A Billion Trees to Help Refugees

Article PhotoThe United Nations refugee agency, UNHCR, has pledged to plant more than 9 million trees in areas of human displacement this year, enlisting both refugees and host communities to meet this goal. By distributing seedlings of various species in denuded areas, UNHCR hopes to plant more than 2.6 million trees in and around refugee camps in Tanzania, 1.7 million in Sudan, and 1.8 million in Ethiopia. There were an estimated 8.4 million refugees worldwide in 2006, according to UNHCR, while the ranks of internally displaced persons (IDPs)—those who do not cross an international border—are estimated at between 20 and 24 million [Some NGOs in the field say UNHCR’s numbers are extremely conservative – ed.]. Although some refugees and IDPs end up in urban settings, the large majority find themselves in marginal regions of poor countries, where they have little choice but to cut and collect wood for shelters, lighting, cooking, and to make room for cultivating crops. The result can be serious deforestation and soil erosion that hurts both refugees and host communities, especially if large numbers of people arrive suddenly or are unable to return home for extended periods of time. In the aftermath of the 1994 genocide, some… (more)

(Posted by WorldChanging Team in Refugees and Relief at 11:16 AM)

Shaping the Future

Article PhotoWorldchanging ally Charlie Stross is not only a science fiction writer of some reknown, but one of our best thinkers about technology and the future as well. Recently he published the following speech on his blog. It’s a sharp piece of thinking, which informs in new ways all sorts of subjects we’ve covered here before, and he’s graciously given us permission to post it here as well. -Alex Shaping the future Good afternoon, and thank you for inviting me here today. I understand that you’re expecting a talk about where the next 20 years are taking us, how far technology will go, how people will use the net, and whether big shoulder pads and food pills will be fashionable. Personally, I’m still waiting for my personal jet car — I’ve been waiting about fifty years now — and I mention this as a note of caution: while personal jet cars aren’t obviously impossible, their non-appearance should give us some insights into how attempts to predict the future go wrong. I’m a science fiction writer by trade, and people often think that means I spend a lot of time trying to predict possible futures. Actually, that’s not the job of the… (more)

(Posted by WorldChanging Team in Emerging Technologies at 11:04 AM)

Mitsubishi develops more efficient auto A/C system

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An EPA award has been given unto Mitsubishi for a 30 percent more efficient automotive A/C unit. The 30 percent target was set by the Society of Automotive Engineers (SAE) and as such will supplement a slight improvement in fuel economy in whatever vehicle it’s installed in. With 30 percent less energy required to run the A/C, the alternator doesn’t have to work as hard to generate the power it needs. Therefore, less stress and wear are put on the engine, theoretically requiring less maintenance. These are small improvements, but you know what they say about baby steps.

The A/C unit was installed and tested on the current Outlander, with excellent results. Come this fall, it will be installed in all new Outlanders sold in the U.S.

Press release after the jump

[Source: Mitsubishi]
“Power-saving Automotive Air Conditioner” jointly developed with Mitsubishi Heavy Industries wins U.S. EPA award

Tokyo, May 25, 2007 – Mitsubishi Motors Corporation announces that it has won a U.S. Environmental Protection Agency (EPA) 2007 Climate Protection Award in recognition of its contribution to protection of the global climate for the Power-saving Automotive Air Conditioning Unit that it has developed in collaboration with Mitsubishi Heavy Industries.

In its selection of the Power-saving Air Conditioner for the award, the EPA cited the significant reductions in power consumption it achieves as a result of improvements to the air conditioner itself and to its control system. In the joint project, MHI developed a new compressor and other components and undertook developmental testing of the system. MMC, for its part, fitted the air conditioner to a Mitsubishi Outlander on-road SUV model and boosted the operational efficiency of the system by making improvements to the vehicle body and to the control system and was also responsible for practical utility testing.

The Power-saving Automotive Air Conditioner developed by MMC and MHI clears the 30% improvement target in air conditioner system efficiency called for under the Improved Mobile Air Conditioning (I-MAC) research program launched by the Society of Automobile Engineers (SAE) and the EPA in 2004.

The EPA awards are made to individuals, bodies, corporations and governmental organizations in recognition of exceptional technological achievements in the field of climate protection. The award system was introduced in 1998 following the adoption of the Kyoto Protocol in 1997. Nominations are reviewed by an international panel of judges comprised of past award winners from government, industry, and non-governmental organizations. EPA makes the final award selections.

MMC will introduce an Outlander model fitted with the Power-saving Air Conditioner onto the North American market in the fall this year.

MMC has adopted an all-embracing approach in addressing such issues as the environment and the diversification of energy sources. The company is actively engaged in the development of a wide range of technologies including the iMiEV next-generation electric vehicle, a next-generation clean diesel engine, and a flexible fuel vehicle (FFV) capable of running on various blends of gasoline and ethanol. Last year the company also launched the “Pajero Forest & Local Mountain Restoration Initiative” that aims to conserve and cultivate Japan’s forests and woodlands.

 

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Just how popular was $2.25 ethanol this past week?

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As we oh-so bravely predicted, gas that was selling for about a dollar less per gallon than the national average this past week was awful popular. The price was lowered at a gas station in Indianapolis as a promotional event just before this weekend’s Indy 500 race, and the $2.25 cost for a gallon of E10 (I’d heard it was going to be $2.20 a gallon) was enough to bring in the cars, trucks and SUVs whose drivers “were eager to find their place at the pumps,” as Domestic Fuel put it. The IndyCar drivers on hand were just a bonus, signing autographs and talking up the biofuel. You can hear driver Scott Sharp give a shout out to ethanol here and see more pictures of the event here.

[Source: Domestic Fuel]

 

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Better than Roulette: Betting on gas prices!

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Is this a sad sign of the times we live in or what? Betting on gas prices! The worst part is that the line is even on gas hitting $4.00 a gallon in short order. Anybody wanna take that bet? I’ll stay out of it myself… I only gamble with chips that aren’t worth anything. Feel free to comment on the gas prices in your area, but remember that what we are talking about here is the national average gas price. I understand that in some parts of the country, you may be paying over $4.00 a gallon already, which is probably why nobody would be surprised if that figure swept the rest of the nation too. Where I live, finding gas under three-fifty would send the lines into the street. Of course, ethanol is cheaper, but you need a flex-fuel capable car to use it of course, which I do not have. But, there is no sense complaining about the prices, since I do have a choice. Remember to check all of the alternative choices out there when it’s time to purchase your next vehicle. Electrics should hit the market sooner or later, and diesel is currently selling well below the price of gasoline.

Or I suppose if you won a bunch of money betting that prices would go up, you might not mind the high prices so much. Or maybe you would, if all of your winnings went into filling your own tank. That sounds like the start of some kind of vicious circle to me! I need to go lie down.

Related:

[Source: Autoblog]

 

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Video clip of Hybrid Technologies “from space” on Modern Marvels

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Hybrid Technologies is offering up the six-minute segment on the company’s electric vehicles that was broadcast a week and a half ago on the History Channel as part of the Modern Marvels episode “It came from Space” episode.

The clip, which you can watch by clicking the play button above, takes us to HT’s Mooresville. North Carolina Plant and get a quick history lesson about lithium battery development at NASA. HT signed a Space Act Agreement with NASA in 2006 for the development of lithium-ion fleet vehicles. The video clip includes a nice view into the company’s conversion process and we see HT’s lithium Smart Car, lithium PT Cruiser and Assault and Surveillance ATV.

[Source: Hybrid Technologies]

 

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Laws can help to cut down pollution by making consumers happy

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According to a new study by the University of Michigan’s Transportation Research Institute (UMTRI), the creation of a Clean Car Discount program can reduce global warming emissions from new cars and trucks by cutting as much as 33 percent pollution and provide up to $2,500 back to consumers in fuel savings and reduced operational costs.

The key of this program is creating a scheme of fees and rebates (known as “feebates”) based on the pollution different new vehicles produce. The less a car pollute, the bigger the feebates are.

“Our analysis shows that by harnessing the power of price signals, feebates spur consumers to purchase and manufacturers to produce cleaner vehicles,” said Walter McManus, director of UMTRI’s Automotive Analysis Division, in a statement (available after the jump).

The study uses the program design of “The California Clean Car Discount Act” (AB 493) introduced by state Assemblyman Ira Ruskin. This bill directs the California Air Resources Board (CARB) to implement a self-financing program to provide one-time rebates for new passenger cars and trucks with low global warming pollution emissions, which are paid for by one-time point-of-purchase fees assessed on dirtier vehicles. Twenty-to-25 percent of cars and trucks, representing all vehicle types, must be included in a “zero band” that would not qualify for rebates or surcharges, according to the proposed legislation.

[Source: University of Michigan’s Transportation Research Institute]

California’s Clean Car Program Would Cut Pollution, Save Drivers Money

ANN ARBOR, Mich., May 21 /PRNewswire-USNewswire/ — A market-based incentive program to reduce global warming emissions from new cars and trucks would cut pollution as much as 33 percent and provide up to $2,500 in lifetime fuel savings for drivers, according to a new study by the University of Michigan’s Transportation Research Institute (UMTRI).

The Clean Car Discount program creates a schedule of fees and rebates, collectively known as “feebates,” based on the amount of global warming pollution different new vehicles produce.

“Our analysis shows that by harnessing the power of price signals, feebates spur consumers to purchase and manufacturers to produce cleaner vehicles,” said Walter McManus, director of UMTRI’s Automotive Analysis Division.

The study, “Economic Analysis of Feebates to Reduce Greenhouse Gas Emissions from Light Vehicles for California,” uses the program design of “The California Clean Car Discount Act” (AB 493) introduced by state Assemblyman Ira Ruskin.

The bill directs the California Air Resources Board (CARB) to implement a self-financing program to provide one-time rebates for new passenger cars and trucks with low global warming pollution emissions, which are paid for by one- time point-of-purchase fees assessed on dirtier vehicles. Twenty-to-25 percent of cars and trucks, representing all vehicle types, must be included in a “zero band” that would not qualify for rebates or surcharges, according to the proposed legislation.

UMTRI’s study examines the economic impact on consumers and manufacturers, as well as the resulting reductions in global warming emissions from the existing Pavley regulations and the feebates program by analyzing four alternative scenarios: 1) Pavley alone; 2) Feebates at $18 per gram of CO2- equivalent per mile; 3) Feebates at $36 per gram; and 4) Pavley plus feebates at $18 per gram. To determine the costs of reducing global warming pollution, McManus created cost curves using 39 emissions-reducing technology packages identified by CARB. The study’s findings include:

  • California’s Pavley regulation alone achieves 26.7 percent reductions in greenhouse gas (GHG) emissions.
  • Pavley plus feebates at $18 per gram (of CO2 per mile) achieves 25 percent more reductions than Pavley alone.
  • Retailers’ revenues rise under all scenarios. Pavley plus feebates creates the greatest increase with retailers earning $55.7 billion in revenue, a $3.5 billion (6.7 percent) increase compared to base earnings.
  • Feebates, in conjunction with Pavley or alone, boost sales of cleaner cars.
  • Consumers save as much as $2,544 under all scenarios and all vehicle types over the lifetime of their vehicles from reduced operational and fuel costs.

“We concluded that a feebates program combined with California’s Pavley law is a potent policy solution to reduce global warming emissions because everyone gains — the consumer, the retailer and the environment we share,” McManus said.

In California, vehicles are responsible for nearly a third of the state’s total greenhouse gas emissions. Currently, there are more than 20 million passenger vehicles on California roads, with the fleet expected to grow by 1.9 million new passenger cars and trucks a year.

The California Assembly Appropriations Committee will consider AB 493 at the end of May, with an Assembly floor vote expected at the beginning of June. A copy of the UMTRI study can be found at http://www.umtri.umich.edu/.

 

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Green up your 2 stroke with soybean based engine oils?

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I am going to get this out of the way right off the bat: I do not know if soy-based 2 stroke engine oils are actually cleaner burning than synthetic 2 stroke engine oil or the racing-style castor bean 2 stroke oils that are still available today. What I will say, though, is that being soy based, they are made from a renewable resource, which can’t be said about petroleum-based engine oils, whether they are for 2 strokes or the more common 4 strokes. But, something recently caught my eye on a discussion board that I frequent, which was the subject of using biodiesel as a lubricant in 2 stroke engines. I got to thinking about it, and was thinking that standard vegetable oils would probably work just as well assuming the temperature was warm enough to keep them from thickening. So, I did some searching of ‘teh internets’, (ZOMG!) and found that there are in fact soy based oils that are designed for 2 stroke engines. I also found that before synthetic oils were developed, castor bean oils were considered the best oils to use in 2 strokes. In fact, many people still believe that they are the best. I am not going to get into that debate, because I have no idea which is better! But, I would definitely prefer to run a bio-oil if at all possible, and after doing the research, I have found that it is.

While we are on the subject, does anybody have any information on the effect that using vegetable-based 2 stroke engine oils might have on the emissions of said engine? Have there been any studies comparing synthetic 2 stroke oils versus castor oil versus vegetable based oils? Inquiring minds want to know.

[Source: United Soybean Board]

 

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Toronto to experiment with plug-in hybrid conversions

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Canada’s biggest city is starting a program to evaluate the performance and benefits of plug-in hybrids. The city of Toronto will fund a pilot project through the Toronto Atmospheric Fund starting with ten current hybrid vehicles that will be provided by organizations and companies around the city such as car sharing service AutoShare, York University and Toronto Hydro.

The first ten cars will be retrofitted by HyMotion which was recently purchased by A123 Systems using lithium ion battery packs. Students from the University of Toronto will be monitoring the program over the first year, measuring fuel consumption and emissions to evaluate the performance. They are expecting net CO2 emissions reductions of forty percent, a number that may rise to sixty percent when the rest of Ontario’s coal-fired power plants are retired. They will also be evaluating vehicle-to-grid technology and comparing results of the whole program to those in other cities. If things work out and they can get the funding, the program could be expanded to 200 vehicles next year.

[Source: Toronto Star]

 

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A smart comparison? Or, the evolution of the smart.

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Have you been wondering what all has been changed on the Smart Fourtwo from the first generation to the second? Have you wanted to see the two vehicles side-by-side to judge those changes yourself? Well then, good news! Here are some photos that I found at The Scooter Scoop which show the car in various angles, interior and exterior. Steve from The Scooter Scoop seems to like the older one a bit better, but I would have to disagree myself. I think that the changes to the car are mostly positive, but I would like to see some other engine options. A diesel option would be numero uno on my own list of “wants”. Check here for other stories about the brand.

So, what do you think of the changes? Were they moves in the right direction for the brand? Would the car have been more or less successful here in the States without being changed? I know that some of the changes were made to make it easier for the vehicle to comply with U.S. safety standards and consumer requirements. What other changes would you like to see?

[Source: The Scooter Scoop]

 

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