Among the scientists who deal with invasive pests, the bigger problem isn't the Asian Giant Hornet, it's the hysteria that accompanied it.
The highest peaks of the Appalachian Mountains are home to many animal species found nowhere else on Earth. These species include many tiny arthropods, such as insects, millipedes and their relatives living in leaf litter of forests located in high elevations on the mountains. Research in these mountain communities has revealed many new species in recent years, but the full scope of their diversity remains unclear. In an effort to discover and protect these unique species, Clemson University entomology professor Michael Caterino plans to collect and document as many arthropods as he can from the mountains.
Below are images of leaf-litter arthropod insects that can be found in the high Appalachian Mountains. The highest peaks of the Appalachian Mountains are home to many animal species, including arthropods, found nowhere else on Earth. Clemson University entomology professor Michael Caterino is leading a study to thoroughly document arthropods such as insects, millipedes and […]
An entomologist at Clemson University’s Coastal Research and Education Center has been awarded a prestigious fellowship to further her work in understanding how predatory mites can be used to protect South Carolina crops from pests.
The Clemson Coastal Research and Education Center can add the discovery of a new plant bug to its portfolio of findings. The insect was discovered by Clemson entomologist Al Wheeler when he collected a small reddish-orange plant bug from an oak tree at the Coastal REC. A researcher with the United States Department of Agriculture at the Smithsonian Institution in Washington, D.C., said this is the first time this insect has been found in the United States.
Aphids are some crops’ worst nightmare, but a Clemson University professor is investigating natural tools that may lead to better aphid management in fields. Carmen Blubaugh, an assistant professor in Clemson University’s plant and environmental sciences department, is involved in a study that addresses how plants mediate interactions between predators and prey.
An invasive Asian beetle responsible for killing hundreds of millions of ash trees in North America has been found in Spartanburg, Greenville and Oconee counties, according to investigators with the Clemson University Department of Plant Industry. This is the first confirmed detection of the beetle known as Emerald Ash Borer in South Carolina.
Clemson University Cooperative Extension is organizing a series of daylong workshops throughout the state to help professional landscapers properly apply weed control and fertilizer.
Tiny, hungry and rapidly reproducing sugarcane aphids have made their annual migration to South Carolina to feast on grain sorghum, an agricultural commodity that had been gaining popularity.
South Carolina, Georgia and North Carolina are combining forces to help fruit growers grow more profitable crops.
A pair of Clemson scientists has spent the past decade exploring the intricacies of the butterfly proboscis, one of nature’s most multifarious body parts. Their ever-increasing fount of knowledge is expected to eventually lead to manufactured devices that could revolutionize medical procedures and other yet-to-be-conceived applications.
A dangerously prolific invasive ant species called the tawny crazy ant has been spreading throughout the South and now appears to be on the verge of entering South Carolina for the first time. But a team of Clemson University scientists is hot on the trail.
More than two dozen nocturnal insect aficionados joined Clemson University entomologist Michael Caterino at the South Carolina Botanical Garden for a free event called “Light Up the Night!”
Bermudagrass stunt mites can cause thousands of dollars in damage to turfgrass on golf courses throughout the southern United States.
Modern day technology is helping a Clemson University professor and an international, interdisciplinary team of collaborators track the evolution of a beetle family by revealing a fossil's internal anatomy.