Feedback
Science

Impressive Load: 'Longest' Fossilized Poop Goes Up for Auction

A gallery in Beverly Hills, California, is hoping someone might be willing to spend $10,000 on a piece of crap.

A lumpy fossil — billed as possibly the longest known specimen of ancient excrement — will hit the auction block next week at the I.M. Chait Gallery.

Measuring "an eye-watering 40 inches [102 centimeters] in length," the so-called coprolite could be up to 33 million years old, according to the auctioneers, who estimate that the fossilized specimen could fetch between $8,000 and $10,000.

Sign up for top Science news delivered direct to your inbox

"It boasts" — if a coprolite can boast of anything — "a wonderfully even, pale brown-yellow coloring and terrifically detailed texture to the heavily botryoidal surface across the whole of its immense length," the glowing description from the auction house reads. (A "botryoidal" surface is simply one with a lumpy texture. Tellingly, the word comes from the Greek word "botrys," meaning a bunch of grapes.)

Image: Long piece of fossilized dung (known as a coprolite)
Auctioneers say this could be longest piece of fossilized dung (known as a coprolite) ever found. They don't know what kind of creature left it. I. M. Chait Gallery

The seller personally found and dug up the fossilized feces in 2012, on private land in Toledo, Washington, said Jake Chait, natural history director of I.M. Chait. Based on other finds from the area, auctioneers said the dung likely dates to the Miocene or Oligocene epochs.

"In the 12 years I've been selling natural history items, I've never seen anything close to this in terms of size," Chait told Live Science.

Chait and his colleagues said they don't know what kind of creature passed the impressive load, which has been separated into four pieces and mounted on black marble.

— Megan Gannon, Live Science

This is a condensed version of a report from Live Science. Read the full report. Follow Megan Gannon on Twitter and Google+. Follow us @livescience, Facebook & Google+.

More from Live Science: