If you haven’t seen this video, take a peek. It’s not “new” news to those of us who’ve been following the issue for a while, but it’s a great, simple argument to pass around. The one thing I’d add to it is that taking action on climate change may actually be a boon to the economy, not a detriment, unless you’re stuck in the fossil fuel business and are unwilling to change!
The author of this great series of videos remains un-named, though deserves great credit. His “index” of many more videos can be seen here. If you know his name, please leave it in the comments!
- Sustainable Brands® Announces 2014 Innovation Open Semi-finalists
- OF THE SEA, a new film about seafood & sustainability launches on Kickstarter
- Global Reporting Initiative celebrates new era for non-financial information disclosure in the EU
- More Renewable Energy Needed to Avoid Catastrophic Climate Change
When hurricane Katrina hit the Gulf Coast it not only uprooted and killed citizens, but it also killed millions of trees. In fact, Tulane University researchers estimated the number at 320 million. Not only does this loss decrease the amount of CO2 sequestered from the atmosphere, but the trees will actually contribute greenhouse gases to the atmosphere as they decay. I will examine just how big this problem is and explore some possible solutions.Click to continue reading »
I was just browsing YouTube videos without the intention of finding one to post here at TriplePundit, but as I listened to Larry it seemed to me this was the perfect place for it (it’s worth 20 minutes of your time).
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Grasscrete, the green alternative to standard concrete surfaces for parking lots, driveways, and access roads for vehicles or fire trucks. The benefit to Grasscrete for businesses and developers is that it drains at about the same rate as would an ordinary lawn in the same location. The presence of concrete has little effect on the drainage; the soil and the slope are the controlling factors which makes it beneficial for erosion control as well.
The idea is a simple one, the surface area of Grasscrete is 47% concrete and 53% holes (to be filled with Grass). Grasscrete is a pervious reinforced concrete structure for all types of areas that require traffic, either foot or wheel. Grass will generally spread and cover much of the concrete in areas not subject to regular vehicle traffic. Holes may also be filled or covered with crushed stone, seashells, and a wide variety of other drainable materials in cases where grass is not desired.
We know that major car manufacturers won’t get serious about increasing the fuel efficiency of their vehicles until government legislation says they have to. This week, the House of Representatives passed a bill to increase those standards to 35 mph. The same bill also requires utility companies to get 15% of their energy from renewable sources by 2020 and ends federal oil and gas subsidies totaling $20 billion dollars. Given what we know about the rate of climate change and the need to decrease carbon output, this bill proposes very modest steps. Nonetheless, they are in a move in a positive direction.
Yet, every major news source predicts that ths bill has zero chance of passing the Senate or getting the signature of the President. How much longer will the oil and gas industry continue to exercise such considerable influence on our country’s leaders?
“Good environmental policy equals good economic policy 100% of the time”
– Robert F. Kennedy, Jr.
As the UN Framework Conference on Climate Change winds up its first week in Bali, scientists reiterate their call for quick and decisive action as the United States remains opposed to any mandatory cuts in emissions for fear of “undermining economic growth”.
Perhaps I’m being overly simplistic, but I’ll go out on a limb here and say that nobody seeks to undermine economic growth.
Funny thing too, for it seems as if progressive policy and action will very likely do just the opposite.
The UNEP issued a press release on Thursday with preliminary research findings from a draft report, due to be released early next year, entitled Green Jobs: Can the Transition to Environmental Sustainability Spur New Kinds and Higher Levels of Employment?
The report was commissioned in partnership with the International Labour Organization (ILO) and the International Trade Union Confederation (ITUC) and shows that, in quick summary, “the challenge of climate change… presents opportunities for new industries and employment”. In other words, economic growth in response to an inevitably changing world.
That is, I might add, if we don’t wait too long to realistically face the challenge.
Being in the sustainable business realm, it makes for interesting conversation with the relatives during the holidays. From the father who thinks that global warming is based on loose science and is politically motivated to the mother who asks at the restaurant whether the fish is farmed or wild caught, you’re in for some interesting mind openings about what and how much people that are outside the “green bubble” of your peers know, and what they care about. It gives hope and confirmation that you are indeed not just shouting into the void.
A particularly interesting exchange happened when my in law was talking about greenwashing, and what a farce it was that Arrowhead water was claiming to have an “eco shape” bottle and that it was all a PR sham. Inquiring further, I found that it was made with 30% less plastic in the bottle, with a similarly smaller label, a pretty admirable development on their part, from my perspective. But to my surprise, my suburban San Diego in law said he would like to see them do away with plastic all together, for something all together much more environmentally friendly.
True enough, this would be desirable, said I, though it should be acknowledged that the cumulative impact of this reduction should be noted, that it would lessen the actual resources used, diminish the weight to transport, reducing the fuel consumption of the vehicles transporting it, therefore reducing the emissions produced, and lessening the impact on global climate change. He gave a thoughtful smile and said he’d think further about that, chewing his baked honey ham.
Use of, and plans to use, electricity net metering are spreading around the country driven by a pressing need to modernize and upgrade the nation’s electricity grid in the face of forecast increases in demand and an equally urgent drive to reduce carbon dioxide and greenhouse gas emissions. Moreover, net metering is a key element of efforts to build a Smart Electrical Grid, which in and of itself may be one of the largest generators of power and cost savings, as well as catalysts for increasing use of renewable energy sources.
More than 35 states currently offer net metering programs. In addition to enabling electricity suppliers to better manage and increase the efficiency of power generation and distribution, net metering is considered to be among the best ways of providing incentives for consumers to invest in renewable energy generation.
Able to turn backwards, net meters enable customers to offset their electricity consumption over a billing period by putting surplus electricity they don’t use or generate themselves back into the grid. In return customers receive retail prices for their electricity surplus. In contrast, programs that entail installation of a second meter to measure electricity that flows back to the provider typically credit customers’ accounts at a below market rate, according to the Dept. of Energy Office of Energy Efficiency and Renewable Energy’s Green Power Network.
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At this week’s International Electric Vehicle Symposium in Anaheim, California, several exciting all-battery electric vehicles were on display. These vehicles have already been successfully introduced into the European market and are now available to American consumers. If you are looking for ways to reduce your corporate carbon output, it is worthwhile to invest in electric vehicles because they are currently our cleanest form of transportation.
The Environmental Protection Agency’s National Renewable Energy Lab is at the forefront of change in the nation’s energy resources sector. Its R&D and public-private partnership programs run the gamut of emerging new renewable energy and clean technology, enabling the crucial transition from “bleeding edge” to “leading edge” to take place. Its outreach efforts, meanwhile, are catalysts for the adoption of comprehensive, long-term climate change strategies in both the private and public sectors.
On Tuesday at the EPA’s Climate Leaders meeting in Boulder, Colo., NREL committed itself to cutting its greenhouse gas emissions 75% between 2005 and 2009. Two new renewable energy projects are expected to go a good way towards achieving its goal: a five-acre solar cell array will provide some 7% of the Lab’s electricity needs while a biomass combustion plant using forest thinnings as fuel stock will replace 75% of the natural gas currently used to heat the Lab’s research buildings.
The initiative also entails purchasing Renewable Energy Certificates, which will be purchased to offset the indirect emissions generated as a result of using electricity from non-renewable sources, as well as from Lab operations such as employee commuting and business travel.
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In theory, a U.S. Federal Cap-and-Trade System provides market incentives to lower our nations’s carbon emissions. That is why the U.S. Senate Environment and Public Works Committee is seriously considering adopting the Warner-Lieberman Bill this week (albeit with currently over 150 amendments). But the E.U. experience with a Cap-and-Trade market shows that carbon emissions have increased under this policy. The author of a recent report, “Europe’s Dirty Little Secret; Why the E.U. Emissions Trading Scheme Isn’t Working,” is interviewed on E&E’s OnPoint today. Neil O’Brien says that a fluctuating carbon value may be less effective in mitigating carbon output than a straight carbon-tax and additional incentives for the adoption of eco-efficient technology. Watch the video here.
Airline travel is carbon intensive – there’s no way around that.
Despite more fuel-efficient and cleaner burning engines on newer planes, with increased demand for air travel and the physics and chemistry of high-altitude emissions, airlines face significant challenges in lightening their footprint.
But it isn’t as if commercial aviation hasn’t faced challenges before.
Continental Airlines, the world’s fifth largest air carrier, announced yesterday the launch of their new carbon offset program in partnership with Sustainable Travel International.
Continental joins other airlines, such as Delta, Virgin, Cathey Pacific, and SAS, in offering customers a means of potentially offsetting their carbon footprint as they fly.
With Continental’s program, customers are given information on the estimated carbon footprint of their flight based on their booked travel, with an option for making a contribution to Sustainable Travel International for funding offsets through a variety of “project portfolios”.
And you just wanted to buy a plane ticket, didn’t you? On the other hand, perhaps a great time to think about being “green” is when you’re about to do something that inherently isn’t.
And what about all the stuff that goes on before the flight even gets off the ground?Click to continue reading »
Scott Leonard founded Indigenous Designs over 14 years ago on the backbone of imported fair trade organic clothing. When he told people that was his business he was rebounded with blank stares and expressionless “okay” replies. In a time when organic food was still an unknown he pioneered this do-good business and conitnues to operate strongly today.
In 2007 his fashion line has reached sales of $4 million in revenue with distributors like Whole Foods and the Sundance catalog. His bottom line is increasing rapidly as more and more people are becoming aware and begin to put their consumer dollars where it counts; for their own well-being and a better planet.Click to continue reading »
This week a frequent reader presented me with a common dilemma. “Does the fuel economy improvement of a hybrid really justify paying the price premium?” I’ll take a look at several different car models that are available in both hybrid and standard versions in order to come up with an answer.
I began by researching the prices and fuel economy of five hybrid vehicles and their non-hybrid counterparts: Ford Escape, Honda Civic, Nissan Altima, Saturn Aura, and the Toyota Camry. The Saturn Aura Hybrid is not priced much higher than the standard model but some research showed that this vehicle is a bit of a joke in the hybrid vehicle world. It’s mpg increase is not impressive, the electric motor is weak, and the vehicle can apparently only run in fully electric mode up to 3 miles per hour. For these reasons I have excluded the Saturn Auro from the results. The Toyota Prius is also notably absent, a decision made due to the fact that the Prius is a hybrid specific vehicle and there is no non-hybrid baseline vehicle to compare it to.
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In May of this year, WEATHERBIRD II, a 115-foot research vessel trolled the Pacific Ocean dumping more than 20 tons of iron dust into the water near the Galapagos Islands. Why? The project is the first large-scale effort in a controversial field, known as geoengineering, which aims to actively combat global warming. This also proved to be the first attempt to profit from this long studied however unproved iron-seeding antidote to the global dilemma. This is an idea spawned by the company, Planktos, which is spearheaded by D. Russ George, a former Greenpeacer and environmental project manager with the Canadian government. Planktos Corp. is a public company (OTCBB:PLKT) engaged in the development of global eco-restoration projects to revive dwindling forests and ocean plankton ecosystems. The company harnesses the power of green plants and photosynthesis to remove CO2 from the atmosphere. It’s planned restoration of ocean plankton blooms are intended to produce carbon offsets for sale into both regulated and voluntary climate change markets around the world.
This solution seems a bit more than strange, but when approached from a scientific perspective, it actually makes sense. The iron rich water would stimulate the growth of phytoplankton upon the ocean’s surface which should, in theory, then suck carbon dioxide out of the atmosphere by the tons and sink it deep into the ocean. Phytoplankton is in many ways a plant, and as such, actively absorbs the carbon dioxide in the air and converts it to oxygen. Dumping iron sulphate in the ocean to cause plankton blooms might not seem an eco-friendly way to tackle the global warming crisis. But, according to the most in depth trial of the technique so far, it could prove an effective one.