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• Machine learning and satellite imagery could help protect the world’s most important crops

  Dec. 16, 2024

• Robots + Drones + AI = Hardier Tomatoes?

  Dec. 4, 2024

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  UPL joins North Carolina Plant Sciences Initiative’s Innovation Hub

  Sep. 25, 2024

  UPL NA Inc.

• No pollen, no seeds: genome editing technique yields useful traits

  Sep. 18, 2023

• CRISPR/Cas9-based gene drive could suppress agricultural pests

  Jun. 14, 2023

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  Multifunctional patch offers early detection of plant diseases, other crop threats

  Apr. 14, 2023

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  Soil temperature can predict pest spread in crops

  Oct. 19, 2022

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  Researchers propose new framework for regulating engineered crops

  Sep. 5, 2022

• Plants return from space in microgravity research project

  Jul. 26, 2021

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  Plant patch enables continuous monitoring for crop diseases

  Jul. 8, 2021

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  To preserve global food security, new tools needed to prevent plant disease pandemics

  May. 18, 2021

• Using Leaf Fungi to Improve Crop Resilience - GRIP4PSI Project to Increase Disease and Drought Resistance

  Jul. 1, 2020

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  Genetic engineering tools produce better-modified plants faster, easier

  Nov. 14, 2019

• New microneedle technique speeds plant disease detection

  Jun. 11, 2019

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  Can sweet potatoes save the world?

  May. 2, 2019

• Scientists unravel mysteries of DNA replication in corn

  Sep. 25, 2017

• North Carolina State University researchers find corn gene conferring resistance to multiple plant leaf diseases

  Jul. 27, 2017

• Scientists crack genetic code determining leaf shape in cotton

  Jan. 6, 2017