News

Bees perform critical services in ecosystems, including by pollinating the plants that humans and other animals rely on for food. According to new research, however, bees exposed to multiple types of agricultural chemicals face much greater risk than previously understood. The finding, published in the journal Nature, has researchers raising the alarm that regulatory approval processes need updating to allow for more consideration of the environmental risks brought about by these chemicals' interactions.

Each year the College of Natural Sciences invites its faculty, staff and students to submit the most stunning and inspiring images from their scholarly research for our Visualizing Science competition. We ask for images that not only inform and educate, but also celebrate the beauty inherent within scientific discovery.

From combatting an invasive species to tracking pollinators' patterns, undergraduate students get a taste of what real research is like over the summer when they team up with faculty members and graduate students on projects with the award-winning Freshman Research Initiative (FRI) program at UT Austin. UT News featured three different summer projects in their coverage, including the study of insects, zebra mussels and water sampling, and experts at other universities are abuzz about how this program and others like it are allowing "students to delve deeply into real problems."

About 80 million years ago, a group of bees began exhibiting social behavior, which includes raising young together, sharing food resources and defending their colony. Today, their descendants—honey bees, stingless bees and bumble bees—carry stowaways from their ancient ancestors: five species of gut bacteria that have evolved along with the host bees.

Researchers from The University of Texas at Austin have found that honeybees treated with a common antibiotic were half as likely to survive the week after treatment compared with a group of untreated bees, a finding that may have health implications for bees and people alike.

An assistant professor reflects on a life's work inspired by pollinators and plants. 

According to a new study by The University of Texas at Austin, increasing the diversity of pollinator species, including bees, flies and butterflies, can dramatically increase cotton production. The researchers estimate that in South Texas, the region they studied, increasing the diversity of pollinators could boost cotton production by up to 18 percent, yielding an increase in annual revenue of more than $1.1 million.