Or at least so goes the headline from my chat with Brian Lehrer on WNYC today, encompassing the Anthropocene (and how to pronounce it) as well as our heated future. Take a listen!
THE RED VEINS of a certain pink petunia flower come courtesy of human DNA — the A’s, C’s, T’s, and G’s that teach a cell how to build itself. With the help of a virus, Brazilian-born Eduardo Kac was able to stitch human DNA — his own — into a petunia, veining the flower’s petals in red by generating an antibody with a snippet of his genetic code. This so-called “Edunia” is neither the product of genetic research, per se, nor botanical gamesmanship. Kac is simply an artist, and the Edunia (along with limited edition seed packs) has been exhibited from Minneapolis to Barcelona, a show he calls “Natural History of the Enigma.”
Or, as Kac puts it:
The petal pink background, against which the red veins are seen, is evocative of my own pinkish white skin tone. The result of this molecular manipulation is a bloom that creates the living image of human blood rushing through the veins of a flower.
Such is art in the Anthropocene, this new era of man necessitated by our ever-expanding impacts on the planet as a whole, from geology to biology. Kac’s work is hardly alone. Bio-art in the Anthropocene ranges from a book stored entirely in DNA to a poem “written” by a microbe, a living poem known as “The Xenotext” to its progenitor (not exactly author) Christian Bök of the University of Calgary.
Head over to the L.A. Review of Books to read the rest.
“As in all things, the bacteria got there first. One tiny cell built inside of itself a new pigment, a brilliant green thanks to its ability to absorb only certain colors in the light of a younger, weaker Sun. The pigment – dubbed chlorophyll by animals that rely on this one cell’s innumerable descendants to power name-giving brains – channeled the energy in sunshine to split the waters of Earth’s early oceans. The cell took in carbon dioxide, paired it with once watery hydrogen, and made food. In the process out bubbled a flammable gas that made life as we know it possible: oxygen.
These bacteria were the first geoengineers – large-scale manipulators of the planetary environment…” And we will be the second. Read the rest over at Earth Island Journal.
Humanity is now writing a new chapter in Earth’s history. The choices we make now will help set the thermostat of the entire planet for at least tens of thousands of years. If people, plants and animals don’t like the climate of 2100, 2500 or even 25000, they will have us to blame. And if human civilization is to persist to see that climate, we have our work cut out for us.
Which is why I’m writing a book. We are the first life to transform this planet with the possibility of consciousness about it, terraforming terra herself as a result of our actions (albeit mostly unwittingly to date). If we want to ensure that the Anthropocene is more than a blip in the history of the planet, it will take all of our smarts and our technology to begin to master formerly natural systems, such as short-circuiting the millennia it takes to recycle water or the eons nature requires to turn tons of old, dead plants into fossil fuels.
This is not about preserving Nature with a capital N or bringing stasis to what is (and always has been) the dynamic flux of life, chemistry and plate tectonics. This is about managing change, adapting and ensuring the resilience of our civilization, our fellow life and even our planet.
I’ll be chronicling my efforts to craft a narrative history out of that topic here. So set out on this journey of disillusionment with me? Any and all help, insights, pro tips or just words of encouragement truly welcome. Welcome to the Anthropocene.