834 42 4808 2 19905 document 4808 README.md text/plain 9a65ea655b8ec8982b5a6f4d5205b936 MD5 1214 2026-08-25 12:04:35 https://data.ub.uni-muenchen.de/834/1/README.md 834 1 1 text/plain other README to Rensburg Schandry et al Plant Images de public

README.md

metadata 4811 2 19933 document 4811 metadata_Images_of_A_thaliana_accessions_in_differentially_conditioned_soils.xml text/xml 7de12efa476d9c2c1d7797873f1cbf68 MD5 3137 2026-08-25 13:08:50 https://data.ub.uni-muenchen.de/834/4/metadata_Images_of_A_thaliana_accessions_in_differentially_conditioned_soils.xml 834 4 4 text/xml other DataCite for Rensburg Schandry et al Plant Images de public

metadata_Images_of_A_thaliana_accessions_in_differentially_conditioned_soils.xml

metadata archive 1103 disk0/00/00/08/34 2026-09-09 13:12:37 2026-09-14 13:55:49 2026-09-09 13:12:37 other show The dataset is available under: https://webservices.rdm.lab.lrz.de/data/Rensburg_Schandry_et_al/ This dataset contains images of individual plants that were used for trait measurements with aradeepopsis. This archive is 230GB in size. The results based on the plant_region_area trait are pending publication in: van Rensburg, Schandry et al., 2025. Within in the archive, there are two main folders: `experiment1_images` and `experiment2_images`. Each of these folders contains around 150.000 files. - `experiment1_images` is a flat folder, files are named according to the schema `ID_-_TIMESTAMP.png`. - `experiment2_images` is more structured: it contains a folder named `images_05022020`, this folder contains folders per shelf. Each shelf folder contains several folders, each corresponding to a pot named `Tray.Position(ID)`. In these folders the individual images corresponding to that position in the chamber are found. They are named `Date Time(1_ID_number).png`, the number is not relevant. `files_experiment1.txt` and `files_experiment2.txt`contain folder listings. `Rensburg_Schandry_et_al_plant_images.tar.gz.md5` contains the md5 checksum of the archive. Data to: Niklas Schandry/Henry Janse van Rensburg, A TNL receptor mediates microbiome feedbacks in Arabidopsis; doi.org/10.1101/2025.02.25.640125 eng Schandry Niklas 2026-08 500 530 570 10.5282/ubm/data.834 https://doi.org/10.5282/ubm/data.834 public Growth feedback GWAS Arabidopsis soil microbiome TNL receptors en cc-by-sa Schandry Niklas https://webservices.rdm.lab.lrz.de/data/Rensburg_Schandry_et_al/ fak19