Don’t get me wrong; I love it when fossils make the news. Paleontology is my first intellectual love—frustrating, illuminating, amazing, and did I mention frustrating? Seriously, you don’t know frustration until you spend weeks chipping sandstone away from a rock, grain by grain under a microscope. It’s excruciating. If I ever meet Steven Spielberg, I’m going to give him a piece of my mind regarding that Jurassic Park scene where the scientists, like, blow gently and expose a perfectly preserved dinosaur. If only! But I digress…
Many years ago, I moved to Paris with only high school French to sustain me. Parisians have a reputation for—shall we say—brusqueness, and I had no shortage of embarrassing encounters that I interpreted as scorn for my weak French and wretchedly obvious American-ness. Over time as my French improved and my wardrobe shifted to the local norm, I noticed that I was still encountering a heckuva lot of brusqueness. But as I developed the ability to understand the conversations going on around me, I figured something out: Parisians weren’t singling me out for my accent or my clothes—they were hard on everyone, including each other. Made me feel better, somehow.
I mentioned recently that I was rereading Ray Ginger’s Six Days or Forever? Tennessee v. John Thomas Scopes (1958) in order to prepare for a talk about the Scopes trial. While doing so, I took notes about more than just the ornate vocabulary, which I discussed in “A Ginger Glossary” (part 1, part 2). Here’s a passage I marked: “Three days later [i.e., on June 22, 1925], as Albert Einstein was declaring in Berlin that ‘any restriction of academic liberty heaps coals of shame upon the community which tolerates such suppression,’ Clarence Darrow arrived in Dayton to get the lay of the land.” That was nice to see, if not especially surprising. After all, I knew that Marie Curie—a Nobelist in physics in 1903 and chemistry in 1911—had deplored the prosecution of Scopes (see “Marie Curie’s Voice for Evolution”), so it wouldn’t be odd for Einstein—a Nobelist in physics in 1921, for his work on the photoelectric effect—to raise his voice for evolution as well.
This past week on Fossil Friday, I gave you a stack of fossils all the way from Danville, Kentucky! What were they?
Last week, I discussed the misconception that everything is adaptive. This week, I want to talk about ways we can help our students see and appreciate the wonder of life without their adaptation-everywhere goggles on.
This week on Fossil Friday, I bring you another great fossil (or set of fossils) from Dan Phelps, the president of the Kentucky Paleontological Society. This photo has two different species in it, one stacked over the other. They were found in Kentucky and date from the Upper Ordovician.
What are they? How specific can you get?
Dan is not allowed to guess again this week, but he is welcome to taunt the commenters!
While rereading Ray Ginger’s Six Days or Forever? Tennessee v. John Thomas Scopes (1958) recently, I was struck by what even I considered to be a plethora of unusual, obscure, and confabulated words in the book.
Josh, Steve, and I just returned from spending 8 days with a group of 21 NCSE members on NCSE’s Grand Canyon raft trip. Steve regaled us with the actual geological history of Grand Canyon, and Josh supplemented with a tongue-in-cheek presentation of the creationist view – with me helping a bit around the edges. Josh also kept up the natural history side of things as he introduced us to a variety of invertebrate and vertebrate varmints along the trail.
In order to prepare for a talk about the Scopes trial, I was recently rereading Ray Ginger’s Six Days or Forever? Tennessee v. John Thomas Scopes (1958).
According to the Centers for Disease Control, drug-resistant bacteria cause more than two million infections, and kill at least 23,000 people every year in the United States. At the same time, the development of new antibiotics has slowed to a trickle, partially because pharmaceutical companies know that the inevitable emergence of resistance will cut short the useful lifespan of any drug they develop.