Harvard LEED Platinum classroom

Very cool -- hopefully Harvard doesn't renege like they did with their LEED Platinum Blackstone project, where a couple years after construction they flattened the bioswale and replaced the no-mow grasses with traditional lawn grasses so they could keep it in with the (unsustainable) traditional campus vernacular of mowed lawns
 
I was wathing this Old House the other day and the landscaper guy went to Harvard to show a piece on how they are making grass "greener (eco)". Here is an article that I found on the net that sums it up. Personally I think this could be a game changer.

link:http://bigblogofgardening.com/2009/10/19/harvard-universitys-transition-to-organic-lawn-care/

You might have read my earlier post on caring for your lawn without chemical fertilizers and pesticides. I was delighted recently to see an article in the New York Times about Harvard University?s transition to organic methods of landscaping, which reinforced everything I proposed.


Harvard Yard @ Sunset
Recently, Harvard eliminated the use of ALL synthetic fertilizers and harmful chemicals after a one acre organic experiment yielded astounding results: The soil in that one acre became far healthier than those acres treated with chemicals and the roots of the organically treated grass grew deeper than anyone could have imagined. How does Harvard define ?healthy? soil? Dark in color, crumbly in texture, and teaming with the microbes which are essential for sustained plant growth.

Harvard Yard gets about 8,000 visitors per day and the soil there had become so compacted that a spade wouldn?t reach more than 3 inches into the earth on the first dig. The trees planted there were suffering from leaf spot and some were dying. Now, after applying organic methods, a spade passes through the soil like a knife through butter and the trees are showing new resistance to pests and diseases. In fact, the roots of the grass growing there are six to eight inches long!

An additional benefit, and one not to be taken lightly is that Harvard now composts 500 tons of grass clippings, pruned branches, leaves and other material which used to cost about $35,000 per year to dispose of off campus. They have also saved an additional $10,000 per year NOT buying synthetic fertilizers or compost made elsewhere. Harvard has also reduced its water use in irrigation by 30 percent, amounting to almost 2 million gallons per year.

The idea started in the spring of 2008, when Eric T Fleisher, the director of horticulture at the Battery Park City Parks Conservancy in New York City, teamed up with Wayne Carbone, Harvard?s Manager of landscape services. After extensive soil testing, they started treating one acre of Harvard?s 25 acre campus with regular applications of homemade compost and compost tea, brewed in a garage on the Harvard campus (besides the previously mentioned yard refuse, they also composted food waste from the Harvard kitchen). The experiment was so successful that the program has now been expanded to treat all 80 acres of land under Harvard?s domain (on campus and off).

To paraphrase Mr Fleisher, ?lawn care should be knowledge based, not product based, and a spade is your first diagnostic tool?. The new science in lawn care is natural science: Encourage the soil to do its work the way nature intended, and you need little else.
 
You still have to mow it, though. Or do you?
large_sheepWhiteHouse.jpg


A truly organic lawn.
 
Well yea that will never change, but much less water consumption and no chemicals. Now apply that to all the lawns and golf courses and your talking big savings.
 
Let me take you to any average 3rd world classroom.

Much more energy efficient than anything harvard could make and without costing anywhere near as much. And I dont see them issuing any press releases.

Efficient lighting? Check, it's called the sun.
Local sustainable materials? Check, it's called the brick maker down the block
Energy efficient? Check, zero heating and cooling costs.
 
I suspect you'd agree that yours isn't an entirely fair comparison, Jass. Nevertheless, you're right that we should keep some perspective on these things.
 
Kinda helps that the average third world classroom is located in a tropical climate where there's no need for insulation or heat.
 

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