Drought, Salinity, and Low Nitrogen Differentially Affect the Growth and Nitrogen Metabolism of Sophora japonica (L.) in a Semi-Hydroponic Phenotyping Platform

Overview of attention for article published in Frontiers in Plant Science, October 2021

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RT @plant_biology: Drought, Salinity, and Low Nitrogen Differentially Affect the Growth and Nitrogen Metabolism of Sophora japonica (L.) in…

25 Oct 2021

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Pubmed Drought, Salinity, and Low Nitrogen Differentially Affect the Growth and Nitrogen Metabolism of Sophora japonica (L.) in a Semi-Hydroponic Phenotyping Platform https://t.co/T5mPe7vHar

23 Oct 2021

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Drought, Salinity, and Low Nitrogen Differentially Affect the Growth and Nitrogen Metabolism of Sophora japonica (L.) in a Semi-Hydroponic Phenotyping Platform https://t.co/qTpx4wBfio https://t.co/yA9xK4MP5E

21 Oct 2021

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