Our own well-being is not something that many entomology graduate students sit and think about, but it goes hand-in-hand with our scientific careers. Promoting our own well-being is an element of self-care. When we care for ourselves, we make time for activities that are necessary for complete health and wellness—emotionally, mentally, intellectually, and physically.
The op-ed traces its roots to the guest columns opposite the editorial page, but such opinion essays are still important advocacy tools in the post-newspaper era. For entomologists who want to speak up for their science, here's a quick guide to writing an op-ed and getting it published.
The largest-ever outbreak of the invasive oriental fruit fly in Florida in 2015 was successfully quelled through a six-month eradication program that combined outreach, control, science, technology, and regulation.
The University of Florida's Forest Entomology Lab hosts the world's largest cryo-collection of bark and ambrosia beetles. Stored at –80 degrees Celsius, the samples are critical for study of the beetles' DNA and fungal symbionts, as well as for identification of beetle outbreaks in forests.
Sebastián Mena of the Smithsonian Tropical Research Institute in Panama collected and photographed 120 butterfly species for a guidebook he co-authored about Panama’s Pipeline Road Trail. Find out what Mena says goes into researching, writing, and designing an insect field guide.
For entomology graduate students, summer is not the same break from school and work that it was in their undergraduate days. Field work, experiments, research, and writing all fill up the schedule. Here are some tips from a fellow student on making the most of the summer season.
Meet Manu Saunders, Ph.D., postdoctoral research fellow at the University of New England, Australia, expert in insect community ecology and ecosystem services, and subject of the next installment of our "Standout Early Career Professionals" series.
A group of entomologists urge their colleagues and the academic community at large to invest—both time and money—in professional communication to expand the impact of their science.
A proof-of-concept study shows insect eggs can be marked with protein that can be later detected in a gut-content analysis of arthropod predators that fed on the eggs. Researchers say the method has applications in biological control and beyond.
Researchers at Purdue University are developing new ways to apply spectroscopy in service of greater food security. By analyzing light reflected by plants, they can detect compounds the plants produce soon after they face an insect pest attack or other stressor.
Meet Carmen Blubaugh, Ph.D., assistant professor at Clemson University, researcher in insect ecology and biological control of crop pests, and subject of the next edition of our "Standout Early Career Professionals" series.
For entomology students making the move to science careers, this time of transition can pose a variety of new challenges. New doctoral graduate Lina Bernaola shares her experience as she steps into the next stage as an early-career professional.
If you've ever used an electronic pass in your car to pay a highway toll, then you know the basics of radio frequency identification (RFID) tracking. RFID tags are now available in sizes allowing for applications in entomological research. Here's how one scientist is using RFID in his research on honey bees.
In a new model for integrated pest management, one cooperative extension pro says broader management, business, and sustainability factors must be factored in for IPM success.
Meet Alejandro Del Pozo-Valdivia, Ph.D., IPM entomology advisor at the University of California Cooperative Extension, connector of grower and research communities, and subject of the next installment of our "Standout Early Career Professionals" series.
Patricia Raun, director of The Center for Communicating Science at Virginia Tech, traces her path from professional actor to science communicator and offers entomologists advice on engaging with their communities.
Entomologists can find out a lot about an insect through some simple chemical reactions in a lab. A new review offers a guide to the wide variety of tests, or assays, that can be conducted to measure the fats, sugars, and other compounds in an insect's body—thereby revealing useful clues about how it stores and uses energy.