Additional file 1. ImageJ macro used to extract rosette shape descriptors from top-view tray or pot images
Additional file 1. Demo video showing how to install the different versions of MuSeeQ in Fiji
Additional file 1.  The complete code of the Arabidopsis thaliana rosette model L-system
Additional file 8. Multiple trait measurements results based on Ler 12, 17, 22 °C
Additional file 4. ImageJ macro used to extract inflorescence skeleton descriptors from top-view ima...
Additional file 2. R code used to predict rosette dry mass from rosette shape descriptors, with cros...
Additional file 3. R code used to model sigmoid growth curves and growth dynamics (M(t), GR(t), and ...
Additional file 5. R code used to predict fruit number from inflorescence skeleton descriptors, with...
Additional file 7: Table S1. List of the 451 accessions phenotyped (n = 2), with measured and estima...
Additional file 7. Supports that can be used to help for the seeds sowing on the biochemical assays ...
Additional file 1: Figure S1. Print screen showing analysis software. The top left panel shows all 1...
Additional file 1. List of parameters accepted by TIPS, their default values, and descriptions
Additional file 4. Demo video showing how to modify the script to use MuSeeQ on other species
Additional file 6. Supports that can be used to help for the seeds sowing on the biochemical assays ...
Additional file 2. Demo video showing how to use MuSeeQ to analyse your datasets
Additional file 5. The Jupyter Notebook version for plotting and cross-referencing growth traits bet...
Additional file 1. Demo video showing how to install the different versions of MuSeeQ in Fiji
Additional file 1.  The complete code of the Arabidopsis thaliana rosette model L-system
Additional file 8. Multiple trait measurements results based on Ler 12, 17, 22 °C
Additional file 4. ImageJ macro used to extract inflorescence skeleton descriptors from top-view ima...
Additional file 2. R code used to predict rosette dry mass from rosette shape descriptors, with cros...
Additional file 3. R code used to model sigmoid growth curves and growth dynamics (M(t), GR(t), and ...
Additional file 5. R code used to predict fruit number from inflorescence skeleton descriptors, with...
Additional file 7: Table S1. List of the 451 accessions phenotyped (n = 2), with measured and estima...
Additional file 7. Supports that can be used to help for the seeds sowing on the biochemical assays ...
Additional file 1: Figure S1. Print screen showing analysis software. The top left panel shows all 1...
Additional file 1. List of parameters accepted by TIPS, their default values, and descriptions
Additional file 4. Demo video showing how to modify the script to use MuSeeQ on other species
Additional file 6. Supports that can be used to help for the seeds sowing on the biochemical assays ...
Additional file 2. Demo video showing how to use MuSeeQ to analyse your datasets
Additional file 5. The Jupyter Notebook version for plotting and cross-referencing growth traits bet...
Additional file 1. Demo video showing how to install the different versions of MuSeeQ in Fiji
Additional file 1.  The complete code of the Arabidopsis thaliana rosette model L-system
Additional file 8. Multiple trait measurements results based on Ler 12, 17, 22 °C
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