Phys.Org: UC researchers unlock genetics of agricultural pest
UC biologist Joshua Benoit is looking at biological controls to replace pesticides
Phys.Org highlighted research by the University of Cincinnati to unlock the genetic code of an agricultural pest that causes $2 billion in losses each year in the United States.
UC College of Arts and Sciences associate professor Joshua Benoit worked with an international team to unlock the genetic code of stable flies, a common pest that harasses people and livestock alike.
Benoit and lead author Pia Untalan Olafson of the U.S. Department of Agriculture
“Stable flies are arguably one of the most important pests of livestock in the United States,” Olafson said.
By understanding the genes responsible for stable fly reproduction, researchers hope to design novel biological controls similar to methods that have worked to eradicate other pests.
Featured image at top: UC associate professor Joshua Benoit and his students sequence the genomes of insects to help develop more effective pest controls. Photo/Joseph Fuqua II/UC Creative + Brand
More UC Biology News
- UC fruit fly study features sex, lasers and male competition
- Internship gives UC biology student zoo-keeping experience
- When push comes to shove, what is a fight?
- Scientific American: Tree snakes twist themselves into lassos to climb
- Biologists discover bizarre lasso snake locomotion
- UC survey covers two centuries of botany
Related Stories
Mural by UC grad honors U.S. military history
July 17, 2024
Local 12 highlighted a new mural by University of Cincinnati graduate and artist Brandon Hawkins that pays tribute to U.S. military history.
Social media fuels extreme political rhetoric
July 17, 2024
UC College of Arts and Sciences Professor Jeffrey Blevins tells Local 12 that online algorithms fuel political polarization on social media.
NIS program opens new horizons for international student
July 17, 2024
In his pursuit of physics and a taste for research, Akash Khanikor ventured from his hometown in India's Assam to the University of Cincinnati, drawn by the promise of hands-on exploration early in his undergraduate career as a NEXT Innovation Scholar.