Resumes
Packages, apps
- MET accuracy app
- bWGR: Bayesian Whole Genome Regression & modeling tools (Active)
- mas: Multivariate/Multipopulation Association Studies (Active)
- NAM: Nested Association Mapping & breeding tools
- SoyNAM: Soybean Nested Association Mapping dataset
Background material
Methods and reviews
Investigation papers
Links to talks and lectures
- Trends of predictive breeding. ASTA 2023. LINK
- Machine learning-based breeding. ASA-CSSA-SSSA 2023. LINK
- Machine learning-based AI applied to breeding. Purdue 2023. LINK
- Leveraging correlated information under multivariate settings. UGA 2023. LINK
- Maize Yield Predictions: 2022 G2F prediction competition. MGC 2023. LINK
- Xavier, A. Leveraging correlated information under multivariate settings. Plant Science symposium, UIUC, 2022. LINK
- Xavier, A. Modeling white mold with more than genomics. SBW, 2022. LINK
- Xavier, A. Implementation and Validation of supervised methods in GS, 2021 ASA CSSA SSSA meetings. LINK
- Xavier, A. Efficient computation of multivariate ridge regression, 2021 ASA CSSA SSSA meetings. LINK
- Xavier, A. Technical Nuances of Machine Learning. Iowa State University, 2021. LINK
- Xavier, A. Overview on Plant Breeding Analytics (lecture), Purdue University, 2021. LINK
- Xavier, A. Technical Nuances of Machine Learning in Plant Breeding, Iowa State Symposium, 2021. VIDEO, SLIDES.
- ANSC595, Quantitative Genomics Applied to Breeding (1 lecture), Purdue University, Fall 2019. LINK
- Xavier, A. Good learners, faster learning. IMPG3, University of Sao Paulo, 2019. LINK
- Xavier, A., Brito, L., Rainey, KM. Mixed models applied to breeding. Purdue, 2019. LINK
- Xavier, A. Good learners, faster learning. PAG, 2019. LINK
- Xavier, A. and Morota, G. Short course in mixed models. UFV, 2018. LINK
- AGRY611, Quantitative Genetics (7 lectures), Purdue University, Fall 2017. LINK
- Xavier, A. Analytical Methods for Phenomics. Purdue Phenomic Workshop, 2017. LINK
Research Areas
- Field Breeding and Efficient Data Collection
- Genome-wide Association Studies and QTL mapping
- Genome-wide prediction and genomic selection
- Multivariate and single-step mixed linear models
- Indirect Selection, Genetic Correlations, Improvement of Heritability and Genetic Gains
- Phenomics and High-Throughput Technologies in Plant Breeding
- Spatial Statistics, Adjustment of Field Variation and Imputation Methods
- Machine Learning, Data Mining, Computational Breeding, MCMC and Bayesian Analysis
- Algorithm development and high-performance computing
- Reaction norms for genotype-by-environment interaction modeling and stability
- Signatures of Selection and Applied Population Genetics