September 16, 2024

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Strengthening crop stems: New insights from pepper plant genetics

July 10, 2024

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Tomato triumph: genetic key to chill-proof crops unveiled

July 8, 2024

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Tomato timekeeper: NF-YA3b gene's role in flowering time revealed

July 4, 2024

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Unlocking broccoli's genome: key to enhanced health benefits

July 3, 2024

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Soybean seed hardness demystified: key genes and networks uncovered

Cutting down on seeds: innovative watermelon breeding techniques revealed

January 30, 2024

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Breakthrough in cytosine-to-guanine base editing enhances genetic engineering and trait evolution in watermelon

January 25, 2024

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Revolutionizing solanaceae breeding: Integrating genomic selection and machine learning for enhanced trait predictability

April 28, 2023

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Benchmarking deep-learning methods for more accurate plant-phenotyping - Researchers devise imaging-based computer algorithms to boost crop-breeding data

March 10, 2023

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Eyes in the sky: using drones to assess the severity of crop diseases

March 6, 2023

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Decoding the genetics behind plant height and seed weight scaling in barley

Drones and deep learning: researchers develop a new technique to quantify rice production

January 16, 2023

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Researchers realize rapid customization of tomato cultivars with different fruit colors via multiplex gene editing

February 25, 2022

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Modification of tomato breeding traits and plant hormone signaling by Target-AID, the genome-editing system inducing efficient nucleotide substitution - What does a new genome editing tool have to offer?

December 22, 2021

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Translocations on chromosome 6 cause abnormalities during meiosis, resulting in fewer watermelon seeds (Florida News Times)

September 18, 2020

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Texas Tech University, Nanjing Agricultural University research teams make plant nutrient delivery breakthrough