Counting Falcons
A Mathematician Calculates For
Conservation
|
|
Professor Gerald
Schultz |
Swift and dauntless, the saker falcon was
revered by the great warrior Genghis Khan. To this day, its
place in Mongolian culture is renewed at the national games
when wrestlers warm up with flapping movements to imitate
hawks and falcons.
The bird’s agility and accuracy as a hunter
have made it a traditional favorite among falconers
everywhere. Nevertheless, the very traits that elevate the
saker falcon to such cherished status have left the majestic
bird on the brink of extinction.
Mathematics Professor Gerald Schultz
knows this all too well. He spent part of his fall 2000
sabbatical at the Patuxent Wildlife Research Center in
Baltimore helping to develop conservation strategies
for the saker falcon based on mathematical modeling. Working
with famed biologist and bird behaviorist David Ellis, Schultz
began the daunting task of filtering a huge database of Ellis’
research to fit potential biological and ecological
scenarios.
When he began his work, Schultz didn’t know the saker
falcon from any of the other nearly 60 species of falcons in
existence. Even now, he hasn’t even seen the bird, which lives
primarily in Mongolia. But, he says, “it is a beautiful
bird. I wouldn’t want to see any species go extinct.”
The 18—inch saker falcon, with its long, pointed wings,
digs through the air with powerful rhythm. Its brownish
coloring gives way to a lighter head and underbelly. Capable
of great speed and distance, the saker feeds on the smaller
birds and rodents of the open plains and desert habitats.
A prized possession, the saker is sold for as much as
$200,000 to Arab falconers, making it a valuable commodity for
poachers. In its native Mongolia, the saker falcon’s demise
illustrates the low priority on conservation in the region.
Only in recent years have biologists begun to take action to
protect the bird.
Ellis’ research to track the falcon has led him to build
aeries, high structures where they can nest. During the course
of several years he has tracked, counted and observed the
birds in their native environment, collecting reams of facts
and figures.
For Schultz, this data presented a unique opportunity to
change his focus. A veteran of Southern’s Mathematics
Department, Professor Schultz has taught mathematical theory for 34
years. This sabbatical gave him a chance to apply mathematical
theory to find concrete indicators of the falcon’s
disposition. “Mathematical biology is a growing
discipline,” Schultz says. In the end, his modeling may help
to elucidate predator-prey ratios or population trends during
the next 10 years. Schultz, who is an primarily an algebraist,
hopes to use his project to offer guest lectures in Southern’s
applied mathematics courses.
|