Meredith Palmer writes, “I am currently working on Guam studying the invasive Brown Tree Snake. I graduated with my B.A. in Zoology in 2011 and have spent the last year or so in Africa studying large mammals, in the Caribbean examining guppy evolution, and in Canada digging up dinosaurs. And now I find myself in the Pacific! The plan, however, is to attend graduate school next fall. Although I majored in zoology, I always had an interested in paleontology born out of cold, rainy childhood summers spent cracking shale in New England with my geologist parents. Dicranurus is one of my favorite trilobite species, and the design is modeled after scientific plates in the publications of Barrande, a Boehmian paleontologist from the 1800s.”

Barrande’s beautiful illustrations are posted on the Smithsonian’s web site. For more on the glorious vanished trilobites, visit A Guide to the Order of the Trilobites.

You can see the rest of the Science Tattoo Emporium here and in Science Ink: Tattoos of the Science Obsessed.

Originally published January 20, 2013. Copyright 2013 Carl Zimmer.

This week the FDA announced that they were approving a new kin

Originally published January 17, 2013. Copyright 2013 Carl Zimmer.

d of flu vaccine. Nestled in the articles was an odd fact: unlike traditional flu vaccines, the new kind, called Flublok, is produced by the cells of insects.

This is the kind of detail that you might skim over without giving it a thought. If you did pause to ponder, you might be puzzled: how could insects possibly make a vaccine against viruses that infect humans? The answer may surprise you. To make vaccines, scientists are tapping into a battle between viruses and insects that’s raging in forests and fields and backyards all around us. It’s an important lesson in how to find new ideas in biotechnology: first, leave biologists free to explore the weirdest corners of nature they can find.

Continue reading “Viruses That Make Zombies and Vaccines”

Yale Environment 360, January 17, 2013

Link

It rises from the chimneys of mansions and from simple hut stoves. It rises from forest fires and the tail pipes of diesel-fueled trucks rolling down the highway, and from brick kilns and ocean liners and gas flares. Every day, from every occupied continent, a curtain of soot rises into the sky.

What soot does once it reaches the atmosphere has long been a hard question to answer. It’s not that scientists don’t know anything about the physics and chemistry of atmospheric soot. Just the opposite: it does so many things that it’s hard to know what they add up to.

Continue reading “Black Carbon and Warming: It’s Worse than We Thought”

The soot we loft into the sky is a remarkably mysterious player in the climate game. At Yale Environment 360, I report on the most comprehensive study yet of soot, which reveals that it’s trapping huge amounts of heat. Yet getting rid of all the soot we put in the atmosphere wouldn’t change the climate much. Check out my piece for the solution to that paradox.

Originally published January 17, 2013. Copyright 2013 Carl Zimmer.