The New York Times, October 3, 2011

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Most of the aliens that come out of Hollywood don’t really look alien at all. They may have pizza-size eyes or roachlike antennae, but their oddities are draped on a familiar humanoid frame.

If you want to find life forms that truly seem otherworldly, your local forest is a much better place than your local cineplex. It is home to creatures that are immensely old, fundamentally bizarre and capable of startlingly sophisticated behavior. They are the slime molds.

Continue reading “Can Answers to Evolution Be Found in Slime?”

WIRED, September 27, 2011

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If some twisted genius vaporized all 10 trillion cells in your body — along with the hair, the fingernails, and other tissue they create — it would not leave empty space behind. A body-shaped cloud made of bacteria, viruses, and other former stowaways would hover briefly in the air. The cloud would outline your skin, delineate your lungs, trace your digestive tract. You might be gone for good, but your shadow biosphere would remain.

We got our first glimpse of these tiny tenants — now known collectively as the microbiome — in the late 17th century, when a Dutch lens grinder named Anton van Leeuwenhoek noticed a layer of white scum between his teeth.

Continue reading “The Wired Atlas of the Human Ecosystem”

The New York Times, September 12, 2011

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NEW HAVEN — Medicine is a divided world. On one side are the doctors, who come face to face with illness each day and try to heal their patients with whatever tools they can get their hands on. On the other are the researchers, who explore the body’s microscopic complexity, never sure whether their discoveries will ever end up in the hands of the doctors.

Dr. Arthur Horwich, a medical geneticist at Yale University, lives in both worlds. “I’ve always been on the fence between science and medicine,” he said. “I could never make up my mind.”

Continue reading “Horwich Wins Lasker Award by Straddling Science and Medicine”

Yale Environment 360, August 29, 2011

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A two-hour’s drive north of Madrid is an extraordinary sight: forests of beech trees. It’s not the European beech itself that’s extraordinary. After all, Fagus sylvatica grows across a wide swath of the continent. It’s beech trees in central Spain that are strange. To grow, beeches require a moist, relatively cool climate — a climate that’s almost impossible to find in central Spain. “They’re limited to cool moist valleys in a hot, dry mountain range,” explains Alistair Jump, an ecologist at the University of Stirling who studies the trees.

Continue reading “Climate Relicts: Seeking Clues On How Some Species Survive”

The New York Times, August 23, 2011

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In the foothills of the Andes Mountains lives a bat the size of a raspberry. In Singapore, there’s a nematode worm that dwells only in the lungs of the changeable lizard.

The bat and the worm have something in common: They are both new to science. Each of them recently received its official scientific name: Myotis diminutus for the bat, Rhabdias singaporensis for the worm.

These are certainly not the last two species that scientists will ever discover. Each year, researchers report more than 15,000 new species, and their workload shows no sign of letting up. “Ask any taxonomist in a museum, and they’ll tell you they have hundreds of species waiting to be described,” says Camilo Mora, a marine ecologist at the University of Hawaii.

Continue reading “How Many Species? A Study Says 8.7 Million, but It’s Tricky”