Delving into darkness to discover new species

Jul 30, 2012
Jut Wynne, research ecologist with NAU's Colorado Plateau Research Station and doctoral student in biological sciences, has discovered several new genera and species of arthropods that live in complete darkness in some of the harshest environments on the planet. Credit: Photo courtesy of Glen Cushing, United States Geological Survey

(Phys.org) -- Deep in the recesses of a northwestern Arizona cave, a beetle scuttles along the floor, navigating its way with its long antennae as hair-like tufts on its slender legs drag across the rocks.

It lives in , hidden away from in what most would say is an uninviting, . But this particular beetle is of interest—a newly discovered —and could have gone unnoticed if not for the tenacity of a scientist at Northern Arizona University.

Jut Wynne, a biological sciences doctoral candidate and research ecologist with the Colorado Plateau Research Station at NAU, discovered this new species of beetle during a several-year study of caves on Grand Canyon-Parashant National Monument. This newly described beetle, Eleodes wynnei, currently known to occur only in northwestern Arizona and southwestern Utah, is the first species to bear his name.

Eleodes wynnei, a new species of beetle recently described and classified, was discovered by NAU researcher Jut Wynne. Click on the photo to see a high resolution image of the arthropod. Credit: Photo courtesy of Rolf Aalbu, California Academy of Science

Wynne, who earned his master’s degree in environmental science and policy from NAU, said the experience of having a species named after him is humbling, but he’s most concerned with providing good science and guidance on cave resource management decisions.

“Caves are one of the most sensitive habitats on our planet,” he said. “At the same time, given their location underneath our feet, these ecosystems have been overlooked from a resource management perspective.”

Wynne said several parks and monuments on the Colorado Plateau are working to change this practice. His experience working on Easter Island, associated with his doctoral studies, has shown that native species may still persist despite the drastic changes to the island’s ecosystem over the last several hundred years.

Since 2005, Wynne and his colleagues have identified three new genera and more than 20 new species of cave-dwelling arthropods in caves in the Grand Canyon region. He also discovered five new species from Rapa Nui National Park on Easter Island and four new species at El Malpais National Monument in western New Mexico.

Wynne said his travels into the darkest places on the planet aren’t rooted in leaving his name in the books of biological taxonomy.

“While having a new species share my family’s name is indeed a tremendous honor, we still have a lot of work to do studying and protecting this species and other animals that call caves their home.”

Explore further: Study shows even newly hatched chicks have a left to right number space map (w/ Video)

add to favorites email to friend print save as pdf

Related Stories

New shrimp-like species found in New Mexico cave

Apr 17, 2012

Scientists have discovered a new tiny shrimp-like species in a gypsum cave in southeastern New Mexico, only a few dozen miles from the famous caves at Carlsbad Caverns National Park.

Beetle explorers name new species for Roosevelt

Mar 22, 2011

(PhysOrg.com) -- A new species of a rugged darkling beetle that thrives in an arid region of the Chihuahuan Desert is being named in honor of Theodore Roosevelt on the 100th anniversary of a speech he gave ...

Beetle may pack a big punch in curbing salt cedar

Apr 01, 2011

(PhysOrg.com) -- Non-native vegetation’s infiltration to the greater Southwest has caused its share of ecosystem concerns over the years. Now Heather Bateman is looking at the effectiveness of some of ...

Recommended for you

Baleen whales hear through their bones

Jan 29, 2015

Understanding how baleen whales hear has posed a great mystery to marine mammal researchers. New research by San Diego State University biologist Ted W. Cranford and University of California, San Diego engineer ...

Starving honey bees lose self-control

Jan 29, 2015

A study in the journal of the Royal Society Biology Letters has found that starving bees lose their self-control and act impulsively, choosing small immediate rewards over waiting for larger rewards.

User comments : 0

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Click here to reset your password.
Sign in to get notified via email when new comments are made.