23 Van Den Bussche has a host of grants looking into the animals’ mysteries, as well as those of other small mammals. One included a Fulbright Fellowship that sent him to the Polish Academy of Sciences’ Museum and Institute of Zoology in Warsaw where he set up a lab that specializes in ancient DNA and got the chance of a lifetime to work with some rare bat fossils. When bats die, they decay too quickly in most climates to form fossils due to their small, delicate bodies and the effects of moisture. That makes the animals’ fossil record spare and adds to their mystery. However, the bat cave in the Caucasus was dry — prime for fossilized remains. “We pulled out these dead bats, and initially we thought they were ones that had just died. When we carbon-dated them, we found they were about 5,000 years old. They were preserved that well.” It was part of an effort to resolve a long-running controversy over whether two types of bats that used the cave, both termed the lesser mouse-eared bat, were different species or subspecies. Using DNA from a groundup tooth, researchers determined the animals were very similar genetically, but their reproduction and feeding habits differed significantly, indicating they may be different species. Earlier in his career, his studies of genetic changes in rodents collected in the exclusion zone surrounding the Chernobyl nuclear plant ended up in the journal, Nature, in 1996, one year after he started at OSU. The power plant’s meltdown and explosion in 1986 contaminated thousands of square miles, rendering the region uninhabitable to humans and making it a prime location to study how wildlife recovers after a nuclear accident. Braving enough radiation to fry a Geiger counter, Van Den Bussche made his first trip to the burnt-out plant and the abandoned nearby city of Pripyat, Ukraine, in 1992 while finishing his postdoctoral work at the University of Idaho. “When I first started going over there, there were tons of rats, but around 1997 or 1998, wolves, moose and Russian wild boar became a problem. They were destroying our traps. We were seeing them all over the place. In this big enclosed area where humans will never live again, the animals are doing great. That showed me that humans are far worse on animals than radiation.” Although he doesn’t make any more trips to Chernobyl, he says he’ll continue his research into small mammals while also joining his wife, fellow zoologist Meredith Hamilton, on research trips to the jungles of Honduras with their graduate students. Van Den Bussche holds a doctoral degree in zoology from Texas Tech University, a master’s degree in biology from Memphis State and a bachelor’s degree in wildlife management from Eastern Kentucky. He is a winner of the Southwestern Association of Naturalists Donald W. Tinkle Research Excellence Award and the OSU College of Arts and Sciences Outstanding Professor Award. From the Amazon rainforest to the doorstep of Chernobyl’s Reactor No. 4, the College of Arts and Sciences associate dean for research has practiced what he preaches. He has studied small mammals in Texas, Oklahoma, Honduras, Siberia, Poland and the exclusion zone surrounding the world’s worst nuclear accident. That, as well as his more than 100 published articles, is part of why last year he became one of the college’s three new Regents Professors for 2009. Balancing research with teaching and administrating is a lot like working two full-time jobs, Van Den Bussche says. Yet he enjoys being an administrator, helping fellow professors get funding for their work while also keeping up his own research. Much of his work deals with bats, which he says make up onefourth of the world’s more than 4,000 species of mammals. That means he often ends up bending his lanky, 6-foot 3-inch frame into caves, attics, rotted trees and other dark nooks and crannies in nearly every climate in the world. “The evolution that’s had to happen with these animals is just fascinating,” he says. “We’ve got solitary bats. We have bats that form harems. Anything you can think of happens in bats. Look at vampire bats. If they don’t have a meal in three days, they’ll die. So if somebody hasn’t had a meal, somebody else will regurgitate its blood meal for it. They’re very social animals.” IN THIS BIG ENCLOSED AREA WHERE HUMANS WILL NEVER LIVE AGAIN, THE ANIMALS ARE DOING GREAT. THAT SHOWED ME THAT HUMANS ARE FAR WORSE ON ANIMALS THAN RADIATION. Gary Lawson PHOTOGRAPHY
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