Genome-wide association analysis was conducted on a large Ethiopian sorghum landrace collection with considerable genetic diversity that have evolved under the equally diverse environmental conditions in the region. Several new loci and candidate genes underlying important agronomic, morphological, disease resistance and fecundity traits were identified. In addition the population structure and overall genomic diversity of the germplasm were characterized.

Researchers should cite this work as follows:

• Tessema, G. G.; Nida, H.; Seyoum, A.; Mekonen, M.; Nega, A.; Lule, D.; Desalegn, K.; Bekele, A.; Gebreyohannes, A.; Adeyanju, A. O.; Tirfessa, A.; Ayana, G.; Taddese, T.; Mekbib, F.; Belete, K.; Tesso, T.; Ejeta, G.; Mengiste, T. D. (2019). Ethiopian sorghum landrace SNP and phenotype data. (Version 2.0). Purdue University Research Repository. doi:10.4231/PYQV-AT79

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1. Botany
2. Botany and Plant Pathology (Dept)
3. Ethiopia
4. Genomics
5. Germplasm
6. Landrace
7. Phenotyping
8. Plant Pathology
9. SNP
10. Sorghum