Go Green World

Save our world with GO GREEN activities

"The water is very green and has a sweet taste, both boys wrote in their diaries, at different times." Helen Oyeyemi, Mr. Fox

"The nature is continually conscious of every withdrawal from her body, as if it is a part of her flesh. The moment some thing is withdrawn it must be marked as 'red'." Priyavrat Thareja

DO You Know what Eco-Friendly's mean ? Check this article

GO Green World - Eco-Friendly
In recent years, terms like "going green" and "eco-friendly" have become buzz words on talk shows, commercials and product packaging. The term "eco-friendly" has been used for so many different products and practices, its meaning is in danger of being lost. By understanding the true meaning of eco-friendly, you can implement the practices that will lead to healthier living for the planet and its inhabitants, big and small.

Definition

Eco-friendly literally means earth-friendly or not harmful to the environment (see References 1). This term most commonly refers to products that contribute to green living or practices that help conserve resources like water and energy. Eco-friendly products also prevent contributions to air, water and land pollution. You can engage in eco-friendly habits or practices by being more conscious of how you use resources.

Product Qualifications

Making a truly eco-friendly product keeps both environmental and human safety in mind. At a minimum, the product is non-toxic. Other eco-friendly attributes include the use of sustainably grown or raised ingredients, produced in ways that do not deplete the ecosystem. Organic ingredients or materials are grown without toxic pesticides or herbicides. Products with "made from recycled materials" contain glass, wood, metal or plastic reclaimed from waste products and made into something new. Biodegradable products break down through natural decomposition, which is less taxing on landfills and the ecosystem as a whole. (See References 3)

Practice Examples

You can develop eco-friendly habits to help you use less and make the most of what you have. Turn off lights in empty rooms and use a programmable thermostat so you're only heating or cooling your home when it's occupied (see References 2). Businesses can also institute such practices, in addition to bigger initiatives, such as company-wide recycling programs to conserve natural resources and telecommuting for employees, which decreases air pollution and fuel consumption by eliminating daily travel to work.

Greenwashing

Companies sometimes label their products "eco-friendly" or "environmentally friendly" without them truly being so. Called "greenwashing," marketing campaigns perpetuate this practice, aimed at helping companies increase their product sales by appealing to ecologically conscious buyers. To avoid purchasing "greenwashed" products, look for products approved by the U.S. Environmental Protection Agency, Energy Star program or an ecologically conscious consumer-advocacy group such as the Green Good Housekeeping Seal (see References 4, 5).


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More Green with Tips for going environmental friendliness

Go Green World - Going Green
Each day, Americans use 500 million disposable straws, reports Milo Cress, founder of the Be Straw Free Campaign (Ecocycle.org). Discarded plastic straws and stirrers are on the Ocean Conservancy’s top 10 list of debris littering beaches. Cindy Schiff Slansky, CEO of GreenPaxx, in New York City, suggests using a reusable silicone straw. “The bright colors help keep track of each person’s drink. They’re in my purse for when I eat out with my kids,” she says. “We always say no to disposable straws.” Also consider paper straws that compost within 45 to 60 days. 

Plug electronics into power-saving energy strips that can be turned off when machines aren’t in use. Completely shutting down computers saves more energy than using sleep mode.

When it’s time for a more energy-efficient fridge or freezer, call the electric company. The Appliance Recycling Centers of America work with utilities to pick up and recycle working appliances. Air conditioners and dehumidifiers are accepted with a qualifying fridge or freezer. Alternatively, call a local recycling company for a curb pickup of broken appliances; even easier, confirm that the company delivering a new appliance will take away and recycle the old one.

Upgrade to a greener model when the need arises to change cars. California, Connecticut, Maryland, Massachusetts, New York, Oregon, Rhode Island and Vermont have pledged to speed the construction of charging stations in their states and project collectively having 3.3 million battery-powered cars, plug-in hybrids and other clean-burning vehicles on their roads by 2025.


Tips for making strides toward environmental friendliness 

At times the thought of making strides toward environmental friendliness can appear overpowering, in the same way as you need to spare the entire world. At the same time in truth, you can begin with a couple of basic steps that, together, will have an enormous effect.

Here are some easy ways you can start to live greener:

PRODUCTS 
- Buy locally produced goods as much as possible. This cuts down on carbon emissions and helps support your local economy.
- Are you in the market for a new car? Consider a slightly used car with efficient fuel economy. - Support companies that are trying to make a difference environmentally.
- Consider purchasing more products sold in metal or glass containers.
- Reuse containers and reduce consumption waste. Ask yourself, “Does that product that I want to buy really need to be packaged in all that plastic?” and “Do I really need it?”

FOOD 
- Buy organic food and other organic products as much as you can.
- Buy organic or shade grown coffee whenever possible. The production of this coffee is much better for the eco system and better for you.
- Reuse cloth or other strong bags at the grocery and other retail stores. Keep bags in the trunk of the car. If you forgot your bags, ask for paper bags whenever possible.

H2O 
- Reuse a non-bacterial metal or plastic drinking bottle. Refill with a larger plastic water container that you can refill or at the filtered tap.
- Wrap your water heater in a special made blanket that you can find at your local hardware store to insulate. Save energy and save money on the electric bill.
- Take shorter showers and conserve water use in the kitchen and garden whenever possible.
- Use cold water and biodegradable, phosphate and petrochemical free soap for laundry.

HOUSEHOLD 
- Use more natural, biodegradable cleaning products. Try this: In the microwave, heat one to two ounces of lemon juice and two cups of water in a microwave safe bowl for two to three minutes. Wait ten minutes, open the door and dunk a cloth in bowl and wipe out microwave. Amazing, non-toxic results!
- Use more natural soaps for hands, hair and body. Antibacterial soaps aren’t as good as you may think. They contain pesticide based chemicals which can eliminate beneficial bacteria on the skin and are not healthy for the human body or the environment.
- Unplug chargers and small appliances that aren’t being used. They drain electricity from the wall sockets as they drain money from your bank account.
- Keep the thermostat between 65-68 degrees and wear layers in the winter months.

To make clean and renewable home energy affordable and increase property values, Sunrun installs and maintains home solar power panels in 1,000 cities in 11 states for low and predictable monthly rates (Sunrun.com).

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ENERGY INNOVATIONS : NASA helps harness an ocean of energy

Go Green World - Ocean Energy
NASA is helping the U.S. Department of Energy (DOE) harness the power of the oceans by first harnessing the power of the crowd.
Ocean waves hold a tremendous amount of energy that is almost entirely untapped, despite our ever-growing need for sustainable, non-polluting electricity. Part of the reason we haven’t yet plugged into this potential power source is that developing the technology to do so is too expensive for many of the people and institutions that are interested in working the problem.
“It takes a lot of money to build something, deploy it in the water and test it,” said Noël Bakhtian of the DOE’s Wind and Water Power Technologies Office. “It would be a lot easier to have computational tools, where you can study a whole range of inputs and say, ‘What if I made the device twice as big? What if the wavelength of the waves was a little bit different? What if I pushed it out into the ocean a little bit deeper?’”
The DOE wants to be able to offer modeling software to everyone with a potentially great idea for extracting energy from ocean waves. And they’re counting on crowdsourcing to help them to do it.

The challenge
Working through the National Renewable Energy Lab (NREL) and Sandia National Labs, DOE is developing a modeling tool called WEC-Sim (Wave Energy Converter Simulator). With WEC-Sim, technologists will be able to see how well their designs would squeeze electricity out of the motion of the ocean under a wide variety of conditions.
For one of the crucial software modules that will comprise WEC-Sim, DOE teamed up with the NASA Tournament Lab (NTL), a partnership between NASA and Harvard Business School, to mount a competition called the “OpenWARP Challenge” (for Open-Source Wave Analysis and Response Program). NTL is part of NASA’s Center of Excellence for Collaborative Innovation (CoECI).
OpenWARP is one of many modules that will make the ultimate WEC-Sim tool useful. “It’s very much like Legos or building a house, where you can build one room at a time or isolate power systems from the plumbing,” said CoECI’s Michael Ching, who serves as project coordinator for OpenWARP. Structuring the software as modules makes it easier to develop, since no one person needs to master the inner workings of the whole, ultra-complex thing. And it also makes for flexibility, enabling users to substitute their own modules as desired.
Or, if they prefer, users will be able to customize the OpenWARP module instead of replacing it. “It’s going to be open-source, which is a big deal,” Bakhtian said. That means the software will not only be available without charge, but that developers will be able to continually improve it or tweak it to suit their own purposes.
“We want universities to be able to use it, we want garage inventors to be able to use it,” said NREL’s Mike Lawson, adding that open-source will allow researchers “to change the tools to model whatever new, wacky device you’ve got that the original software developers didn’t think of.”
This approach has already produced some unexpected dividends. A French engineering institute called Ecole Centrale de Nantes (ECN) approached the DOE with news that they had been working on something similar to what the OpenWARP Challenge was hoping to develop. “We started working with them closely and they decided that they were going to go open-source with their code,” Bakhtian said, “which we can now work with and build on. This has just been a great win for everyone. ECN told us that the OpenWARP project was a major driver in their decision to go the open-source route.”

Wisdom of the crowd
According to Steve Rader, CoECI’s deputy manager, NASA began pioneering the use of crowdsourcing competitions in 2005, when budget cuts in research and development created a need for less traditional approaches to problem-solving. By 2011, the pilot projects were so successful that the White House Office of Science and Technology Policy asked NASA to organize a way to assist other federal agencies that want to try crowdsourcing. CoECI was the result.
Through its contract with Harvard, CoECI uses an organization called “Topcoder” to administer DOE’s OpenWARP Challenge and many of its other software competitions. Topcoder breaks a problem down into small pieces and then offers them as challenges to its community of more than 650,000 members worldwide.
“They’re at universities, at research facilities, and they bring this really rich set of algorithm tools into the mix,” Rader said. “We just did an EPA project on predicting cyanobacteria blooms, and there were five different approaches brought in, each really great. You get lots of different angles at a problem.”
Prizes can reach into the hundreds of thousands of dollars, but many challenges offer far less. So what else draws so many talented people to these competitions? Love of the work? Bragging rights? The gratification of helping to solve humanity’s problems?
“Yes, yes and yes,” Ching said. “Money is often, believe it or not, not the top motivator. We’ve actually found out that if the prize is too big, it will sometimes discourage people from entering a contest.” Potential contestants may shy away if they think a rich prize signals too difficult a challenge or will attract too many competitors.
“There are some really great studies that show that most of the really innovative ideas—the out-of-the-box, the surprise innovations—have come from outside the technical domain,” Rader said in a webinar about CoECI. “If it’s a chemistry problem, then it’s somebody over here in mechanical engineering that ends up addressing the problem.”
Will someone from some unexpected corner of the crowd help to unlock the clean-energy potential of ocean waves? If so, we’ll all be winners. The OpenWARP Challenge is scheduled to conclude around the end of 2014. By Bob Silberg, NASA's Jet Propulsion Laboratory
SOURCE : www.nasa.gov



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The Benefits of Easing Climate Change “The New Climate Economy”

President Obama with Secretary General Ban Ki-moon, right, and General Assembly President Sam Kutesa, after Mr. Obama’s U.N. address.
go green world

On Tuesday, more than 100 world leaders gathered at the United Nations to open a climate summit meeting that Secretary General Ban Ki-moon hopes will provide momentum to a new round of negotiations toward a global environmental agreement to be signed in Paris next year.

You’re forgiven if you hold your applause. World leaders have been trying without success to cut such a deal for almost two decades, crashing time and again into the fear that slowing the emissions of carbon that are inexorably changing the climate carries an economic cost that few are willing to bear.

This time, though, advocates come armed with a trump card: All things considered, the cost of curbing carbon emissions may be considerably cheaper than earlier estimates had suggested. For all the fears that climate change mitigation would put the brakes on growth, it might actually enhance it.

Whether this can tip the balance toward the global grand bargain that has eluded world leaders so many times depends on a couple of things. The first is to what extent it is true. The second is whether this is, in fact, the issue that matters most to the people making the decisions.

The most recent salvo came in “The New Climate Economy,” a report issued last week by an international commission appointed by a handful of rich and poor countries to take a new look at the economics of climate change.

“There is now huge scope for action which can both enhance growth and reduce climate risk,” it reads. Efficient investments could deliver at least half of the emission cuts needed by 2030 to keep global temperatures in check. And they could do so while delivering extra economic gains on the side.

At first blush, the proposition that replacing fossil fuel with more expensive energy could produce a net economic gain seems implausible. Until now, even many supporters of tough action accepted the idea that there would be a necessary price to pay initially to achieve the long-term goal of avoiding catastrophic climate change.

But the new thinking turns that on its head by taking more careful account of the hidden benefits of mitigating climate change.

“The cost of action is well known,” said Helen Mountford, director of economics at the World Resources Institute, which worked on the “New Climate Economy” report. “The co-benefits, like reduced health costs, are less known.”

The findings are not isolated. Research published this month by Ian Parry and Chandara Veung of the International Monetary Fund and Dirk Heine of the University of Bologna concluded that almost every one of the top 20 carbon emitters would reap economic gains by imposing a hefty carbon tax, if they deployed the revenue to reduce taxes on income.

A tax of $63 per ton of CO2, for instance, would not only cut China’s emissions by some 17 percent, it would also cut the number of Chinese sickened or killed by pollution from coal. If Beijing used the money to cut other taxes, it would increase economic efficiency, adding up to a net economic gain — on top of any climate impact — of more than 1 percent of China’s gross domestic product.

This finding does not depend on any technological breakthroughs. It happens whether solar energy is cheap or expensive.

“It’s only recently that policy makers are beginning to appreciate the power of fiscal instruments like environmental taxes,” Mr. Parry told me. “And it’s only fairly recently that we’ve been able to value the health and other environment impacts so we’ve only recently got some sense of the substantial and pervasive undercharging for environmental damages.”

While this is all theory, some empirical research also supports the finding.

In 2008, for instance, the Canadian province of British Columbia unilaterally imposed a carbon tax that rose from 10 Canadian dollars per ton of CO2 in 2010 to 30 dollars in 2012, using the money to reduce personal and corporate income taxes.

An assessment of the experience published last year by economists at the Organization for Economic Cooperation and Development found that fuel use declined, but economic growth remained on the same trajectory as the rest of Canada’s. Notably, British Columbia ended up with the lowest income tax in the country.

Could this new understanding change the debate over climate change?

At the very least, the belief that there is a climate-related free lunch out there might provide welcome harmony to negotiations that usually end in acrimonious finger-pointing. The new research might even help move the debate away from the failed strategy of seeking legally binding emissions targets on every country, providing a blueprint for countries to voluntarily take on ambitious goals because it is in their own self-interest regardless of what other nations do.

Not everybody buys the math, though. And even those who do acknowledge that these efficient pathways to a low-carbon future are very narrow indeed. “Not all climate policies are win-win, and some trade-offs are inevitable,” notes “The New Climate Economy.”

For even if every country reaped net benefits from embracing a low-carbon development path, governments still must allocate costs and benefits within individual economies, mediating between winners and losers.

“Health is a social benefit that is not included in the accounts of private investors,” noted Zou Ji, deputy director of China’s National Center for Climate Change Strategy, a research institute affiliated with the government’s National Development and Reform Commission. “But abatement costs will be felt by private investors.”

Navigating these distributional issues will be tricky. Getting it wrong can be expensive. For instance, Mr. Parry and his co-researchers found that if carbon revenue was not used to reduce other income taxes, the net gain from a carbon tax evaporated and became a net cost.

Germany — perhaps the country most committed to developing an economy powered with renewable energy — has struggled with the trade-offs. First it exempted its export-oriented, energy-intensive industries from the surcharges levied to pay for subsidies to solar and wind generators. More recently, alarmed at the rising cost of power, it has begun reducing its subsidies for renewables, which has led to a drop in the rollout of solar power.

So maybe it’s no surprise that few countries have been willing, at least so far, to commit to take the promised high growth/low carbon path.

Last July, Australia’s newly installed conservative government repealed the carbon tax introduced by the Labor government before it, and the country’s carbon emissions quickly shot up.

“If the Chinese and the Indians found it much more economically efficient to build out solar, nuclear and wind, why are they still building all these coal plants?” asked Ted Nordhaus, chairman of the Breakthrough Institute, a think tank focused on development and the environment.

China’s CO2 emissions increased 4.2 percent last year, according to the Global Carbon Project, helping drive a global increase of 2.3 percent. China now accounts for 28 percent of the world’s total emissions, more than the United States and the European Union combined.

“I don’t think the Chinese and the Indians are stupid,” Mr. Nordhaus told me. “They are looking at their indigenous energy resources and energy demand and making fairly reasonable decisions.”

For them, combating climate change does not look at all like a free lunch.

source : www.nytimes.com


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