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phenotyping

Harkamal Walia holds a rice plant in a greenhouse with several rows of rice plants in buckets.

Husker findings boost rice’s ability to withstand nighttime heat stress

August 7, 2024

Agriculture & Environment

Hypercube

Go big infrared: Husker imaging system streamlines analysis of seeds

February 3, 2022

Agriculture & Environment

Science & Technology

Rubi Quiñones (right), National Research Traineeship doctoral student at the University of Nebraska–Lincoln, is developing algorithms to couple co-segmentation and plant phenotyping to identify phenotypes more accurately. She is seen here with her husband, Ashraful Islam, and Katharine Hogan, a fellow NRT doctoral student whom she collaborated with to develop a 2-D multiagent simulation model for root water uptake.

Quiñones puts coding expertise, global perspectives to use

June 9, 2021

Agriculture & Environment

Ge's plant genetics research featured on RFD-TV

March 15, 2021

Agriculture & Environment

Science & Technology

Nebraska’s Yufeng Ge has received a $3 million grant from the U.S. Department of Agriculture’s National Institute of Food and Agriculture to lead a team of researchers from three universities in expanding and standardizing plant phenotyping.

Husker-led project to advance, standardize field of phenotyping

September 3, 2020

Agriculture & Environment

Corn research at Nebraska's Havelock Farm

Planting innovation: Schnable Lab maintains research momentum

June 8, 2020

Agriculture & Environment

Science & Technology

James Schnable

Schnable receives early career scientist award

March 1, 2019

Agriculture & Environment

Science & Technology

Researchers and students of James Schnable, assistant professor of agronomy and horticulture, take measurements of the growth and health of plants in the Greenhouse Innovation Center at Nebraska Innovation Campus. Schnable is part of a $3.9 million NSF-funded project that aims to develop crops that more efficiently use fertilizer.

Researchers aim to reduce nitrogen fertilizer use

November 28, 2018

Agriculture & Environment

Science & Technology

Nebraska researchers have devised a more efficient and accurate way to scan the structural properties of plants.

360 degrees, 180 seconds: New technique speeds analysis of crop traits

June 18, 2018

Agriculture & Environment

Science & Technology

Study in contrasts: System advances analysis of corn

September 1, 2016

Agriculture & Environment

Science & Technology