Pennsylvania's black bear population is experiencing a mange epidemic, and a Penn State research team will work with the state Game Commission to gain a better understanding of the disease and develop strategies to manage it.
Hillary Peterson is every brown marmorated stink bug's worst nightmare. The Penn State doctoral degree student does not intend to rest professionally until she and other entomologists devise a way to reduce burgeoning populations of the invasive insect, originally from Asia, which are damaging crops and aggravating people. The goal of their research is to develop biological controls to interfere with the pest's reproduction.
Zombie ants clamp on to aerial vegetation and hang for months spewing the spores of their parasitic fungi, but researchers noticed that they do not always clamp on to the same part of the plant. Now the researchers know that the choice of leaves or twigs is related to climate and that climate change forced the fungi to adapt to local conditions.
As the emergence of the spotted lanternfly continues to threaten portions of Pennsylvania’s agricultural industry, two researchers in Penn State's College of Agricultural Sciences who are studying the invasive insects joined colleagues from more than 20 universities on Capitol Hill today (June 6) to show members of Congress and their staffs the importance of funding agricultural research.
The spotted lanternfly is starting to sour the grape and wine industries in southeastern Pennsylvania, and research underway in Penn State's College of Agricultural Sciences aims to spoil the invasive pest's party.
Research underway at the Joseph Valentine Turfgrass Research Center on the University Park campus is focusing on the effectiveness of a neonicotinoid insecticide — imidacloprid — in controlling grub populations.
Penn State's College of Agricultural Sciences helped to assemble a multistate, interdisciplinary task force of more than 80 university, regulatory and agricultural industry representatives to fight the looming threat presented by the spotted lanternfly.
In the world of plant-feeding insects, who shows up first to the party determines the overall success of the gathering; yet viruses can disrupt these intricate relationships, according to researchers at Penn State.
The State Horticultural Association of Pennsylvania and the Pennsylvania Apple Program recently awarded nearly $233,000 in funding to support new and ongoing fruit research and extension projects in Penn State's College of Agricultural Sciences. The grants will support projects aimed at enhancing pest management, production efficiency and fruit quality.
Citizens are important allies in the fight against the spotted lanternfly, a war that is being waged in 13 counties -- Berks, Bucks, Carbon, Chester, Delaware, Lancaster, Lebanon, Lehigh, Monroe, Montgomery, Northampton, Philadelphia and Schuylkill.
A research team in Penn State's College of Agricultural Sciences has received a Grand Challenges Explorations grant from the Bill & Melinda Gates Foundation. Led by David Hughes, associate professor of entomology and biology, the group will study the potential role of satellites in diagnosing crop pest and disease problems on African smallholder farms.
Mosquitoes of the genus Anopheles are well known as primary vectors of malaria. But a new study suggests that Anopheles species, including some found in the United States, also are capable of carrying and transmitting an emerging pathogen, Mayaro virus, which has caused outbreaks of disease in South America and the Caribbean.
Penn State has become the 55th educational institution in the nation to be certified as an affiliate of the Bee Campus USA program, designed to marshal the strength of educational campuses for the benefit of pollinators.
A cellular protein that interacts with invading viruses appears to help enable the infection process of the Zika virus, according to an international team of researchers who suggest this protein could be a key target in developing new therapies to prevent or treat Zika virus infection.
Two students in Penn State's College of Agricultural Sciences are the recipients of the Guyton Award, a global learning scholarship established recently by Bill Guyton, an agricultural economist and internationally recognized expert in sustainable development.
The abilities of various bee species to disperse influences the pattern of their population's genetic structure, which, in turn, can constrain how they respond to environmental change, as reported by an international team of researchers.
Carabid beetles produce caustic chemicals they spray to defend themselves against predators, and the compound that protects their bodies from these toxic substances shows promise for use in bioengineering or biomedical applications, according to Penn State researchers.
The “Authentic Plant Pollinator Landscape Research for Educators” workshop, co-hosted by Penn State's colleges of Education and Agricultural Sciences, is slated for June 24-28 at the University Park campus.
Beescape.org provides a tool for beekeepers, gardeners, growers and land managers to assess the quality of their landscapes for supporting managed honey bees and wild bees. It was developed through a partnership led by Penn State’s College of Agricultural Sciences, Center for Pollinator Research and Huck Institutes of the Life Sciences.
The spotted lanternfly is not a strong or frequent flyer, weaknesses that may hinder its ability to travel long distances by air, according to researchers in Penn State's College of Agricultural Sciences.
Undergraduate research aimed at supporting pollinator health is flourishing at Penn State's Center for Pollinator Research, thanks to philanthropic support.
The prevalence of the most abundant species of ticks found in Pennsylvania has shifted over the last century, according to Penn State scientists, who analyzed 117 years' worth of specimens and data submitted primarily by residents from around the state.
Members of the Penn State Science Policy Society recently visited Washington, D.C., where they met with officials from several congressional offices and nongovernmental organizations to discuss the promotion of science and evidence-based policy.
Within the past decade, beekeepers across the globe have observed massive declines in managed honey bee populations. Given their critical role in the nation’s agricultural industry, Penn State’s Christina Grozinger and the Center for Pollinator Research are implementing creative approaches to protecting bee populations in Pennsylvania and beyond.
The inspiration behind a person’s philanthropy can come from a variety of sources. For alumnus Dr. Roger Simon, it stems from two places: the Penn State Department of Entomology and his father, Sam Simon.
Viruses, spread through mosquito bites, cause human illnesses such as dengue fever, Zika and yellow fever. A new control technique harnesses a naturally occurring bacterium called Wolbachia that blocks replication of viruses and breaks the cycle of mosquito-borne disease, according to an international team of researchers.
Ants adjust their social interactions to accommodate changes in population density, according to researchers at Penn State and Georgetown University. The findings suggest that ant colonies are capable of maintaining their sophisticated social organization despite potentially drastic changes in their environments.
Plants may induce "leaky gut syndrome" — permeability of the gut lining — in insects as part of a multipronged strategy for protecting themselves from being eaten, according to researchers at Penn State. By improving our understanding of plant defenses, the findings could contribute to the development of new pest control methods.
Despite the buzz in recent years about other invasive insects that pose an even larger threat to agriculture and trees — such as the spotted lanternfly, the stink bug and the emerald ash borer — Penn State researchers have continued to study another damaging pest, the Asian longhorned beetle.
Could soilborne fungi found nearly everywhere in North America be the kryptonite that can help control the spotted lanternfly? Studies underway in the Philadelphia region -- carried out by scientists from Penn State and Cornell University -- aim to answer that question, with early findings showing promise against what has been described as the worst invasive pest to hit the U.S. since the gypsy moth.
