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Modeling reveals synergies among root traits for phosphorus acquisition in pearl millet. Ndoye Mame Sokhatil, Lucas Mikaël, Ajmera Ishan Bipin, Sine Bassirou, Faye Awa, Burridge James, Ngom Mariama, Gantet Pascal, Wells Darren, Kane Ndjido Ardo, Lynch Jonathan Paul, Diédhiou Abadala Gamby, Grondin Alexandre, Laplaze Laurent. 2024. Crop Design, 3 (3):100059, 10 p.

Are the aerenchyma ratios in rice roots and leaves correlated? A Cirad/Agropolis project. Clerget Benoît, Rebolledo Cid Maria Camila, Jaffuel Sylvie, Perin Christophe, Fernandez Romain. 2023. . Manila : IRRI, 1 poster International Rice Congress 2023 : Accelerating Transformation of Rice-Based Food Systems: From Gene to Globe. 6, Manila, Philippines, 16 Octobre 2023/20 Octobre 2023.

Do performing upland rice varieties and CRISPR edited lines with less aerenchyma in roots also show less aerenchyma in the leaves? A 2023-2024 CIRAD AGROPOLIS project. Clerget Benoît, Rebolledo Maria Camila, Jaffuel Sylvie, Perin Christophe, Fernandez Romain. 2023. . IRRI, Republic of the Philippine Department of Agriculture, DLG Asia Pacific. Manille : IRRI, Résumé, 1 p. International Rice Congress 2023 : Accelerating Transformation of Rice-Based Food Systems: From Gene to Globe. 6, Manila, Philippines, 16 Octobre 2023/19 Octobre 2023.

Would rice varieties without root aerenchyma perform better in upland environments? Rebolledo Cid Maria Camila, Clerget Benoît, Jaffuel Sylvie, Perin Christophe, Fernandez Romain, Roques Sandrine, Dardou Audrey, Aller Estévez Ángel, Savajols Justin, Cavagnoli Clara. 2023. . Manila : IRRI, 1 p. International Rice Congress 2023 : Accelerating Transformation of Rice-Based Food Systems: From Gene to Globe. 6, Manila, Philippines, 16 Octobre 2023/20 Octobre 2023.