Insect specimens

Insect Biodiversity Center

The Insect Biodiversity Center addresses complex issues in insect management and conservation through transdisciplinary partnerships across Penn State and beyond.

Who We Are

The Insect Biodiversity Center creates a unique, transdisciplinary ecosystem that integrates disparate centers of excellence at Penn State in insect biology, management, ecology, technology development, Earth and environment monitoring systems, data science and modeling, decision support systems, human dimensions, communication science, and education.

By fostering transdisciplinary research across a rich and diverse collective of individuals, the Center strives to leverage expertise outside of the domain of the biological sciences to tackle complex biological, environmental, social, economic, and political drivers underlying changes in insect species abundance and distribution.

As such, we strive to explore, understand, and promote insect conservation efforts that maintain and restore balance to natural ecosystems, while also mitigating the adverse effects of economically and environmentally harmful insect species.

The IBC is supported by the Penn State College of Agricultural Sciences, the Department of Entomology, the Huck Institutes of the Life Sciences, and the Institutes of Energy and the Environment.

News

Domestication has changed the chemicals squash flowers use to attract bees

In a new study published in the Journal of Chemical Ecology, a team led by researchers in Penn State’s College of Agricultural Sciences found that domesticated flowers have different scent chemical profiles than wild plants in several species of squash. Additionally, the specialized pollinators of these plants—squash bees—detect different compounds, called floral volatile organic compounds (VOCs) in wild plants that they co-evolved with than in domesticated plants.

Salty soil, scrappy bugs and shared ideas drive graduate student’s research

Sahil Pawar says that tackling the world’s agricultural challenges is not a task for one person — it requires a collective effort. That grounded view shapes the early-career entomologist’s research, which examines how environmental stressors, such as soil salinity, drought and climate change, influence the interactions between crops and the pests that feed on them.

Spotted lanternfly may use ‘toxic shield’ to fend off bird predators

Spotted lanternflies may season themselves to the distaste of potential bird predators, according to a new study led by entomologists in Penn State’s College of Agricultural Sciences.

News

Domestication has changed the chemicals squash flowers use to attract bees

In a new study published in the Journal of Chemical Ecology, a team led by researchers in Penn State’s College of Agricultural Sciences found that domesticated flowers have different scent chemical profiles than wild plants in several species of squash. Additionally, the specialized pollinators of these plants—squash bees—detect different compounds, called floral volatile organic compounds (VOCs) in wild plants that they co-evolved with than in domesticated plants.

Salty soil, scrappy bugs and shared ideas drive graduate student’s research

Sahil Pawar says that tackling the world’s agricultural challenges is not a task for one person — it requires a collective effort. That grounded view shapes the early-career entomologist’s research, which examines how environmental stressors, such as soil salinity, drought and climate change, influence the interactions between crops and the pests that feed on them.

Spotted lanternfly may use ‘toxic shield’ to fend off bird predators

Spotted lanternflies may season themselves to the distaste of potential bird predators, according to a new study led by entomologists in Penn State’s College of Agricultural Sciences.

Oct. 24 kicks off 'Plants for the People and the Planet' innovation series

This free seminar series, open to the community at-large, will showcase cutting-edge research and diverse perspectives on how plants can shape a healthier, more sustainable future.