June 2008 Archives

urban-homestead.jpgThe Urban Homestead: Your Guide to Self-sufficient Living in the Heart of the City (Process Self-reliance Series)
I haven't gotten my hands on a copy of "Urban Homesteading" yet, but boing boing's Mark Frauenfelder has, and he likes it a lot:

[This book] is a delightfully readable and very useful guide to front- and back-yard vegetable gardening, food foraging, food preserving, chicken keeping, and other useful skills for anyone interested in taking a more active role in growing and preparing the food they eat...[U]nlike many self-sufficiency books, this one isn't preachy, unrealistic, or dogmatic. Instead, it's honest and often humorous. Kelly and Erik (who run the Homegrown Evolution blog) are wonderfully lucid and accessible writers.




Video: "Amazing! The While House is treating America's environmental policy like a spam boner pill ad." The Daily Show With Jon Stewart, aired 25 June 2008

Happily as a journalist, and unhappily as a human being who doesn't want to see others suffer (and there you have the internal tensions of environmental journalism in a nutshell), my first story for Popular Mechanics was timed perfectly with the Flood of 2008 in the Midwest: As Flood Waters Rise, Geeks Aim to Save Midwest With 3D Rigs.

Preparing this piece gave me a welcome opportunity to speak with Dr. Tim Kusky of St. Louis University, and also his associate, geospatial analyst Abduwasit Ghulam.

What's causing this flood crisis? Dr. Kusky doesn't seem to see it as a "natural" disaster -- and he's working on a very compelling way to better understand the likely impacts of overbuilding on Mississippi Basin bottomlands. From the PopMech article:

"There's a big problem with the calculation of what is a 100- and 500-year flood plain: it's based on the original shape of the Mississippi Basin," says Timothy Kusky, an earth scientist at St. Louis University. He believes that a triple whammy of factors is contributing to this year's flooding. The first, he says, is increased rainfall due to global warming, but the second two reasons are based on relatively recent physical changes in the region.

[[[EG note: Increased rainfall in the Upper Mississippi Basin, based on climate change modeling -- due to the particulars of that region's topology and microclimate; other parts of the continent and the world may see other changes, such as less rainfall.]]]

Bottomlands that used to absorb floodwaters have been overdeveloped. What's worse, the miles of new levees that were built to protect the malls, industrial parks and homes in those areas have hurt more than they've helped by constricting rivers into narrower channels. "Once we reduce capacity, things that used to be beyond the flood plains are at risk, because floods become higher and more frequent." Models from the Intergovernmental Panel on Climate Change predict 20 percent more rainfall in the region, which Kusky says could mean about 50 percent more water in the river systems.

Klusky can't stop the rain, but his digital models of possible flood outcomes might just help prevent developers from building in the most vulnerable spots around the country's biggest and most dangerous river. On a modest $250,000 budget, Kusky and his team at St. Louis University's Center for Environmental Sciences (SLUCES) are employing a powerful open-source system called Geowall to create super-detailed, three-dimensional models of the Upper Mississippi Basin--its mountains, valleys and riverbeds, as well as its parking lots, levees, and office towers.



I first met Dr. Kusky, while reporting on floodplain development in the Mississippi Basin for Grist this past winter. Geowall wasn't up and running during my February visit to St. Louis, but hopefully I'll have a chance to see it in action some day.

I'm still considering the implications of what I've learned from reporting on the Mississippi Basin for cities outside that area (which is a huge chunk of the U.S.), such as my own New York City -- which has plenty of land at or near sea level, and will likely experience more storms and rain in our climate-disrupted future. What's real "security" -- of food, transportation, water supply, employment and more -- as the fundamentals of living on the Earth transform around us?

Morning Ecology 25 June 2008

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Image: "Fires in California Eight thousand lightning strikes in less than 24 hours sparked hundreds of fires across California over the first weekend of summer 2008, according to an AP news report. This natural-color image from the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA's Terra satellite on June 24 shows thick smoke hanging over the mountains that line the Sacramento Valley in Northern California. Places where MODIS detected actively burning fires are outlined in red; other fires are likely present but not detectable because of the thick smoke. The large image shows additional fires burning farther south." Credit: NASA image courtesy the MODIS Rapid Response Team. Caption by Rebecca Lindsey.
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Hurrah for Home Depot. Today the chain of home improvement stores launched an in-store CFL recyling program in the U.S. -- increasing the number of places you can bring a spent CFL and its worrisome smidge of mercury by 1,973 locations.

The chain's Canada stores started accepting the bulbs in late 2007, so that probably means that a majority of the residents of North America are now no further than 10 miles from a safe place to drop off their expired CFLs.

"Ron Jarvis, Home Depot's senior vice president for enviornmental innovation...estimated that 75 percent of the nation's homes [in the U.S.] are within 10 miles of a Home Depot," reports today's edition of The New York Times.

What happens to the bulbs? According to Home Depot's press release,

...customers can simply bring in any expired, unbroken CFL bulbs, and give them to the store associate behind the returns desk. The bulbs will then be managed responsibly by an environmental management company who will coordinate CFL packaging, transportation and recycling to maximize safety and ensure environmental compliance.
And in the Dept. of Credit Where Credit Is Due, here's a bit more from that same release:
In addition to the CFL recycling program, The Home Depot has also launched an in store energy conservation program to switch Light Fixture Showrooms in U.S. stores from incandescent bulbs to CFLs by Fall 2008 and save $16 million annually in energy costs. The CFL recycling program is an extension of The Home Depot's Eco Options program. Eco Options, launched in April 2007, is a classification that allows customers to easily identify products that have less of an impact on the environment."

Compact fluorescent light bulbs are no-brainer alternatives to incandescent bulbs -- they use a fraction of the energy to produce the same amount of light, burn cool, last for years, and are increasingly easier to find in designs that offer the same kind of clean attractive light as the Edison bulbs.

But the potential exists for their increased popularity -- with many places even moving to ban the 125-year-old incandescent bulb entirely to conserve energy -- to add up to a toxic waste problem in landfills nationwide that are not designed to contain heavy metals.

A bit of review: when mercury enters the soil and water, it can be transformed bacteriologically into methylmercury, a highly toxic organic compound that can remain -- or bioaccumulate -- in animal tissue when consumed (notably in fish, in terms of foods humans eat).

Methylmercury, which is typically called simply mercury in health advisories, news reports, and such, also biomagnifies up the food chain, which means that it becomes more highly concentrated in the flesh of animals that eat other animals carrying methylmercury. Methylmercury exposure can hurt the nervous system, impair kidney function, damage the brain, and more.

Scary! So good on ya, Home Depot.

Update 25 June: Of course, the best way to cut mercury exposure and poisoning in most of the U.S. would be, first, to better filter and capture the pollution from coal-fired power plants. And then, to phase them out as fast as possible in favor of clean energy.

Proper recycling of CFL bulbs is a good thing, but it's just a baby step in dealing with the systemic problem of mercury pollution in the environment and mercury poisoning of humans and animals.

Image: "display window of a lightening store in the downtown section of damascus, syria," April 2007. flickr/Paul Keller.

Apartment Ecology 24 June 2008

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Image: "Tree and Red Panda shaped solar panels," in Japan. flickr/Haroldo Nagoya

Morning Ecology 23 June 2008

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Morning Ecology 19 June 2008

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Image: NASA Earth Observatory/MODIS Rapid Response Team. Caption by Michon Scott and Rebecca Lindsey:

"Heavy rains in early June 2008 soaked the U.S. Midwest, leaving swollen rivers in their wake. By June 8, 2008, the National Weather Service had issued flood warnings for numerous counties throughout Indiana and Illinois. The lower Wabash, White, and East Fork White watersheds had all been affected by the deluge, according to National Weather Service bulletins, and streamflow gauges on parts of the White and East Fork White River recorded 100-year-flood levels, according to preliminary reports from the U.S. Geological Survey. "The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA's Aqua satellite captured the top image on May 28, 2008, and the bottom image on June 10. These false-color images combine infrared and visible light to enhance the contrast between vegetation (bright green) and water (dark blue). Bare ground is pinkish-tan, and clouds are blue-white. Rivers that were not even visible at MODIS' resolution on May 28 are wide blue ribbons on June 10. The Embarras, Wabash, White, and East Fork White Rivers are all swollen from the heavy rains." .

Morning Ecology 18 June 2008

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Image: flickr/talkradionews: Flooded home in eastern Iowa, 12 June 2008
I'm on multiple deadlines this week and may not get to extended writing here on Apartment Ecology for a few days.  Which brings me to mentioning that I'm an  independent freelance environmental journalist.  Grist -- "a beacon in the smog" -- is an independent online magazine that has been very very good to me, and very very good for environmental journalism.  

So please, open up that hip recycled wallet that you got from your friendly neighborhood Spider...uh, locally owned fair trade green goods emporium, and give to Grist during its summer fundraiser.

In keeping with today's Morning Ecology theme of bicycles in the news, note that anyone who donates $125 or more by 11:59 pm (23:59) Pacific time TODAY will be entered to win a Bike Friday Tikit folding bike -- a cycling commuter's dream machine, worth $999!

Like public radio and tv, Grist is a nonprofit -- and sometimes it has a pledge drive.  While I don't have inside skinny on how Grist keeps the books balanced, I imagine it's a combo of grants, a smidge of earned income from things like ads and article syndication deals and affiliate sales, and lots of contributions from individuals.  

So if you appreciate independent enviro news with humor and attitude, as well as a great eco-politics blog (Gristmill) -- I hope you'll donate to Grist.


Morning Ecology 16 June 2008

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Image: A portion of Andy Carvin's aborted panorama of Washington DC's Union Station. AC writes: "You can make out the first security guard standing in front of the camera at one point, as the second one approaches from behind her, just to her right."

Morning Ecology 12 June 2008

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Has anyone made a good case for caffiene being a crucial fuel to the Industrial Revolution, or to the urbanization of America? I can say with some experience that it's a crucial power source for the Information Age. And so, it's nice that my favorite artisan espresso joint, Joe the Art of Coffee, continues its measured and thoughtful expansion out of Greenwich Village. Yesterday the new outpost at Grand Central had a pre-opening day test run: drinks and treats were on the house as the crew broke in the new space. Yum!

Since Apartment Ecology is, broadly, about cities and sustainability, where does Joe fit in? Well, it's locally owned. The locations compost and recycle: "Every bit of coffee and organic material is composted and all of our containers are recycled," sez joetheartofcoffee.com. Joe uses Barrington Coffee Roasting Company beans; the Massachusetts-based company apparently sources from farmers who grow coffee sustainably while paying them a fair price for their crop. Barrington's organic roasts are USDA Organic Program-certified; its fair trade coffee offerings are certified by Transfair USA.

Joe gives back by contributing to the life of the city -- which is just as important to sustainability as clean energy. It sponsors Team Joe Coffee, a free running club; has canned food drives during the Thanksgiving and December holiday seasons; offers a unique series of affordable classes on everything coffee, such as the class where I learned to pull the perfect shot using the gloriously steampunk espresso machine at the 13th Street location -- where you can also view an expertly curated selection of photographs by young artists, thanks to the jen@joe partnership with jen bekman gallery. And Joe is friendly. The barista at Waverly always encourages patrons to share the tables when seats are scarce, even if they don't know each other (seldom done in personal-space-conscious NYC). And while I waited on line yesterday at Grand Central, Joe owner Jonathan Rubenstein recognized me as a regular from another location and paused in his pre-opening rush to say hello. NYC can be such a small town. Thanks for the latte and bran muffin, Jon -- they were worth the wait, and as always, they were delicious.

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Images: Emily Gertz

Morning Ecology 11 June 2008

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bathroomwindowsm.jpgOver the past seven summers I've spent working in great part from my fourth-floor walkup, I've learned that it's not the heat; it's the sunshine. On hot but cloudy days, my apartment remains reasonably comfortable because the sun is not heating the building's brickwork facade. But on hot and clear days, my east and south-southeast exposures are killers: not only does my own place get the radiated results of all that sunlight, but so do the three units below me -- and as we all know from high school physics, heat rises.

Happily, since I moved here the roof has been reclad in reflective material, which helps cut the heat input from above, at least. And I've learned that this same principle can apply inside my apartment, too.

On most of my windows I have dual-layer cellular blinds, which strike a decent compromise between insulation and translucency. While they do allow some light (and thus heat) into my space, a good portion of that energy is trapped in the air pockets of the blinds. These are a pretty pricey investment, though. A cheaper option is to simply cover the windows in reflective material, just like the roof. If that sounds complicated, it's not. You, I, and nearly every other person in the city is well stocked with a really fabulous reflective material. It's called aluminum foil.

For years I taped aluminum foil over the bathroom window during summer, to keep that room (and that end of my apartment) as cool as possible. It worked great -- easily lowering the temperature in there by 10 degrees F. or more -- and made sense because:
  • The bathroom window is small, so taping it over with foil is an easy task.
  • I don't spend a whole lot of time in the bathroom, and thus don't regret the light deprivation.
  • The cats, who don't care about the light one way or another, use the cool tile as their refuge from summer heat.
But taping up the foil had disadvantages as well. It looked kind of crappy. I couldn't open the window on pleasant days without taking it down. When I took it down, it tore. Eventually I could not tape up the tears and the foil both, so I had to crumple it up for recycling and use new sheets, which seemed like a waste.

So this year, I've upgraded, by making reflective panels to put in the bathroom window. They look a lot better than sheets of foil held up with duct tape, and work a bit better too. And it's easy to do.

How to make reflective insulating window coverings

Materials:
  • 3/16 inch thick foamboard
  • Heavy duty cutting blade (Xacto or similar)
  • Several yards of aluminum foil
  • White school glue (Elmer's or similar)
  • Some cellophane or other clear tape
Instructions:
  1. Measure the casing of the window you want to cover from edge to edge (width), and top to bottom (height) and write down that measurement in inches. The casing is the "box" or framing around the window frame itself.
  2. Multiply the width by the height. This number is the total area, in inches, that you need to cover.
  3. Take these measurements with you to an office supply or good crafts supply store. Find some sheets of foambard -- I used 3/16 inch foamboard, which struck a nice balance between sturdiness, insulation, and ease of cutting. Buy enough to cover the total area of your window (you'll likely need to make more than one panel per window).
  4. When you get home, figure out the best way to cut the foamboard so that you'll have enough panels to fit your window. For instance, if your window is 30" wide and the foamboard is 36" wide, you'll want to trim it by about 5 3/4", leaving a little bit extra to help jam it into the casing.
  5. Cut as many panels as you need to out of the foamboard to cover your window (foamboard usually comes in packs of three sheets or more; I reserve one to use as the cutting mat for the others, so that I don't cut into the floor or table on which everything is laying).
  6. Once this is done, rip a sheet of aluminum foil off the roll, one that is long enough to wrap around the entire board with some overlap.
  7. Lay the foam board on the foil, and wrap the foil around it more or less like you would wrap a box with giftwrap -- with the highly shiny side facing outwards.
  8. I smear some glue on the board and then smooth the foil down over it, to help hold the foil in place, and then tape the edges with the cello tape.
  9. Use as many sheets of foil as you need to, to completely cover the board.
  10. Once completed, trot that board over to your window and wedge it into the casing.
  11. Voila! You have created a super-cheap, heat-reflecting insulated window covering!
  12. Repeat until your window is as covered over as you want it to be, times as many windows as you want to cover.
Strictly speaking, you don't need to wrap the entire piece of foamboard in foil, only the side that will be facing out. I did it this way because the result looks a bit nicer on the inside.

If you have a wall thermometer, stick it in the room after you cover the window(s), and check it every once in a while. I can almost guarantee that you'll be amazed at how fast and far the temperature drops.

Morning Ecology 10 June 2008

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naplesTrashflickr.jpg Image: flickr/G2 Studio, "Naples Trash Emergency: This is a photographic report about the sad emergency that Naples and all the region Campania is living. This is the only region of Italy that has the problem of trash disposal. Countryside dumps are completely full with mountains of stocked and packed "trash balls" laying undispached, garbage collectors' truck are unable to pick up all the litters from the street because, once they've done it, they have to face road blocks made by that people living near dumps, expecially those dumps that are going to be opened again due to this emergency; bitter conflicts between citizens and police has taken place along the street that lead to dumps..."

Morning Ecology 09 June 2008

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My neighbor at brooklynometry posts a nice recipe for homemade liquid laundry soap.  It's easy to make and way cheaper than store-bought detergents, she points out.  

"But what I'd really like to know is if Zote, Octagon or Fels Naptha, the three laundry bar soaps I can get, (Zote at C-town and Mexican stores, Octagon at Key Food, and Fels Naptha via mail order) contain phosphates," adds brooklynometry. "People ask me, and I have no idea."

Chances are good that, being laundry soaps, they don't contain phosphates.  Why not?  And why should we care?  Well, if you are old enough to remember the 1960s and 1970s, you may remember seeing -- or seeing pictures of -- creeks, rivers, and other open bodies of water coated with greeny brown slime.  By the early 1970s, it was becoming well understood that phosphorus pollution from laundry rinsewater was creating these algal blooms, which consumed the water's oxygen, and led to very upset ecosystems full of dead aquatic organisms (except for algae, I suppose).  

So, if you like fish, frogs, snails, crabs and other oxygen-loving critters in your waterways instead of flotillas of pond scum, nixing phosphates is smart.  States and localities began banning or tightly restricting phosphates in laundry detergents in the early 1970s.  By the mid-1990s, manufacturers had gotten the hint and voluntarily phased them out of their U.S. products. 

("Voluntarily" in this context may have meant that federal lawmakers or a federal agency were moving in to create a national ban or very tight restriction for phosphates in laundry detergents, and the relevant commercial sectors saw an opportunity to forestall a new regulation while also gaining kudos for being responsive to public concerns about the environment -- but I don't know for sure.)

This phaseout didn't apply to dishwasher detergents.  These days, though, there are enzymatic formulations available that clean as well as those with phosphates.  So if you are fortunate to have a dishwasher  -- which, by the way, are net savers of water over handwashing -- look for phosphate-free formulas.  When I had a dishwasher, I found that Whole Foods 365 store brand dishwasher detergent worked fine.

Here's another great recipe on instructables.com, one I've been meaning to try, for homemade powdered laundry soap.