Hurricane Sandy in U.S and Neelam in India, Are these Signals for the coming Disaster of End of the world.
Neelam caused huge loss to Agriculture sector, all the districts along the coast starting from West godavari, Prakasam ,Nellore and coast of Tamilnadu.One lakh hectares of agricultural land was damaged by the Heavy Rains caused by Neelam in Coastal Region of Andhra Pradesh.
The devastation that is created by these hurricanes is huge for the economy.
In U.S ,The cities New Jersey and New york are in darkness without electricity, Internet and people were asked to store food in advance.In India too, neelam has caused destruction, with heavy winds, rainfall and still going on.
This is all the results of the exploitation of Natural resources and causing the Imbalance in the ecosystem.
Drilling oil into the ocean bed, emission of carbondioxide leading to global warming which in turn leads to melting of glaciers, rising sea level and earthquakes and tsunami.
Yes, these are the signals that world is going to end soon. At least now all the people right from the common man t the presidents and prime ministers of the countries wake up and limit the Exploitation of nature and natural resources.
Wednesday, 31 October 2012
Sunday, 14 October 2012
October-14 World Arthritis Day
Flagged off by VVS LAKSHMAN.
People walked from people's plaza to Neclace Road railway station.
Doctors has adviced people who attended the walk to walk and move to prevent athritis and Early detection of Athritis is Very much essential to treat it Properly.
LUPUS is another Disease where rhematoid athritis is associated with it.
Kims Hospital has organised a WALK in Neclace road for Arthritis walk on the occassion of WORLD ARTHRITIS DAY.
Flagged off by VVS LAKSHMAN.
Symptoms
Arthritis causes joint pain, swelling, stiffness, and limited movement. Symptoms can include:- Joint pain
- Joint swelling
- Reduced ability to move the joint
- Redness of the skin around a joint
- Stiffness, especially in the morning
- Warmth around a joint
Signs and tests
The health care provider will perform a physical exam and ask questions about your medical history.The physical exam may show:
- Fluid around a joint
- Warm, red, tender joints
- Difficulty moving a joint (called "limited range of motion")
Blood tests and joint x-rays are often done to check for infection and other causes of arthritis.
Your doctor may also remove a sample of joint fluid with a needle and send it to a lab for examination.
Thursday, 11 October 2012
Ten Recently Extinct Animals
10
Commonly known as the Tasmanian Tiger, the Thylacine was the largest known carnivorous marsupial of modern times. Virtually wiped out in the wild due to constant hunting (they were thought to be a threat to sheep and other small farm animals) and the encroachment of humans on their already limited habitat the Thylacine was finally recognized as being in danger of becoming extinct in 1936, too little, too late as that same year the last Thylacine, named Benjamin, died on 7 September as the result of neglect — locked out of its sheltered sleeping quarters and exposed to freezing temperatures at night in Hobart Zoo, Tasmania. 60 years on there are still claims of sightings but all are yet to be confirmed.
The Quagga was a southern subspecies of the Plains Zebra. It differed from other zebras mainly in having stripes on the head, neck, and front portion of its body only, and having brownish, rather than white, on its upper parts. The last free Quaggas may have been caught in 1870. The last captive Quagga, a mare, died on 12 August 1883 in Amsterdam Zoo, where she had lived since 9 May 1867. It was not realized that this Quagga mare was the very last of her kind. Because of the confusion caused by the indiscriminate use of the term “Quagga” for any zebra, the true Quagga was hunted to extinction without this being realized until many years later. The Quagga became extinct because it was ruthlessly hunted down for meat and leather by South African farmers, also they were seen by the settlers as competitors, like other wild grass eating animals, for their livestock, mainly sheep and goats.
The story of the Passenger Pigeon is one of the most tragic extinction stories in modern times. As recently as around 200 years ago they weren’t anywhere near extinction. In fact, they were actually the most common bird in North America, and some reports counted single flocks numbering in the billions. Pigeon meat was commercialized and recognized as cheap food, especially for slaves and the poor, which led to a hunting campaign on a massive scale. Furthermore, due to the large size of their flocks, the birds were seen as a threat to farmers. The last Passenger Pigeon, named Martha, died alone at the Cincinnati Zoo at about 1:00 pm on September 1, 1914.
The first record of the Golden Toad was by herpetologist Jay Savage in 1966. The toad, recognized by its brilliant golden orange color, was native to the tropical cloud forests which surround Monteverde, Costa Rica. None have been seen since 1989. It last bred in normal numbers in 1987, and its breeding sites were well known. In 1987, due to erratic weather, the pools dried up before the larva had matured. Out of potential 30,000 toads, only 29 had survived. In 1988, only eight males and two females could be located. In 1989, a single male was found, this was the last record of the species. Extensive searches since this time have failed to produce any more records of the golden toad.
The Caribbean Monk Seal was the only known seal which was native to the Caribbean Sea and the Gulf of Mexico. It is also the only species of seal to go extinct directly due to human causes. The Caribbean monk seal was the first New World mammal to be discovered by Columbus and his company on the coast of Santo Domingo in 1494. It appears in the account of Columbus’ second voyage to America. Columbus promptly ordered his crew to kill eight of the animals, which he called “sea-wolves”, for food, paving the way for exploitation of the species by European immigrants who came in his wake. Since then, the once abundant seals have been hunted for their oil and slaughtered by fishermen, who regarded the animals as competitors. It was officially declared extinct just last year, on June 6th, 2008, although the last recorded account of the species was made at Serranilla Bank between Honduras and Jamaica in 1952. Like other true seals, the Caribbean Monk Seal was sluggish on land. This, along with its lack of fear for man, unaggressive and curious behavior, as well as human hunting, and early habitat exclusion by humans throughout their range may have dramatically speed up their decline and likely contributed to its demise.
5
The Pyrenean Ibex has one of the more interesting stories among extinct animals, since it was the first species to ever be brought back into existence via cloning, only to go extinct again just seven minutes after being born due to lung failure. The Pyrenean Ibex was native to the Pyrenees, a mountain range in Andorra, France and Spain. The Pyrenean ibex was still abundant in the fourteenth century (Day 1981). The Pyrenean ibex’s population declined due to a “slow but continuous persecution” and disappeared from the French Pyrenees and the eastern Cantabrian mountain range by the mid-nineteenth century. Its situation has been critical since the beginning of the 20th century, when it was estimated that the Pyrenean population in Spain numbered only about 100 individuals. Since the beginning of the 20th century, the population never rose above 40 individuals. In 1981, the population was reported to be 30. At the end of the 1980′s the population size was estimated at 6-14 individuals. The last naturally born Pyrenean Ibex, named Celia, died on January 6th, 2000, after being found dead under a fallen tree at the age of 13. That animal’s only companion had died just a year earlier due to old age.
Although it once roamed throughout Northern Africa and the Middle East, the deep-rooted mythology (once domesticated by the ancient Egyptians as a food source and for sacrificial purposes) which surrounded the animal was not enough to save it from European hunters who began hunting them for recreation and meat. People who resided in Morocco shot these animals for fun, and for hunting, which wiped large herds of them out. Many Hartebeests were captured and were kept alive (e.g. in the London Zoo from 1883 to 1907), but they eventually died out. The last Bubal Hartebeest was probably a female which died in the Paris Zoo in 1923.
Javan Tigers were a subspecies of tigers which were limited to the Indonesian island of Java. In the early 19th century Javan tigers were so common, that in some areas they were considered nothing more than pests. As the human population increased, large parts of the island were cultivated, leading to a severe reduction of their natural habitat. Wherever man moved in, the Javan tigers were ruthlessly hunted down or poisoned. Natives carried much of the hunting out, a surprising thing since they considered the tiger a reincarnation of their dead relatives. The last specimen to have been seen was sighted in 1972, although there is evidence from track counts that the animal had lingered into the 1980’s. The last track counts to yield evidence of the tigers was held in 1979, when just three tigers were identified. The leading cause of their extinction was agricultural encroachment and habitat loss, which continues to be a serious concern in Java.
The Tecopa Pupfish was native in the Mojave Desert, in Inyo County, California, United States of America. This fish subspecies was originally found only in the outflows of North and South Tecopa Hot Springs. It was first described by Robert Rush Miller in 1948. Its decline began in the early 1940s when the northern and the southern spring which were about 10 yards apart were made into canals and bathhouses were build. The popularity of Tecopa Hot Springs in the 1950s and 1960s led to the building of hotels and trailer parks in that area. By 1981 the Tecopa Pupfish was officially delisted by the United States Fish and Wildlife Service and it became the first animal which was officially declared extinct according to the provisions of the Endangered Species Act of 1973.
The Baiji population declined drastically in recent decades as China industrialized and made heavy use of the river for fishing, transportation, and hydroelectricity. As China developed economically, pressure on the river dolphin grew significantly. Industrial and residential waste flowed into the Yangtze. The riverbed was dredged and reinforced with concrete in many locations. Ship traffic multiplied, boats grew in size, and fishermen employed wider and more lethal nets. Noise pollution caused the nearly blind animal to collide with propellers. In the 1970s and 1980s, an estimated half of Baiji deaths were attributed to entanglement in fishing gear. Only a few hundred were left by 1970. Then the number dropped down to 400 by the 1980s and then to 13 in 1997 when a full-fledged search was conducted. The dolphin was declared functionally extinct after an expedition late in 2006 failed to record a single individual after an extensive search of the animal’s entire range.
Thylacine
Commonly known as the Tasmanian Tiger, the Thylacine was the largest known carnivorous marsupial of modern times. Virtually wiped out in the wild due to constant hunting (they were thought to be a threat to sheep and other small farm animals) and the encroachment of humans on their already limited habitat the Thylacine was finally recognized as being in danger of becoming extinct in 1936, too little, too late as that same year the last Thylacine, named Benjamin, died on 7 September as the result of neglect — locked out of its sheltered sleeping quarters and exposed to freezing temperatures at night in Hobart Zoo, Tasmania. 60 years on there are still claims of sightings but all are yet to be confirmed.
9
Quagga
The Quagga was a southern subspecies of the Plains Zebra. It differed from other zebras mainly in having stripes on the head, neck, and front portion of its body only, and having brownish, rather than white, on its upper parts. The last free Quaggas may have been caught in 1870. The last captive Quagga, a mare, died on 12 August 1883 in Amsterdam Zoo, where she had lived since 9 May 1867. It was not realized that this Quagga mare was the very last of her kind. Because of the confusion caused by the indiscriminate use of the term “Quagga” for any zebra, the true Quagga was hunted to extinction without this being realized until many years later. The Quagga became extinct because it was ruthlessly hunted down for meat and leather by South African farmers, also they were seen by the settlers as competitors, like other wild grass eating animals, for their livestock, mainly sheep and goats.
8
Passenger Pigeon
The story of the Passenger Pigeon is one of the most tragic extinction stories in modern times. As recently as around 200 years ago they weren’t anywhere near extinction. In fact, they were actually the most common bird in North America, and some reports counted single flocks numbering in the billions. Pigeon meat was commercialized and recognized as cheap food, especially for slaves and the poor, which led to a hunting campaign on a massive scale. Furthermore, due to the large size of their flocks, the birds were seen as a threat to farmers. The last Passenger Pigeon, named Martha, died alone at the Cincinnati Zoo at about 1:00 pm on September 1, 1914.
7
Golden Toad
The first record of the Golden Toad was by herpetologist Jay Savage in 1966. The toad, recognized by its brilliant golden orange color, was native to the tropical cloud forests which surround Monteverde, Costa Rica. None have been seen since 1989. It last bred in normal numbers in 1987, and its breeding sites were well known. In 1987, due to erratic weather, the pools dried up before the larva had matured. Out of potential 30,000 toads, only 29 had survived. In 1988, only eight males and two females could be located. In 1989, a single male was found, this was the last record of the species. Extensive searches since this time have failed to produce any more records of the golden toad.
6
Caribbean Monk Seal
The Caribbean Monk Seal was the only known seal which was native to the Caribbean Sea and the Gulf of Mexico. It is also the only species of seal to go extinct directly due to human causes. The Caribbean monk seal was the first New World mammal to be discovered by Columbus and his company on the coast of Santo Domingo in 1494. It appears in the account of Columbus’ second voyage to America. Columbus promptly ordered his crew to kill eight of the animals, which he called “sea-wolves”, for food, paving the way for exploitation of the species by European immigrants who came in his wake. Since then, the once abundant seals have been hunted for their oil and slaughtered by fishermen, who regarded the animals as competitors. It was officially declared extinct just last year, on June 6th, 2008, although the last recorded account of the species was made at Serranilla Bank between Honduras and Jamaica in 1952. Like other true seals, the Caribbean Monk Seal was sluggish on land. This, along with its lack of fear for man, unaggressive and curious behavior, as well as human hunting, and early habitat exclusion by humans throughout their range may have dramatically speed up their decline and likely contributed to its demise.
5
Pyrenean Ibex
The Pyrenean Ibex has one of the more interesting stories among extinct animals, since it was the first species to ever be brought back into existence via cloning, only to go extinct again just seven minutes after being born due to lung failure. The Pyrenean Ibex was native to the Pyrenees, a mountain range in Andorra, France and Spain. The Pyrenean ibex was still abundant in the fourteenth century (Day 1981). The Pyrenean ibex’s population declined due to a “slow but continuous persecution” and disappeared from the French Pyrenees and the eastern Cantabrian mountain range by the mid-nineteenth century. Its situation has been critical since the beginning of the 20th century, when it was estimated that the Pyrenean population in Spain numbered only about 100 individuals. Since the beginning of the 20th century, the population never rose above 40 individuals. In 1981, the population was reported to be 30. At the end of the 1980′s the population size was estimated at 6-14 individuals. The last naturally born Pyrenean Ibex, named Celia, died on January 6th, 2000, after being found dead under a fallen tree at the age of 13. That animal’s only companion had died just a year earlier due to old age.
4
Bubal Hartebeest
Although it once roamed throughout Northern Africa and the Middle East, the deep-rooted mythology (once domesticated by the ancient Egyptians as a food source and for sacrificial purposes) which surrounded the animal was not enough to save it from European hunters who began hunting them for recreation and meat. People who resided in Morocco shot these animals for fun, and for hunting, which wiped large herds of them out. Many Hartebeests were captured and were kept alive (e.g. in the London Zoo from 1883 to 1907), but they eventually died out. The last Bubal Hartebeest was probably a female which died in the Paris Zoo in 1923.
3
Javan Tiger
Javan Tigers were a subspecies of tigers which were limited to the Indonesian island of Java. In the early 19th century Javan tigers were so common, that in some areas they were considered nothing more than pests. As the human population increased, large parts of the island were cultivated, leading to a severe reduction of their natural habitat. Wherever man moved in, the Javan tigers were ruthlessly hunted down or poisoned. Natives carried much of the hunting out, a surprising thing since they considered the tiger a reincarnation of their dead relatives. The last specimen to have been seen was sighted in 1972, although there is evidence from track counts that the animal had lingered into the 1980’s. The last track counts to yield evidence of the tigers was held in 1979, when just three tigers were identified. The leading cause of their extinction was agricultural encroachment and habitat loss, which continues to be a serious concern in Java.
2
Tecopa Pupfish
The Tecopa Pupfish was native in the Mojave Desert, in Inyo County, California, United States of America. This fish subspecies was originally found only in the outflows of North and South Tecopa Hot Springs. It was first described by Robert Rush Miller in 1948. Its decline began in the early 1940s when the northern and the southern spring which were about 10 yards apart were made into canals and bathhouses were build. The popularity of Tecopa Hot Springs in the 1950s and 1960s led to the building of hotels and trailer parks in that area. By 1981 the Tecopa Pupfish was officially delisted by the United States Fish and Wildlife Service and it became the first animal which was officially declared extinct according to the provisions of the Endangered Species Act of 1973.
1
Baiji River Dolphin
The Baiji population declined drastically in recent decades as China industrialized and made heavy use of the river for fishing, transportation, and hydroelectricity. As China developed economically, pressure on the river dolphin grew significantly. Industrial and residential waste flowed into the Yangtze. The riverbed was dredged and reinforced with concrete in many locations. Ship traffic multiplied, boats grew in size, and fishermen employed wider and more lethal nets. Noise pollution caused the nearly blind animal to collide with propellers. In the 1970s and 1980s, an estimated half of Baiji deaths were attributed to entanglement in fishing gear. Only a few hundred were left by 1970. Then the number dropped down to 400 by the 1980s and then to 13 in 1997 when a full-fledged search was conducted. The dolphin was declared functionally extinct after an expedition late in 2006 failed to record a single individual after an extensive search of the animal’s entire range.
Dont Disturb the Cycle
Everything in this world is a cyclic process.See for example the basic process 'the seasons' or the cycle of evaporation, Everything in the life is a cycle of Events and each and every event should follow the succeeding one and each and every event is Interlinked.If any one of the event is altered, whole chain is disturbed and gets lost.
Man is trying to change all the natural Processes,atleast as a selfish creature he has to think of his own future ans sustainance, should try to maintain the systems which helps atleast do not disturb the processes which directly or has an Instant effect on Mankind.
Man is responsible for extinction of many species in this world and Soon mankind will face extinction if it continues,Because he is disturbing the food web, where the food of One creature is extinct leading to extinction of other.Finally creating large gaps and Great Imbalances in ecosystem.
Human Beings should act wise as most evolved creature on earth.Protect nature,protect ecosystem,protect Human race.
We all know what to do and what not to do.Just we need to follow the cycle AND LET IT RUN.
Man is trying to change all the natural Processes,atleast as a selfish creature he has to think of his own future ans sustainance, should try to maintain the systems which helps atleast do not disturb the processes which directly or has an Instant effect on Mankind.
Man is responsible for extinction of many species in this world and Soon mankind will face extinction if it continues,Because he is disturbing the food web, where the food of One creature is extinct leading to extinction of other.Finally creating large gaps and Great Imbalances in ecosystem.
Human Beings should act wise as most evolved creature on earth.Protect nature,protect ecosystem,protect Human race.
We all know what to do and what not to do.Just we need to follow the cycle AND LET IT RUN.
DO NOT DISTURB THE CYCLE
Sunday, 23 September 2012
India’s coming grave water crisis has a simple, cheap India's water crisis' cheap solution: Waste water recycling solution: wastewater recycling
POLITICS/NATION
India’s coming grave water crisis has a simple, cheap India's water crisis' cheap solution: Waste water recycling solution: wastewater recycling. But for private capital to get into this, public policy must challenge perception biases against recycled water.
Where will India get its water from in the coming years? The water challenge is already grave and could get graver. By 2050, for instance, it is estimated that demand would go up to 1,180 million cubic metres, 1.65 times the current levels, a situation that would be made worse by fast dwindling fresh water resources.
That's why desalination — removing salt from seawater to make fresh water — is increasingly catching the fancy of administrators. Two of India's most industrialised states, Tamil Nadu and Gujarat, are the keenest among the lot. A water-scarce Tamil Nadu, already running one desalination plant, is working to complete a second plant and planning for the third. Gujarat is also said to have desalination plans.
"The industrial sector's preference toward desalination is expected to increase with the growing demand for processed water. Many of the coastal municipalities are also keenly looking to invest in desalination," says consultancy Frost & Sullivan's environment technologies expert Sasidhar Chidanamarri. India, along with the US and China, is seen contributing quite a bit to a global doubling of desalination capacity between 2010 and 2025, says Frost & Sullivan. Of course, the biggest contributor would be West Asia, which would by then account for half the world capacity.
But the question that experts are increasingly asking, at a time when a draft water policy is being debated, is this: is desalination the best option?
Treating Waste Water
Countries the world over, while being bullish about desalination, are equally bullish about other means, notably waste water recycling. Not India. Only about 31% of municipal wastewater can be recycled. That would be more than 75% in China. In a recent working paper titled "Water Supply in Chennai: Desalination and Missed Opportunities", researcher Sridhar Vedachalam of the New York State Water Resources Institute at Cornell University wrote that "desalination may provide a reliable supply of water to a city with chronic water shortage, but it is hardly the best option for more than one reason".
"Desalination, while being a source of fresh water, does nothing to address the challenge of managing those extra million litres of wastewater," says Vedachalam. "Recycled water, on the other hand, solves the twin problems in a single shot."
When Tamil Nadu launched its first desalination plant in 2010, at Minjur, 27 km from north of Chennai, the benefits seemed apparent. Tamil Nadu's water challenge is historically well chronicled. Now, it houses 6% of the country's population but only has 3% of its water resources. Also, Tamil Nadu gets an annual rainfall of 792 million metres versus the national average of 1,250 million metres. The per capita availability at 800 cubic metres in the state is just a third of the national average.
"Why not go further and pick a more futuristic technology — one that addresses problems of water supply and wastewater management, is ecologically compatible — and lead the way for the rest of the country and even the world. Reuse can be implemented anywhere (not just in coastal areas) and, therefore, has a much bigger market allowing future improvements in technology and reduction in cost," says Vedachalam.
Rs 25/litre Difference
For Sam Yamdagni, managing director of the Indian arm of the $3.8-billion US-based water technology company Xylem, there is no way waste water treatment can be missed. "Even when you are creating water through desalination, you have to look at creating waste water treatment because again you are going to generate waste."
But ecological compatibility isn't the only reason. There's a compelling cost reason favouring waste water treatment.
R Raghuttama Rao, managing director of Icra Management Consulting Services, points out those cases. He says, "Desal is more expensive upwards of Rs 50 per kilo litre compared to Rs 25-35 per kilo litre for recycled sewage. Desal requires more power and is energy intensive."
Chidanamarri estimates the capex for desalination plants to be two-and-a-half times that of a conventional treatment technology. "Clearly, desalination is an expensive proposition. And the government is contemplating to offer tax incentives for industries which would help them in recovering the high costs." (He also points out, though, that improved technologies have over the years brought down the cost of water from desalination.)
Given this, Vedachalam had argued in his analysis, "Reliance on such expensive technology [desalination] does not augur well for a city [Chennai] that already does not collect revenues that match its expenses." A report in 2005 estimated that only a fifth of the water sold in Chennai was metered. The rest of the country may not be vastly different in this respect.
Data supports this view. According to a presentation available on the Ministry of Urban Development Website, the average cost of wastewater treatment is Rs 4.5-6 a kilo litre, and this can be used for agriculture or gardening purposes. If treated for drinking use, the cost does jump to Rs 12 but this is still far less than what metros in India spend to bring potable water to its residents. Here are the numbers: from Rs 20 per kilo litre in Delhi to Rs 40-60 in Chennai.
Perception Problems
The other significant side of the story is India's growing demand for water. Nowhere is this as evident as in the industrial sector, which now consumes about 50 billion cubic metres of water annually. That figure will jump to 120 billion cubic metres by 2025, says Frost's Chidanamarri.
Given this, going in for waste water recycling aggressively should be a no-brainer. But that's not been the case. There's a reason why the actual scope for use of recycled water is far less. "From a mindset perspective, people are more ready to drink desalination water relative to treated waste-water," says Icra's Rao. Rajiv Mittal, managing director of water treatment company VA Tech Wabag, agrees about the mindset issue. "In Singapore, the prime minister of Singapore campaigned for safety of recycled water for drinking and he was the first one to use this." Mittal says in Singapore they call it reusable water, not waste water.
Icra's Rao says indirect potable use (where recycled treated sewage water is pumped into water bodies/river streams which is conventionally treated again) is becoming more popular. Singapore already does this. Bangalore was planning such a project but that has not happened so far, he says.
But the low-hanging fruit in waste water isn't in challenging strong perceptions of the people but actually is in the industrial sector. Already, there are examples of treated sewage being used by industries in India. In Chennai alone, wastewater is supplied to companies such as Madras Refineries, Madras Fertilisers and GMR Vasavi Power for reclamation and reuse.
Thirsty Industry
The industrial potential is already evident through desalination. VA Tech's Mittal knows that well. His company is the one building the second desalination plant in Chennai, some 45 km away at Nemelli. It is eyeing a big opportunity in the desalination space. Between 2005 and 2010, about 63% of the 5.3 lakh cubic metres per day of desalination capacity was accounted for by the industry. The municipal segment accounted for the rest.
He reckons the way to go about it is this: waste water treatment for industrial use and desalination for domestic use. Europe does it well. It recycles about 60% of the domestic sewage generated and it is consumed for non-potable applications such as boiler feed water, cooling tower, landscaping, gardening and flushing.
Anand Chiplunkar, a director of urban development at the Asian Development Bank, says, "Wastewater treatment can generate revenues and thereby not only reduce the operating and maintenance costs but also recover capital costs [when recycled to industries]." Therefore, he says, "it has the potential to attract private sector investments in properly structure projects".
Rao says, "Waste-water recycling would be particularly attractive to address requirements of industrial use, if the demand is concentrated [eg SEZs]." That's one way to meet India's growing water needs.
Source :E.T
Monday, 17 September 2012
Let Us Go GRRREEEN!!!
GO GREEN
Its high time, and we have to wake up and start going GREEN.The level of chlorofluorocarbons, the level of carbon dioxide, the pollution everywhere leading to contamination of each and every thing in our life.
The temparature is rising at an alarming level due to green house gases, leading to warming up of whole earth.
The glaciers are melting leading to the rise of sea levels, submerging Islands and creating unusual environment for the marine life.
The toxin levels of all the contaminants are increasing day by day.
Result of all these is untimely rains, spreading of diseases, cancers, decreased levels of oxygen, depletion of ground water, Ultimately the bad LIVING CONDITIONS and Difficulty for SURVIVAL in the near future.
lets Go Green
So lets go green, let us utilise our electricity wisely and let us put off the fans,lights and AC's when they are not required.In large scale government has to think of developing technologies which substitute the current energy.It must concentrate on technologies which can efficiently make use of RENEWABLE sources of Energy.Let us utilise wind energy, solar energy,lightning,tidal energy, and strict Regulatory norms should not only be formulated but also IMPLEMENTED STRICTLY.
It is also each Individuals responsibility to think of all the problems and try to plant trees and keep ur surroundings clean and Minimise the pollution as far as posssible.
GO GREEN
Its high time, and we have to wake up and start going GREEN.The level of chlorofluorocarbons, the level of carbon dioxide, the pollution everywhere leading to contamination of each and every thing in our life.
The temparature is rising at an alarming level due to green house gases, leading to warming up of whole earth.
The glaciers are melting leading to the rise of sea levels, submerging Islands and creating unusual environment for the marine life.
The toxin levels of all the contaminants are increasing day by day.
Result of all these is untimely rains, spreading of diseases, cancers, decreased levels of oxygen, depletion of ground water, Ultimately the bad LIVING CONDITIONS and Difficulty for SURVIVAL in the near future.
lets Go Green
So lets go green, let us utilise our electricity wisely and let us put off the fans,lights and AC's when they are not required.In large scale government has to think of developing technologies which substitute the current energy.It must concentrate on technologies which can efficiently make use of RENEWABLE sources of Energy.Let us utilise wind energy, solar energy,lightning,tidal energy, and strict Regulatory norms should not only be formulated but also IMPLEMENTED STRICTLY.
It is also each Individuals responsibility to think of all the problems and try to plant trees and keep ur surroundings clean and Minimise the pollution as far as posssible.
- SELF REALISATION
- CREATING AWARENESS
- BE SELFISH TO PROTECT OUR NATURE,THERE BY OURSELVES
GO GREEN
Sunday, 16 September 2012
Marketing Strategy-Aircel Unlimited 3G
Aircel unlimited is little deceiving or in marketing Jargon we say it Persuading the customer.Watever it may be, the offer is attractive to the customers where they think that it is 3G unlimited.But actually it is a limited 3G and Unlimited 2G.
For example we take RC 197, it is 1GB 3G data and Unlimited 2G.
However, the offer is luring to the customer and most of them do not know wat actually it is.But the good thing is atleast it is giving 1GB of 3G data for just 197 which is 'value for money' and unlimited 2G is also another benefit but we have to compromise on the speed.
For example we take RC 197, it is 1GB 3G data and Unlimited 2G.
However, the offer is luring to the customer and most of them do not know wat actually it is.But the good thing is atleast it is giving 1GB of 3G data for just 197 which is 'value for money' and unlimited 2G is also another benefit but we have to compromise on the speed.
Subscribe to:
Posts (Atom)