Haley Steinkuhler - IANR Media

Triticale cover crop
Triticale cover crop in an existing University of Nebraska-Lincoln trial.

Nebraska Part of National Research Initiative to Improve Cover Crops

March 22, 2017

The University of Nebraska-Lincoln is part of a $6.6 million research initiative to promote soil health through the development and adoption of new cover crops across the United States. The initiative was launched today by the Foundation for Food and Agriculture Research and The Samuel Roberts Noble Foundation, which is the lead institution.  

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Mark Poeschl, CEO of National FFA

Poeschl Urges All to Take Responsibility in Feeding the World

January 12, 2017

In the next 50 years, the world needs to double the amount of food it produces in order to feed a growing population. That responsibility doesn't lie only with farmers and scientists, but with everyone, according to Mark Poeschl, chief executive officer of the National FFA Organization and the National FFA Foundation.

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eastern redcedar
eastern redcedar

How the Eastern Redcedar Problem Could Affect Public School Support

August 5, 2016

A new article authored by agronomy and horticulture students at the University of Nebraska-Lincoln indicates that the expansion of eastern redcedar into grasslands reduces grazing capacity and therefore could reduce funding available for public school education in Nebraska.

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Hongfeng Yu (from left), Yufeng Ge and Harkamal Walia have received a National Science Foundation grant to develop a multi-wavelength laser ranging and imaging instrument for phenotyping plant shoots at the whole-plant level. (Hailey Steinkuhler/IANR Media)
Hongfeng Yu (from left), Yufeng Ge and Harkamal Walia have received a National Science Foundation grant to develop a multi-wavelength laser ranging and imaging instrument for phenotyping plant shoots at the whole-plant level. (Hailey Steinkuhler/IANR Media)

NSF Grant to Support Development of New Phenotyping Instrument at UNL

May 16, 2016
With support from a National Science Foundation grant, University of Nebraska-Lincoln researchers are developing a new tool that will help them better identify plant characteristics that are critical to improving crop performance.

The three-year, $534,194 grant will be used to develop an instrument that will improve capacity, sensitivity and throughput for plant phenotyping. 

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Project SENSE sensors in the field.
Figure 1. UNL researchers are testing the use of crop sensors and real-time N application in the field based on sensor readings. The project was started with 17 sites across the state in 2015 and will be expanded to 20 more sites in 2016.

UNL Project SENSE Expanding Research to Increase N Efficiency

May 5, 2016

When and at what rate nitrogen fertilizer should be applied are major questions for today's corn producers. Nebraska Extension is helping answer these questions through Project SENSE, which stands for Sensors for Efficient Nitrogen Use and Stewardship of the Environment.

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