University of Arkansas

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• Cold plasma-treated seeds show potential to protect plants, reduce pesticide use

  Mar. 4, 2025

• New cotton grading score app aims to improve yield stability

  Mar. 3, 2025

• A way forward in breeding rice to withstand high nighttime stress

  Feb. 3, 2025

• Herbicide-resistant trait patented in conventional grain sorghum

  Jan. 27, 2025

  Texas A&M AgriLife Research

• $791,000 grant to support future nematode-resistant soybean varieties

  Dec. 17, 2024

• University of Arkansas leads $3.57 million national effort to improve disease resistance in spinach

  Nov. 17, 2023

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  NSF Phase II grant supports research to address herbicide drift with eco-friendly additive

  Sep. 8, 2023

  CelluDot LLC

• Gene editing improves grain quality and reduces heat stress in rice

  Aug. 4, 2023

• Arkansas plant pathologists develop novel protocol to verify diagnostic tests

  Jul. 31, 2023

• New Arkansas medium-grain rice Taurus in high demand as drought plagues California, USA

  Feb. 16, 2023

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  USA - Arkansas researchers help fight nematode attacks on soybeans using peptide-laced bacteria

  Nov. 14, 2022

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  Cellulosic nanomaterial may help solve problem of herbicide drift

  May. 25, 2021

• US: Glufosinate resistance found in Arkansas palmer amaranth

  Feb. 22, 2021

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  Arkansas scientists employ machine learning to manage corn crops more efficiently

  Sep. 19, 2019

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  ‘Seed destructor’ technology likely the next step in war on weeds

  Sep. 12, 2018

• Site-specific technology aids nematode control when cotton fields turn to soybeans

  Aug. 22, 2018

• University of Arkansa researchers add gene editing to rice research toolbox

  Aug. 7, 2017

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  University of Arkansas scientists use genetic tools to help U.S. spinach producers meet growing demand

  Feb. 6, 2017

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  University of Arkansas introduced new soybean app

  Aug. 12, 2015

• University of Arkansas releases its first Roundup Ready soybean variety

  Dec. 4, 2014