Piles & Globes, Likes & Loves. Like a laser using researchers or a Mittyesque chemist whose job is to separate a substance into its constituent elements to determine either its nature or its proportions and then state these findings, in this new installation Muller extracts, studies and mixes seemingly disparate random bits into open ended yet cohesive wholes.
Piles & Globes, Likes & Loves
Poor, poor pitiful Paranthropus. The genus of hominin lost out to the Homo genus,
and in evolution, “losing out" usually means becoming extinct. Which is what
happened to Paranthropus, roughly a million years ago.
Paranthropus robustus and other members of the genus were small, with small brains,
but they had large jaws and big, flat molars. Those features have led scientists to
assume that Paranthropus had a specialized diet, largely of grasses (which they
could chew much like cattle chew grass). This specialization, the thinking goes, led
to their downfall: unlike Homo species, which dined on a variety of foods including
fruits and nuts, P. robustus could not adapt when a drying climate made grasses less
prevalent.
“There’s long been this idea that Paranthropus is a specialist, whereas Homo is a
generalist, and that this was somehow crucial to surviving through climatic
changes," said Matt Sponheimer, an anthropologist at the University of Colorado at
Boulder. “It’s a seductive idea, but there have been chinks in the armor."
Now Dr. Sponheimer and colleagues present what may be the biggest chink of all. P.
robustus, they report in Science, actually had a varied diet, eating grasses as well
as fruits, nuts and leaves. The researchers used a laser to ablate small layers of
enamel from the fossilized teeth of a 1.8-million-year-old P. robustus specimen. By
analyzing the concentrations of carbon isotopes in the enamel they were able to
determine whether P. robustus was eating grasses or the fruits and leaves of trees
and bushes. Grasses use a different photosynthetic pathway than trees and bushes and
have a higher concentration of carbon-13, which gets incorporated in animal tissue
when the foods are eaten.
Dr. Sponheimer said they discovered that P. robustus’ diet varied seasonally, or at
least between years, perhaps as drought made certain foods unavailable. The research
shows that “just because the morphology is specialized for just one thing, that
doesn’t mean it can’t do other things," he said.
And what does this new scientific discovery have to do with ‘Piles & Globes, Likes &
Loves’, Dave Muller’s installation of new work at Blum & Poe?
Much like Dr. Sponheimer’s laser using researchers or a Mittyesque chemist whose job
is to separate a substance into its constituent elements to determine either its
nature or its proportions and then state these findings, Muller extracts, studies
and mixes seemingly disparate random bits into open ended yet cohesive wholes. Piero
Scaruffi’s A History of Rock Music, a mathematical proof, the US Postal Service, his
daughter’s favorites, a moment from a wedding, all gather to be considered.
Mingling these moments with an archive of over 90,000 songs and counting, the artist
extracts from his mine, tosses it toward a disco ball, takes note of the reflections
that gleam from the pile, lovingly sets them down on paper and then blasts the
gallery walls with the results of his investigation.
Opening Reception: Saturday, December 2, 6 - 8 pm
Blum & Poe
2754 S. La Cienega Boulevard - Los Angeles