valeriya | shutterstock
Here, a snowy-white roadside in rural Russia. Tree branches can look like they’ve been spray-painted white from every angle — not just from above, as is the case after a snowfall — when water particles in fog settle and freeze on surfaces, forming a frosty outer layer that is known as rime.

Australian Snow

Australian SnowCredit: Ashley Whitworth | shutterstock
The above wind-swept landscape overlooks Mount Bogong in Falls Creek, Australia. Located in Alpine National Park, Mount Bogong is a popular skiing and snowboarding location during the mid winter-spring months — the only time that the mountain is covered in snow.

Fog and Frost

Fog and FrostCredit: Sergey Shandin | shutterstock
A fog creeps over a snow-covered road in the village of Mrzla Vodica in Croatia.

Winter Landscape

Winter LandscapeCredit: Dhoxax | shutterstock
The above winter landscape of frosty trees and shrubbery is in Denmark, a Scandinavian country in Northern Europe. The days are short in Denmark during the winter, with sunsets occurring at about 3:45 p.m.

The Great Outdoors

The Great OutdoorsCredit: Volodymyr Goinyk | shutterstock
Seagulls rest on the dazzling snow-capped mountains of Antarctica. Winter is tourism season in the icy region, which is located around the Earth’s South Pole. Adventure-seekers pay upwards of $30,000 to experience Antarctica’s breathtaking sights, extreme climate and stunning wilderness.

Icy Bridge

Icy BridgeCredit: Mika Heittola | shutterstock
A sunset illuminates a cozy home near a frost-covered bridge in Finland. If you love winter, Finland is the place to be, as Finns experience three to seven months of wintertime, depending on which part of the country they live in.

Sand and Snow

Sand and SnowCredit: morrbyte | shutterstock
The snow-covered shores of Ballybunion Beach, situated at the mouth of the River Shannon in County Kerry, Ireland, feature 14th-century ruins of Ballybunion Castle.

Amazing Alps

Amazing AlpsCredit: Luca Placido | shutterstock
The sun beams down on the smooth snow of Valnontey Valley, located within Italy’s Alps. The Alps mountain range stretches from Austria and Slovenia, through Italy, Switzerland, Germany and Liechtenstein to France.

Frosty Riverside

Frosty RiversideCredit: Govert Nieuwland | shutterstock
The picturesque riverside paths along Kleine Dommel, which starts in Eindhoven, the Netherlands, make for popular tourist attractions.

Winter Windmill

Winter WindmillCredit: Eric Gevaert | shutterstock
A windmill stands in stark contrast against the snowy landscape of the Dutch village of Oosthuizenthe in North Holland, the Netherlands.

Remy Melina

இது மக்கள் ஆட்சியாம்…….!!!!!!


இந்திய மக்களாகிய நாம், இந்தியாவை இறையாண்மை கொண்ட சமதர்ம, சமய சார்பற்ற, மக்களாட்சிக் குடியரசாக அமைப்பது என்ற உறுதி ஏற்றுள்ளோம். இதன் மூலம், இந்தியாவில் உள்ள அனைத்து குடிமக்களையும் பாதுகாப்போம் என்று நமது அரசியல் அமைப்புச் சட்டத்தின் முன்னுரை சொல்கிறது.

கடந்த ஒரு வாரமாக, கிங்பிஷர் ஏர்லைன்ஸின் விமானங்கள் நூற்றுக்கும் மேற்பட்டவை ரத்து செய்யப் பட்டுள்ளன. கிங்பிஷர் விமான நிறுவனம் நொடித்துப் போகும் அளவை எட்டியுள்ளது.

நேற்று, செய்தியாளர்களிடம் பேசிய விமானப் போக்குவரத்துத் துறை அமைச்சர் வயலார் ரவி, விஜய் மல்லையா என்னிடம் பேசினார். நான் இது தொடர்பாக நிதி அமைச்சரிடம் பேசி, வங்கிகளிடம் பேசி, கிங்பிஷர் நிறுவனத்திற்கு வழங்கப் பட்டுள்ள கடன்களை மாற்றி அமைத்து, அந்நிறுவனத்தை மாற்றியமைக்க முடியுமா என்று பேசியிருக்கிறேன் என்று தெரிவித்துள்ளார்.

கிங்பிஷர் நிறுவனத்துக்கு தற்போது இருக்கும் மொத்த கடன் 7057 கோடி ரூபாய். கிங்பிஷர் நிறுவனம் தற்போது சந்தித்துள்ள மொத்த நஷ்டம் மார்ச் 31 அன்று உள்ளபடி 4283 கோடி ரூபாய். இந்நிறுவனம் 2005ல் தொடங்கியதிலிருந்து இது வரை ஒரு பைசா கூட லாபமாக சம்பாதிக்கவில்லை. 20011 தொடக்கத்தில், கிங்பிஷர் நிறுவனத்துக்கு கொடுக்கப் பட்ட கடன் திரும்ப வசூல் செய்வதில் உள்ள சிக்கல்களை கருத்தில் கொண்டு, ரிசர்வ் வங்கி, தேசியமயமாக்கப் பட்ட வங்கிகளை, கடனுக்கு பதிலாக கிங்பிஷர் நிறுவனத்தின் பங்குகளை வாங்கிக் கொள்ளச் சொல்லி பரிந்துரைத்தது.

அந்தப் பரிந்துரையின் அடிப்படையில், தேசியமயமாக்கப் பட்ட 13 வங்கிகள் கிங்பிஷர் நிறுவனத்தின் பங்குகளை ஒரு பங்கு 63 ரூபாய்க்கு (அப்போதைய கிங் பிஷர் பங்கு மதிப்பு ரூ.40) தற்போது கிங்பிஷர் நிறுவனத்தின் ஒரு பங்கின் விலை ரூ.19.65. வங்கிகளுக்கு தரவேண்டிய கடன் தொகை போக, கிங்பிஷர் நிறுவனம், தேசிய எண்ணை நிறுவனங்களுக்கு தர வேண்டிய தொகை என்ன தெரியுமா ? இந்துஸ்தான் பெட்ரோலியம் (HPCL) நிறுவனத்துக்கு 600 கோடி. பாரத் பெட்ரோலியம் நிறுவனத்துக்கு 250 கோடி (BPCL) இந்தியன் ஆயில் நிறுவனத்துக்கு (IOCL) 200 கோடி. எண்ணை நிறுவனங்கள் நஷ்டத்தில் இயங்குகின்றன என்ற காரணத்தால், வாரத்திற்கு ஒரு முறை பெட்ரோல் விலையை உயர்த்தும் நிதி அமைச்சகமும், பெட்ரோலியத் துறை அமைச்சகமும் மல்லையாவிடம் ஏன் அமைதியாக இருக்கிறார்கள் என்பது அவர்கள் மனசாட்சிக்குத் தான் தெரியும்.

இந்த மல்லையா யாரென்பது, தெரியுமா ?

மிகப் பெரிய சாராய அதிபர். யுனைட்டட் ப்ரூவரிஸ் என்ற நிறுவனத்தை நடத்தி வருபவர். 2005ல் கிங்பிஷர் ஏர்லைன்ஸ் நிறுவனத்தை தொடங்குகிறார். இவர் ஒரு சோக்காளி. பணக்காரர்களையும் பெண்களையும் அழைத்து அவ்வப்போது பார்ட்டி கொடுப்பது இவரது பொழுது போக்கு. இவரது பார்ட்டிகளில் கலந்து கொள்ளாத நடிக நடிகைகளே இல்லை எனலாம். ஆண்டுதோறும் கிங்பிஷர் காலண்டர் என்ற பெயரில் மாடல் அழகிகளை வைத்து காலண்டர் தயாரித்து வெளியிடுவார்.

எல்லா தொழிலிலும் இறங்கி விட்டோம். அரசியலிலும் இறங்கலாம் என்று 2000த்தில் ஜனதா கட்சியில் சேர்ந்து கர்நாடகா முழுவதும் வேட்பாளர்களை களத்தில் இறக்கினார். ஆனால் ஒரு இடத்தில் கூட வெற்றி பெறாமல், இவர் கட்சி மண்ணைக் கவ்வியது. ஆனால் பின்னாளில் ராஜ்ய சபா எம்பி தேர்தலில், பணம் கொடுத்து, ஜனதா தளக் கட்சி வேட்பாளரை தோற்கடித்து, சுயேட்சையாக எம்.பி ஆனார்.

பெங்களுரு ராயல் சேலஞ்சர்ஸ் என்ற பெயரில் ஐபிஎல் டீமை சொந்தமாக வைத்துள்ளார். எப் 1 பார்முலா ரேசில், போர்ஸ் ஒன் என்ற பெயரில் ஒரு டீம் வைத்துள்ளார்.

தென் ஆப்ரிக்காவில் இந்தியக் கிரிக்கெட்டின் இறுதிப் போட்டி நடைபெற்ற போது, இந்தியாவில் இருந்து சொந்த விமானத்தில் பல்வேறு எம்பிக்களை அழைத்துச் சென்றார்.

இந்த மல்லையாவுக்குத் தான் தற்போது நெருக்கடி. இவருக்குத் தான் உதவி செய்ய வேண்டும் என்று மத்திய விமானத்துறை அமைச்சர் வயலார் ரவி பரிந்து பேசியுள்ளார்.

இது ஒரு பக்கம். மற்றொரு பக்கம். 1995 முதல் 2010 வரையிலான ஆண்டுகளில் கடன் தொல்லை தாங்காமல் தற்கொலை செய்து கொண்ட விவசாயிகளின் எண்ணிக்கை மட்டும் 2,56,913. இது வேலை வெட்டி இல்லாத சமூக ஆர்வலர்கள் தொகுத்த கணக்கீடு அல்ல. மத்திய அரசின் தேசிய குற்றவியல் கணக்கிடும் பிரிவு வெளியிட்டுள்ள எண்ணிக்கை இது.

கடன் தொல்லைகள் காரணமாக விவசாயிகள் தற்கொலை என்ற செய்தி வரும்போதெல்லாம் கண் துடைப்பு நடவடிக்கைகளில் ஈடுபடும் மத்திய மாநில அரசுகள், விவசாயிகளின் கடன் பிரச்சினையையும், அவர்கள் தற்கொலையையும் வெறும் எண்ணிக்கையான மட்டுமே பார்க்கின்றன என்பதே வேதனை தரும் விஷயம்.

இந்தியாவில் உள்ள அனைத்து குடிமக்களையும் பாதுகாப்போம் என்று அரசியல் அமைப்புச் சட்டத்தின் கீழ் உறுதி மொழி எடுத்துக் கொண்டுள்ள அரசியல்வாதிகள் கண்களுக்கு மல்லையாக்களும், ரத்தன் டாடாக்களும், அம்பானிகளும் மட்டுமே குடிமக்களாகத் தெரிகிறார்கள் என்பதுதான் வேதனை. 

இது மக்கள் ஆட்சியாம்…….!!!!!!

The next 100 years


Japan and Turkey form an alliance to attack the US. Poland becomes America’s closest ally. Mexico makes a bid for global supremacy, and a third world war takes place in space. Sounds strange? It could all happen. . .

In 1492, Columbus sailed west. In 1991, the Soviet Union collapsed. These two events bracketed the European age. Once, Mayans lived unaware that there were Mongols, who were unaware there were Zulus. From the 15th century onwards, European powers collectively overwhelmed the world, creating the first truly global geopolitical system in human history, to the point where the fate of Australian Aborigines was determined by British policy in Ireland and the price of bread in France turned on the weather in Minnesota.

Europe simultaneously waged a 500-year-long civil war of increasing savagery, until the continent tore itself apart in the 20th century and lost its hold on the world. After the collapse of the Soviet Union, there was no longer a single European nation that could be considered a global power of the first rank.

Another unprecedented event took place a decade or so earlier. For 500 years, whoever controlled the North Atlantic controlled Europe’s access to the world and, with it, global trade. By 1980, the geography of trade had shifted, so that the Atlantic and Pacific were equally important, and any power that had direct access to both oceans had profound advantages. North America became the pivot of the global system, and whatever power dominated North America became its centre of gravity. That power is, of course, the United States.

It is geography combined with the ability to exploit it that matters. The US is secure from attack on land or sea. It is vulnerable to terrorist attack but, outside of a nuclear exchange, faces no existential threat in the sense that Britain and France did in 1940-41, or Germany and Japan did in 1944-45. Part of its advantage is that, alone among the combatants, the US actually profited from the Second World War, emerging with a thoroughly modernised industrial base. But this itself can be traced to the country’s core geography. The fertility of the land between the Appa­lachians and the Rocky Mountains, and the configuration of the country’s river system, drove an economic system in the 19th century that helped fund an economy which today constitutes between 25 and 30 per cent of global economic activity, depending on how you value the dollar.

Just as important, perhaps, is that while the population density of Japan is about 365 people per square kilometre and that of most European states between 100 and 300 per square kilometre, the US population density, excluding Alaska, is about 34 people per square kilometre. The US has room to grow and it manages immigration well. Its population is not expected to decline. It is the pre-eminent power not because of the morality of the regime, the virtue of its people or the esteem in which it is held, but because of Europe’s failures and changes in global trade patterns.

This is a geopolitical reading of history. Geo­politics argues that it is geography which defines power, and that military, economic and political power are different parts of a single system. Geopolitics tends not to take policies or politicians very seriously, seeing them as trapped in reality. The finest statesman ruling Iceland will not dominate the world; the stupidest ruling ancient Rome could not undermine its power.

Economists talk about an invisible hand – a concept, if not a term, they have borrowed from Machiavelli. Geopolitics applies the concept of the invisible hand to the behaviour of nations and other international actors. Geopolitics and economics both hold that the players are rational and will pursue their self-interest, if not flawlessly, then at least not randomly.

Think of a chess game. On the surface, it appears that each player has 20 potential opening moves. In fact, there are many fewer, because most of these moves are so bad that they would quickly lead to defeat. The better you are at chess, the more clearly you see your options, and the fewer moves you regard as being available: the better the player, the more predictable the move. The grandmaster plays with absolute predictable precision – until that one brilliant, unexpected stroke.

Geopolitics assumes two things: first, that human beings organise themselves into units larger than families and that they have a natural loyalty to the things they were born into, the people and the places; second, that the character of a nation is determined to a great extent by geography, as is the relationship between nations. We use the term “geography” broadly. It includes the physical characteristics of a location, but it goes beyond that to look at the effects of a place on individuals and communities. These are the foundation of geopolitical forecasting.

Opinion and reputation have little to do with national power. Whether the US president is loathed or admired is of some minor immediate import, but the fundamentals of power are overarching. Nor do passing events have much to do with national power, no matter how significant they appear at that moment. The recent financial crisis mattered, but it did not change the basic geometry of international power. The concept of American decline is casually tossed about, but for America to decline, some other power must surpass it. There are no candidates.

Consider China, most often mentioned as the challenger to the US. Han China is surrounded by four buffer states, Manchuria, Inner Mongolia, Xinjiang and Tibet. Without these buffers, the borders of China move inward and China becomes vulnerable. With these four buffers in place, China is secure – but as a landlocked island, bounded by mountainous jungle, the Himalayas, the steppes of central Asia and the Siberian wasteland. China is blocked in all directions but the sea.

The vast majority of China’s population lives within a thousand miles of the Pacific coast. Beyond this line, water supply will not support large populations. Most industrial development has taken place within a hundred miles of the coast. Consider the following numbers, culled from official Chinese statistics. About 65 million Chinese people live in households with more than $20,000 a year in income. Around 165 million make between $2,000 and $20,000 a year. Most of these live within 100 miles of the coast. About 400 million Chinese have household ­incomes between $1,000 and $2,000 a year, while about 670 million have household incomes of less than $1,000 a year. China is a land of extra­ordinary poverty. Mao made the Long March to raise an army of desperate peasants to rectify this sort of extreme imbalance. The imbalance is there again, a volcano beneath the current regime.

China would have to triple the size of its economy – and the US would have to stand still – if China were to pull even with the US in GDP. Militarily, China is impotent. Its army is a domestic security force, its ability to project power blocked by natural barriers. Its navy exists mostly on paper and could not possibly pose a serious threat to the US. Casual assertions of China surpassing the US geopolitically ignore fundamental, overwhelming realities. China could conceivably overcome its problems, but it would require most of the century to overcome problems of this magnitude.

Europe, if it ever coalesced into a unified economic and military power, could certainly challenge the US. However, as we have seen during the recent financial crisis, nationalism continues to divide the continent, even if exhaustion has made that nationalism less virulent. The idea of Europe becoming a multinational state with a truly integrated economic decision-making system – and with a global military force under joint command – is as distant a dream as that of China becoming a global power.

This is not an Americentric view of the world. The world is Americentric. The US marshals the economic resources of North America, controls the world’s oceans and space, projects force where it wishes – wisely or not. The US is to the world what Britain once was to Europe. Both nations depended on control of the sea to secure their interests. Both nations understood that the best way to retain control of the sea was to prevent other nations from building navies. Both understood that the best way to do that was to maintain a balance of power in which potential challengers spent their resources fighting each other on land, rather than building fleets that could challenge their control of the sea.

The US is doing this globally. Its primary goal is always to prevent the emergence of a single power that can dominate Eurasia and the European peninsula. With the Soviet Union’s collapse, China’s limits and the EU’s divisions, there is currently no threat of this. So the US has moved to a secondary goal, which is to block the emergence of any regional hegemon that could, in the long term, grow into something more dangerous. The US does what it can to disrupt the re-emergence of Russian national power while building relations with bordering countries such as Poland and Turkey. It encourages unrest in China’s border regions, using the ideology of human rights as justification. It conducts direct or surrogate wars on a seemingly random basis, from Somalia to Serbia, from Iraq to Afghanistan.

Many of these wars appear to go badly. However, success is measured not by the pacification of a country, but by its disruption. To the extent that the Eurasian land mass is disrupted, to the extent that there is perpetual unrest and disunion from the Atlantic to the Pacific, the US has carried out its mission. Iraq is paradigmatic. The US intervention resulted in a civil war. What appeared to be a failure was, in fact, a satisfactory outcome. Subjectively, we would think George W Bush and his critics were unaware of this. But that is the point of geopolitics. The imperatives generate ideologies (a democratic Iraq) and misconceptions (weapons of mass destruction). These, however, are shadows on the wall. It is the geopolitical imperatives, not the rhetoric, that must be understood in order to make sense of what is going on.

Thus, the question is how these geopolitical and strategic realities shape the rest of the century. Eurasia, broadly understood, is being hollowed out. China is far weaker than it appears and is threatened with internal instability. The Europeans are divided by old national patterns that prevent them from moving in a uniform direction. Russia is using the window of opportunity presented by the US absorption in disrupting the Islamic world to reclaim its sphere of influence in the former Soviet Union, but its underlying weakness will reassert itself over the next generation.

New powers will emerge. In the 19th century, Germany, Italy and Japan began to emerge as great powers, while in the 20th century global powers such as Britain and France declined to secondary status. Each century, a new constellation of powers forms that might strike observers at the beginning of the century as unthinkable. Let us therefore think about the unthinkable.

The United States conducts an incautious foreign policy. The relative power of the US is such that it has a margin of error far beyond that of the countries it confronts. It also has a strategic disruptive imperative, based on geopolitical interests. This will make the planet an uncomfortable place, particular for rising powers.

There is another dimension built into US foreign policy – using subordinate regional powers as surrogates, exchanging their willingness to incur risks from a major power opposed to the US for substantial benefits. These range from strategic guarantees and support against smaller neighbours to trade advantages and technology transfers. The recovery of West Germany and Japan during the cold war are classic examples of this. There are three nations that are already major or emerging regional powers that will be important to the US in dealing with Russia in the next decade or so: Japan, Turkey and Poland.

Japan is already a great power. It is the world’s second-largest economy, with a far more stable distribution of income and social structure than China. It has east Asia’s largest navy – one that China would like to have – and an army larger than Britain’s (since the Second World War, both Japan’s “army” and “navy” have officially been non-aggressive “self-defence forces”). It has not been a dynamic country, militarily or economically, but dynamism comes and goes. It is the fundamentals of national power, relative to other countries, that matter in the long run.

Turkey is now the world’s 17th-largest economy and the largest Islamic economy. Its military is the most capable in the region and is also probably the strongest in Europe, apart from the British armed forces. Its influence is already felt in the Caucasus, the Balkans, central Asia and the Arab world. Most important, it is historically the leader in the Muslim world, and its bridge to the rest of the world. Over the centuries, when the Muslim world has been united, this has happened under Turkish power; the past century has been the aberration. If Russia weakens, Turkey emerges as the dominant power in the region, including the eastern Mediterranean; Turkey is an established naval power. It has also been historically pragmatic in its foreign policies.

Poland has the 18th-largest economy in the world, the largest among the former Soviet satellites and the eighth-largest in Europe. It is a vital strategic asset for the US. In the emerging competition between the US and Russia, Poland represents the geographical frontier between Europe and Russia and the geographical foundation of any attempt to defend the Baltics. Given the US strategic imperative to block Eurasian hegemons and Europe’s unease with the US, the US-Polish relationship becomes critical. In 2008 the US signed a deal with Poland to instal missiles in the Baltic Sea as part of Washington’s European missile defence shield, ostensibly to protect against “rogue states”. The shield is not about Iran, but about Poland as a US ally – from the American and the Russian points of view.

To gauge what it means for a country to be a strategic asset of a global power, consider the case of South Korea. Any suggestion in 1950 that it would become a major industrial power by the end of the century would have been greeted with disbelief. Yet that is what Korea became. Like Israel, South Korea formed a strategic relationship with the US that was transformative. And both South Korea and Israel started with a much weaker base in 1950 than Poland has today.

Russia cannot survive its economic and demographic problems indefinitely. China must face its endemic social problems. So, imagine an unstable, fragmented Eurasia. On its rim are three powers – Japan to the east, Turkey to the south and Poland to the west. Each will have been a US protégé during the Russian interregnum, but by mid-century the US tendency to turn on allies and make allies of former enemies will be in play, not out of caprice but out of geopolitical necessity.

Two of the three major powers will be maritime powers. By far the most important will be Japan, whose dependence on the importation of virtually all raw materials forces it to secure its sea lanes. Turkey will have a lesser but very real interest in being a naval power in the eastern Mediterranean, and as its power in the Muslim world rises it will develop a relationship with Egypt that will jeopardise the Suez Canal and, beyond it, the Arabian Sea. Poland, locked between Russia and Germany, and far more under US control than the other two, will be a land power.

US strategy considers any great power with significant maritime capabilities a threat; it will have solved one problem – the Russian problem – by generating another. Imagining a Japanese-Turkish alliance is strange but no stranger than a Japanese-German alliance in 1939. Both countries will be under tremendous pressure from the established power. Both will have an interest in overthrowing the global regime the US has imposed. The risk of not acting will be greater than the risk of acting. That is the basis of war.

Imagining the war requires that we extrapolate technology. For the US, space is already the enabler of its military machine. Communications, navigation and intelligence are already space-based. Any great power challenging the US must destroy US space-based assets. That means that, by the middle of the century, the US will have created substantial defences for those assets. But if the US can be rendered deaf, dumb and blind, a coalition of Turkey and Japan could force the US to make strategic concessions.

War depends on surprise, and this surprise will have to focus on the destruction of US space forces. If this sounds preposterous, then imagine how the thought of a thousand bomber raids in the Second World War would have sounded in 1900. The distance travelled technologically between 1900 and 1945 was much greater than the one I am suggesting by 2050. There are no breakthroughs required here, only developments of what already exists.

It is difficult to imagine an American defeat in this war, although not major setbacks. The sheer weight of power that the US and its Polish ally can throw against the Japanese and Turks will be overwhelming. The enemy will be trying to deny the US what it already has, space power, without being able to replace it. The US will win in a war where the stakes will be the world, but the cost will be much less than the bloody slaughters of Europe’s world wars. Space does not contain millions of soldiers in trenches. War becomes more humane.

The ultimate prize is North America. Until the middle of the 19th century, there were two contenders for domination – Washington and Mexico City. After the American conquest of northern Mexico in the 1840s, Washington dominated North America and Mexico City ruled a weak and divided country. It remained this way for 150 years. It will not remain this way for another hundred. Today, Mexico is the world’s 13th-largest economy. It is unstable due to its drug wars, but it is difficult to imagine those wars continuing for the rest of the century. The heirs of today’s gangsters will be on the board of art museums soon enough.

Mexico has become a nation of more than 100 million people with a trillion-dollar economy. When you look at a map of the borderland between the United States and Mexico, you see a huge flow of drug money to the south and the flow of population northward. Many areas of northern Mexico that the US seized are now being repopulated by Mexicans moving northward – US citizens, or legal aliens, or illegal aliens. The political border and the cultural border are diverging.

Until after the middle of the century, the US will not respond. It will have concerns elsewhere and demographic shifts in the US will place a premium on encouraging Mexican migration northward. It will be after the mid-century systemic war that the new reality will emerge. Mexico will be a prosperous, powerful nation with a substantial part of its population living in the American south-west, in territory that Mexicans regard as their own.

The 500 years of European domination of the international system did not guarantee who would be the dominant European power. Nor is there any guarantee who will be the dominant power in North America. One can imagine scenarios in which the US fragments, in which Mexico becomes an equal power, or in which the US retains primacy for centuries, or an outside power makes a play. North America is the prize.

In due course, the geopolitical order will shift again, and the American epoch will end. Perhaps even sooner, the power of the US will wane. But not yet, and not in this century.

Author – George Friedman

George Friedman is the founder of the private intelligence corporation Stratfor. His book The Next 100 Years is published by Allison & Busby (£14.99)