Department of Biological Sciences

Kent State Today
Pitcher Plants inside the Herrick Conservatory

Some plants on campus are hungry for more than just water and sunlight. 

Tabitha Ludwiczak, who worked extensively on the project, graduated with a BS in Zoology in Spring 2022

When driving in the rain, it is unlikely that you have thought much about how the environment is affected, let alone how nearby aquatic sources are impacted.

A close-up shot of a bee on a flower in the Beyer-Murin Gardens on the Kent Campus. Photo by Robert Christy

Over half of the described species in the world are insects. Although many people think of insects as pests, they play vital roles and have a big impact on our invaluable ecosystems, as pollinators, helping break down wastes, and as an essential food source for many other organisms.

Environmental Science and Design Research Institute
Wharton State Forest coastline

Saying "yes" to everything landed Kathryn Burns in the middle of New Jersey's coastal wetlands

 

Division of Research & Economic Development
Image of a person pointing at brain scans

Autism spectrum disorder is a group of neurodevelopmental disabilities characterized by social communication deficits and stereotypic behaviors. Currently, little is known about the cellular and molecular mechanisms of autism spectrum disorder, but the research of Kent State Associate Professor Woo-Yang Kim, Ph.D., might lead to a change.

Environmental Science and Design Research Institute
A plant leaf being measured with a ruler

If you see Alicia Costello in your area, give her a wave!

Photo of brain cells

Kent State researchers’ innovative techniques have unveiled surprising new details about the brain’s fertility cells that may prove useful for treating infertility disorders. After several years of research, Aleisha Moore, Lique Coolen and Michael Lehman published a paper in the Proceedings of the National Academy of Sciences USA, showing groundbreaking findings identifying which cells in the brain control fertility, as well as revealing an unexpected level of complexity in their control of reproduction.