Skip Navigation

Department of Entomology

Syrphid fly feeding on flower.
Korean butterfly.
Wasp on leaf.
Emergence of winged male and female ants.

The Department of Entomology at Rutgers University was established in 1888 as part of the New Jersey Agricultural Experiment Station. Over the years, department faculty have studied a wide variety of economically important insects including mosquitoes, gypsy moth, Colorado potato beetle, and cockroaches.

Today, our faculty conducts research involving the systematics of dragonflies and other insects, insect plant interactions, biology and spread of invasive insects, public health issues and biological monitoring of earth's environment, and pests of blueberries, cranberries, ornamentals, tree fruit, turf, and vegetables. The Department's Insect Museum contains over 1/4 million specimens collected from the 1800's to present time which serve to record environmental changes over time. Our Center for Vector Biology is a nationally and internationally known program for mosquito, tick, and blackfly research.

The department offers courses leading to doctoral, master's and, bachelor of science degrees in entomology, as well as an undergraduate minor in entomology. You can find out how our graduates at all levels contribute back to our community. (See Scott Crans 2016, George Hamilton 1985, David Moskowitz 2016, Sonny Ramaswamy 1980, Jessica Ware 2008, Xin Zhou 2007). You can further help by donating a gift that keeps on giving, to the Entomology Scholarship Funds.

In memoriam Karl Maramorosch (1915-2016). He was a very special member of the department.


More News

Interesting Insects

Hemlock Wooly Adelgid

This time we feature the common green bottle fly, Lucilia sericata (Order Diptera, Family Calliphoridae). Its most noticeable feature is the metalic-green thorax and abdomen.

This species is found world wide and is commonly found on manure and decomposing animals, where the female can lay hundreds of eggs.

It is one of the first species of flies to arrive at a corpse and can assist in estimating time of death in human forensic studies.

A company in the UK is harnessing the antibacterial and antifungal compounds secreted by these flies and developing them for clinical use. They also raise larvae for "maggot therapy" - the use of larval L. sericata to consume necrotic tissue in wounds.

Past Insects