December 16, 2022

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Multi-state sustainable agricultural production project announced - Texas, Arkansas, Missouri universities to launch climate-smart agricultural practices

March 3, 2022

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Gene editing gets safer thanks to redesigned protein

December 9, 2021

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Potential new gene editing tools uncovered

January 27, 2021

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Key switchgrass genes identified, which could mean better biofuels ahead

November 3, 2020

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Self-Watering soil could transform farming

August 2, 2018

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How to make the gene-editing tool CRISPR work even better

May 30, 2017

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First step taken toward epigenetically modified cotton

June 13, 2016

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Supporting pollinators could have big payoff for Texas cotton farmers

September 25, 2015

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Root microbiome engineering improves plant growth

July 8, 2015

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How supercomputers and plant genetics provide farmers better seeds (Genetic Literacy Project)

April 20, 2015

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Genetic road map may bring about better cotton crops

February 3, 2015

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Fruitful collaboration yields insight on the tomato genome - UC Davis researchers use iPlant, Texas Advanced Computing Center to examine stress adaptation

January 27, 2015

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Supercomputing the evolution of a model flower

January 8, 2014

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Symbiotic fungi inhabiting plant roots have major impact on atmospheric carbon

October 17, 2013

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University of Texas at Austin ecologist licenses resource-saving turfgrass to Bladerunner Farms to develop sod

December 8, 2012

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Biologists unlocking the secrets of plant defenses, one piece at a time

December 5, 2012

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Biologists unlocking the secrets of plant defenses, 1 piece at a time

August 2, 2012

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University of Texas biologist receives $1.5 million to study potential biofuel crops

April 11, 2012

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Seed size is controlled by maternally produced small RNAs, scientists find

April 21, 2011

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Lawn of native grasses beats traditional lawn for lushness and weed resistance, researchers say