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Aller à 2024 | 2023 | 2022 | 2020 | 2018 | 2017

Nombre de documents : 8.

2024

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.
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2023

High-throughput 2D+t root system architecture reconstruction and modelling from time-lapse phenotyping data. Fernandez Romain, Crabos Amandine, Maillard Morgan, Nacry Philippe, Pradal Christophe. 2023. In : Book of abstracts the 10th International Conference on Functional-Structural Plant Models (FSPM2023). Tsu-Wei Chen (ed.), Andreas Fricke (ed.), Katrin Kahlen (ed.), Susann Müller (ed.), Hartmut Stützel (ed.). Hannover : Institute of Horticultural Production Systems, 62-63. International Conference on Functional-Structural Plant Models (FSPM2023). 10, Berlin, Allemagne, 27 Mars 2023/31 Mars 2023.
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Tackling the 3D root system architecture of grapevines: a new phenotyping pipeline based on photogrammetry. Saint Cast Clément, Meredieu Céline, Tandonnet Jean-Pascal, Ollat Nathalie, Boudon Frédéric, Ségura Raphaël, Mora Pascal, Danjon Frédéric. 2023. . Villenave d'Ornon : IVES, 2 p. International Congress on Grapevine and Wine Sciences (2ICGWS). 2, Logroño, Espagne, 8 Novembre 2023/10 Novembre 2023.
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2022

High-throughput and automatic structural and developmental root phenotyping on Arabidopsis seedlings. Fernandez Romain, Crabos Amandine, Maillard Morgan, Nacry Philippe, Pradal Christophe. 2022. Plant Methods, 18:127, 19 p.
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Sorghum root epigenetic landscape during limiting phosphorus conditions. Gladman Nicholas, Hufnagel Maciel Bárbara, Regulski Michael, Liu Zhigang, Wang Xiaofei, Chougule Kapeel, Kochian Leon V., Magalhaes Jurandir V., Ware Doreen. 2022. Plant Direct, 6 (5):e393, 17 p.
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2020

Phenotyping root systems in a set of japonica rice accessions: Can structural traits predict the response to drought? Ramos Guimaraes Paulo Henrique, Pereira De Lima Isabela, Pereira de Castro Adriano, Lanna Anna Cristina, Guimarães Santos Melo Patrícia, De Raissac Marcel. 2020. Rice, 13:67, 19 p.
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2018

GT-RootS: An integrated software for automated root system measurement from high-throughput phenotyping platform images. Borianne Philippe, Subsol Gérard, Fallavier Franz, Dardou Audrey, Audebert Alain. 2018. Computers and Electronics in Agriculture, 150 : 328-342.
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2017

Virtual plants need water too: Functional-structural root system models in the context of drought tolerance breeding. Ndour Adama, Vadez Vincent, Pradal Christophe, Lucas Mikaël. 2017. Frontiers in Plant Science, 8 (1577), 18 p.
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