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there is no good evidence
– Bertrand Russell
How to Get Carbon-Free in 10 Years
by Brooke Jarvis & Doug Pibel
Meet the Joneses. They're an average American family—Mom, Dad, one kid—who decide to be part of the climate solution. The Jones are just made-up, but this scenario shows that an average family can get carbon-free in 10 years, without turning their lives upside-down. A decade from now, maybe the Joneses new way of life will be the new American average.
The Joneses are your average U.S. energy consumers. They haven’t yet upgraded to energy-efficient appliances, their house needs better insulation, and they keep the place as cool in the summer and warm in the winter as most Americans do. The two adults commute 30 miles each per day, in separate cars with average fuel efficiency, and every year they each drive an additional 4,500 miles running errands and taking their child to soccer games and violin practice. The family takes one vacation trip per year, flying to visit grandparents 1,350 miles away. How much CO2 do their house and cars produce? We figure it at 60,000 pounds, or 10 tons for each family member.
Lately, though, the Joneses have been reading about climate change, and they’re getting worried. Ecological crisis has never felt so urgent before. Even little Joey Jones is talking greenhouse gases—he learned at school that scientists are predicting a worldwide climate catastrophe that will change the rest of his life, unless we stop the worst effects by making big changes in the next ten years. The Joneses decide: change is necessary, and they’re ready to do their part. But how much can they really do? A lot, it turns out.
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In 10 years, without sacrificing their way of life, the Jones family eliminates the CO2 emissions that their home and transportation used to create—the bulk of their carbon footprint.
Count Your Carbon
Want to keep up with the Joneses? Here are the numbers we used. Use them to find—then shrink—your own carbon footprint.
The Rest of the Story
The Joneses only changed their housing and transport habits. How can you go further?
For every day of the week you skip meat, you’ll save 215 lbs. per year.
Most food eaten in the U.S. has traveled 1,500 miles to your plate.
Be a low-impact consumer.
Choose local products, reduce the stuff you buy, and save embedded energy by buying used.
Stop junk mail, reduce packaging, and reduce the 2,020 lbs. each American’s waste produces annually.
Avoid the McMansion.
A smaller house saves a lot of carbon: on average, 11.4 lbs. of CO2 per square foot per year.
Year One : A Big Difference from Small Changes
The family starts off with easy changes: They wash clothes in cold water and air dry them in the summer, replace incandescent bulbs with compact fluorescents (CFLs), turn off their computer when not in use. That’s an instant, virtually free savings of 6,200 pounds of CO2. They make one simple transportation change: One of the adults commutes by bus three days a week—enough to see whether it can be done, but keeping the second car just in case. That’s worth another 2,200 pounds. They’re down to 51,600 pounds and it hasn’t cost them anything but the price of the CFLs and a clothesline. They’re actually saving money.
Year Two : Home Improvement
They stop donating so much heat to the outdoors: attic and basement insulation, sealing and insulating heat ducts, and patching the large air leaks typical of standard construction saves them a whopping 7,100 pounds. These savings aren’t free up front, but the savings in heating and cooling bills will repay the cost over time. Besides, Mrs. Jones is handy with home repair, and does a lot of this work herself. Down to 44,500 per year.
Year Three : House and Car
The bus commute’s gone well, so Mr. Jones now buses to work all the time. They’ve worked on consolidating trips outside work, and find they can do without the second car altogether. That’s 5,900 pounds gone. They finish weatherproofing their house: beefing up wall insulation, weatherizing doors and windows, and upgrading to high performance windows. Another 1,800 pounds disappear. They’re at 36,800.
Year Four : Shed Carbon on Vacation
Instead of flying for their annual vacation, the Joneses take the train: a leisurely way to save 7,200 pounds every year. (If they took the bus, they’d save even more.) They’re at 29,600 pounds per year—halfway there a year early.
Year Five : Time to replace the car.
Thanks to consumer demand, electric cars have become widely available, and they buy one. Even charging on dirty power, they save 9,000 pounds. Household total is now 20,600.
Year Six : Hot and Cold
They improve their water system, including insulating their hot water heater and their pipes, and also lower the temperature of their water heater: 1,000 pounds down. When the old refrigerator kicks the bucket, the Joneses buy a new energy-efficient one and finally unplug a second fridge in the garage, knocking off another 1,300. Total remaining: 18,300.
Year Seven : Close to Home
Grandma and Grandpa retire and move nearby. The Joneses now vacation within the range of their electric car, saving 3,300 pounds of CO2 each year. The city converts its bus fleet to clean electricity, which saves another 1,200 pounds. They’re down to 13,800.
Year Eight : A Few More Things Around the House
An efficient clothes washer saves carbon on its own, and saves dryer time. With all the money they’re saving, they decide it’s time to invest in a solar hot water system. Total: 2,000. Leaving 11,800.
Year Nine : Electric Bikes
While the Joneses have been on this journey, their town has responded to citizen pressure and gone bike friendly. The new bike paths make it easy for both to ride to work. To ease the hills, they buy electric bikes. There are four months of the year when they can’t bike, so they continue their usual commute patterns then. Savings: 3,500.
Year Ten : Green Power
The Joneses’ furnace has been groaning and working overtime. They replace it with an electric heat pump, which also cools the house in summer. They also buy certified green, renewable power from their electric company, and the switch from coal plants eliminates the remaining 8,300 pounds of CO2 produced by the electricity for their house and car.
Brooke Jarvis & Doug Pibel wrote this article as part of Stop Global Warming Cold, the Spring 2008 issue of YES! Magazine. Brooke is editorial assistant and Doug is managing editor of YES! Magazine.
REQUESTED CREDIT LINE: Reprinted from "Stop Global Warming Cold," the Spring 2008 issue of YES! Magazine. Address: 284 Madrona Way NE Ste 116, Bainbridge Island, WA 98110. Subscriptions: 800.937.4451 Web: www.yesmagazine.org
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