This piece of coal comes from Kayford Mountain, part of the Kanawha Coal River Field in West Virginia. It is more than 300 million years old and dates to the Carboniferous. It was given to us by our friend, artist Erika Osborne, for inclusion in FOP’s Thingness of Energy project at The New School.
When we lifted it out of the box, its soot quickly transferred to our hands. It was surprisingly lightweight. But, we were most taken by how storied the rock appeared. The lines of strata are tales from a geologic past that far precedes human existence and coal’s “value” today for generating electricity for human convenience. We dismantle this planetary history when we burn coal today:
“The Appalachian coal fields date back about 300 million years, when today’s green highlands were tropical coastal swamps. Over the millennia, the swamps swallowed up massive amounts of organic material—trees and leafy plants, animal carcasses, insects. There, sealed off from the oxygen essential to decomposition, the material congealed into layers of peat. When the world’s landmasses later collided in a series of mega-crashes, the coastal plain was pushed upward to become the Appalachians; after the greatest of these collisions, they reached as high as today’s Himalayas, only to be eroded over the ages. The sustained geologic pressure and heat involved in creating the mountains baked and compressed the peat from those old bogs into seams of coal from a few inches to several feet thick”. - John McQuad, “Mining the Mountains”, Smithsonian.com
The United States generates nearly 50% of its electricity from coal. Yet, coal accounts for only 7% of New York City’s and 4.48% of The New School’s electricity mix because of the availability of other energy sources. It has become common knowledge that the burning of coal for the production of electricity produces massive quantities of greenhouse gases. But once the object of a piece of coal (or other “carbon intensive” materials such as wood, petroleum or natural gas) vanishes into a cloud of emissions and we can no longer see it with our eyes or hold it in our hands, humans seem to have a much harder time accepting that coal’s materiality still exists, though in a different form.
Invisible gases, like oxygen and carbon dioxide, are composed of actual material things—molecules. And, as we have suggested earlier, there is no “zero” when it comes to carbon footprints. When molecules of wood or coal disassemble, they reassemble elsewhere, often coupled with other materials’ molecules. In the case of burned coal, the carbon locked up inside goes air-borne, newly reconfigured in the form of CO2.
The New School aims to be a “carbon neutral” university by 2040 (carbon being short for carbon dioxide). For fiscal year 2011-12, the school has purchased the equivalent of a 100% of their estimated electric consumption, 26,428,256 kWh, in 100% wind Green-e certified Renewable Energy Certificates (REC). This equates 12,218,465 pounds of carbon diverted.
Yet, what seems newly important for humans to get our heads around is this: even if we participate in carbon “trading” or carbon “offsetting” while taking international flights, driving cars, or using lots of electricity to heat and cool the spaces we live and work in, the direct emissions that result from these activities—material molecules of CO2—are still generated and released. Regardless of trading or offsetting, that flight or car ride generated molecules of CO2 that exist in material form and alter the climate.
It’s a bit of an imaginative leap, but we might attempt to “thingify” invisible molecules of carbon dioxide emission by visualizing them as hunks of coal-in-transition. The more carbon that humans pump into the atmosphere in the form of CO2, the closer the air above us, and in our lungs, approximates coal itself.
image Climate Lab
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