Citation: M. Heuermann (2025-01-10): A phenotypic dataset of natural variation in image-related traits by high-throughput phenotyping of 347 MAGIC maize lines and their 9 founder lines in the CAPITALISE project. DOI:10.5447/ipk/2025/0

Abstract: A panel of 347 MAGIC maize lines and their 9 founder lines were phenotyped at high throughput in the Tier 1 phase of the CAPITALISE project. The phenotyping system accommodates 396 phenotyping units, so-called carriers with two pots each, in which 792 maize plants can be grown in parallel. The system is organized in 12 lanes with 33 carriers per lane. To ensure sufficient replication of three carriers per genotype in the Tier 1 experiments, the population was divided into three equal parts and phenotyped in three consecutive experiments, namely 2113MH, 2121MH and 2137MH. In each experiment, one third of the population was analyzed on IPK's high-throughput phenotyping platform for large plants, with a random overlap of 20 RILs from the other two experiments to ensure data compatibility. The nine founder lines were fully replicated in each experiment. The experimental design followed a completely randomized block design consisting of three blocks matching four of the twelve lanes of the HTP system. The README contains information about the folder and file structure.

License: CC BY 4.0 (Creative Commons Attribution)

DOI: 10.5447/ipk/2025/0

Content: 429 Directories 0 Files (4.3 TB)