|Constructing the Anthropocene|
|Tuesday, 28 February 2012 01:56|
[Bingham Copper Pit, Utah]
Predicated upon accommodation humans have become one of the geologic forces affecting the earth. Growth required materials and energy. And to produce those forces, extraction is required from deep within the earth to reach material made from millions of years of geologic pressures. Technology has allowed us to hasten certain geologic processes at our will.
[Coal slag heap pile, West Virginia]
We can imagine geologists many of years from now studying the stratification layers and wonder how our epoch will unfold? Could it mark the end of an era caused by a self-inflicted catastrophic event, digging and burying ourselves out of existence. Or might this layer reveal the change that occurred at a period where the foresight to design our own geology perhaps delayed such an outcome. The boundaries between epochs are defined by changes preserved in sedimentary rocks—the emergence of one type of commonly fossilized organism, say, or the disappearance of another. The speed at which vast amounts of non-organic material can be produced might define a shorter geologic time frame. One that is conceivable to occur within our own, or our children’s time, even containing multiple layers.
Cities are possibly the biggest human geologic intervention. New York City, as stated by Friends of the Pleistocene, is its own geologic force. Buildings constructed from local sandstones and schist from the triassic and jurassic period form skyscraper canyons of transformed rock, at times aligning celestially with the sun displaying the phenomena of time in the same way stone monuments have done for millennia. Before the Pangaea split, the tallest mountains in the world stood where the skyscrapers currently sit, mimicking there scale, constructed from their remains.
[Anthropocene Construction Sketch. Image by Adam E. Anderson]
We are focusing on the “Anthropogenic” layer of waste. The effort and energy of extraction, production, and disposal of fossil fuels, geologic commodities, and construction is awesome in scale, as well as the waste material created as a result.. The now closed Fresh Kills landfill in Staten Island New York is monumental, reaching over 150 ft. in some areas and containing some of the most noxious chemicals known to man. It is a human geologic event, an archeology of excess caused by rapid city growth and abundance. The landfill upon becoming full, and closed, becomes a mountain. In the case of Fresh Kills it was treated as a massive wound, covered with little acknowledgement to the toxic human generated strata below.
[Anthropocene Geologic Construction Timeline. Image by Adam E. Anderson]
The critique of the Fresh Kills proposal stems from its contribution to the perpetuation of the fallacy of pristine nature, especially in urban conditions, and when, and only when we are able to think beyond these ubiquitous idyllic notions can innovation in how waste is treated in the urban system occur.