“Herbicide drift impact on floral resources and pollination services: A landscape approach.” by David Mortensen & Melanie Kammerer, Plant Sciences Department, Penn State University
Center for the Performing Arts staff member Medora Ebersole is using her experience as an education and community programs manager to develop an interdisciplinary project aimed at increasing knowledge of pollinator behavior—from bees and bats to birds and butterflies—in order to benefit food production efforts and battle the use of pesticides world-wide.
The department of entomology is seeking an Assistant/Associate Professor of Plant–Insect Interactions/Chemical Ecology
Four third graders researched the important role of honey bees in agriculture and mounted a local public awareness and fundraising campaign to support bee health.
This is the 12th, and final, short news article written by students, during the professional development class, about each other's research.
Insecticides aimed at controlling early-season crop pests, such as soil-dwelling grubs and maggots, can increase slug populations, thus reducing crop yields, according to researchers at Penn State and the University of South Florida.
People seeing the spotted lanternfly for the first time are struck by its sometimes-flashy appearance. But don't let its colorful, butterfly-like veneer fool you, caution entomologists in Penn State's College of Agricultural Sciences.
This is the 11th of twelve short news articles written by students, during the professional development class, about each other's research.
The spotted lanternfly is native to China, India, Japan, and Vietnam and has been detected for the first time in the United States in eastern Berks County, Pennsylvania.
Feeding honey bees a natural diet of pollen makes them significantly more resistant to pesticides than feeding them an artificial diet, according to a team of researchers, who also found that pesticide exposure causes changes in expression of genes that are sensitive to diet and nutrition.
The Schilder Laboratory at the Penn State University Departments of Entomology & Biology is seeking graduate students interested in understanding mechanisms that control phenotypic plasticity in insect locomotion and metabolism.
It may not come as a surprise that the “Green Mountain State” of Vermont is considered one of America’s greenest regions, in terms of its carbon footprint, energy efficiency, and air quality. If our Research On The Road trip to Vermont earlier this month is any barometer, let’s add bees to the list of things that matter deeply to Vermonters.
This is the 10th of twelve short news articles written by students, during the professional development class, about each other's research.
In 2014, the Entomological Society of America (ESA) formed a program to support and develop scientists as visible and effective advocates for entomology and entomological research. The program will accept five new Fellows each year to serve two-year terms.
Patty Satalia and guest experts Andrew Read and Jose Stoute look at the return of preventable diseases.
To Kelli Hoover and David Hughes of Penn State University and their colleagues, the climbing behavior of the caterpillars seemed like an exquisite example of an extended phenotype. By causing their hosts to move up in trees, the baculoviruses increased their chances of infecting a new host down below. To test Dawkins’s idea, they examined the genes in baculoviruses, to see if they could find one that controlled the climbing of caterpillars.
On the next installment of WPSU-TV's "Conversations LIVE," disease experts Andrew F. Read and Dr. Jose A. Stoute will discuss the return of preventable diseases, the rise in drug resistant super-bugs and the evolution of new contagious outbreaks. Read and Stoute will join veteran host Patty Satalia for the discussion.
This is the 9th of twelve short news articles written by students, during the professional development class, about each other's research.
Using bio-replication to create fake Emerald Ash Borer females to trap the male pests
An international team of researchers has designed decoys that mimic female emerald ash borer beetles and successfully entice male emerald ash borers to land on them in an attempt to mate, only to be electrocuted and killed by high-voltage current.