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• Natural tech for ‘dimming’ genes brings transformative potential to agriculture - Texas A&M AgriLife researcher helps outline RNAi alternative to ‘knock out’ technology in thought piece

  Mar. 7, 2024

• Texas A&M AgriLife to lead USDA-backed organic agriculture program in Texas

  Jul. 10, 2023

  Texas A&M AgriLife Research

• Texas A&M AgriLife’s public breeding program releases new wheat, triticale varieties

  Jun. 12, 2023

• Texas A&M AgriLife Research to improve organic spinach production

  Sep. 26, 2022

• Drone data provides early identification of southern rust in corn

  Jun. 1, 2022

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  Digital rice selection technology - AgriLife Research utilizing drone data to speed up breeding

  May. 26, 2022

• Conflict in Ukraine fuels uncertainty for agriculture

  Mar. 8, 2022

• Cover crops play important role in resilient agriculture

  Jan. 17, 2022

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  Bioenergy sorghum’s roots can replenish carbon in soil

  Jan. 6, 2022

  Texas A&M AgriLife Research

• Texas A&M AgriLife, partners achieve stable transformation in industrial hemp

  Jan. 5, 2022

  Texas A&M AgriLife Research

• Palmer amaranth control matters – throughout life cycle

  Dec. 15, 2021

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  Adaptive swarm robotics could revolutionize smart agriculture

  Nov. 22, 2021

• Ancestor’s microbiome may help corn resist insect pests

  Nov. 4, 2021

• MRIs on crop roots open new doors for agriculture

  Jul. 30, 2021

• USDA/APHIS announces new plant biotechnology regulations

  Jun. 26, 2020

• New report estimates Texas’ agricultural losses from pandemic could be $6-8 billion

  May. 11, 2020

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  U.S. regulators allow genetically modified cotton as human food source

  Oct. 14, 2019

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  New sorghum varieties from Texas A&M AgriLife have powerful antioxidant capacity

  Sep. 10, 2019

• Cotton leafroll dwarf virus discovered in Central Texas

  Aug. 26, 2019

  Texas A&M AgriLife Research
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  Texas A&M AgriLife Extension opens new plant disease diagnostic lab in Amarillo

  May. 27, 2019

  Texas A&M AgriLife Research