News

NDSU researchers discover simple method to combat global PFAS “forever chemicals”

A collaborative research team led by North Dakota State University has discovered that ovalbumin, the primary protein found in egg whites, effectively binds and removes per- and polyfluoroalkyl substances (PFAS) from contaminated water.

full story
A professor and two students dressed in lab coats in a lab, each holding chicken eggs

Le named interim NDWRRI director

Trung Le, NDSU associate professor of civil, construction and environmental engineering, has been named interim director of the North Dakota Water Resources Research Institute (NDWRRI).

full story
Trung Le

Lin named NDWRRI Faculty Fellow

The North Dakota Water Resources Research Institute (NDWRRI) has named Zhulu Lin, North Dakota State University associate professor of agricultural and biosystems engineering, as a Faculty Fellow. Lin will provide water research leadership and information to NDSU while contributing interdisciplinary and transdisciplinary research-based solutions to water quality and water access problems for the state and the nation.

Full Story
Dr. Zhulu Lin

Jia’s Water Research Expertise a Good Fit for NDWRRI

Xinhua Jia, North Dakota State University professor of agricultural and biosystem engineering, grew up in northwest China, where she learned the huge impact water has on agriculture and on the world in general.

Full Story
Professor Xinhua Jia shows an experimental crop of plants to a group students

NDSU water researchers present at ND legislative committee hearing

North Dakota State University researchers presented their work addressing various water quality issues at the ND 68th Legislative Interim - Water Topics Overview Committee meeting in Bismarck.

Full Story

NDSU controlled environment agriculture research tackles food security and production

Due to its long, cold winters, North Dakota has a relatively short growing season. In addition, local food production in the state often faces significant challenges from unpredictable conditions such as drought, flooding and heat extremes, all of which can occur within a single growing season.

Full Story
CEA