| Author |
AlKhalifah, Naser Campbell, Darwin A. Falcon, Celeste M. Gardiner, Jack M. Miller, Nathan D. Romay, Maria Cinta Walls, Ramona Walton, Renee Yeh, Cheng-Ting Bohn, Martin Bubert, Jessica Buckler, Edward S. Ciampitti, Ignacio Flint-Garcia, Sherry Gore, Michael A. Graham, Christopher Hirsch, Candice Holland, James B. Hooker, David Kaeppler, Shawn Knoll, Joseph Lauter, Nick Lee, Elizabeth C. Lorenz, Aaron Lynch, Jonathan P. Moose, Stephen P. Murray, Seth C. Nelson, Rebecca Rocheford, Torbert Rodriguez, Oscar Schnable, James C. Scully, Brian Smith, Margaret Springer, Nathan Thomison, Peter Tuinstra, Mitchell Wisser, Randall J. Xu, Wenwei Ertl, David Schnable, Patrick S. De Leon, Natalia Spalding, Edgar P. Edwards, Jode Lawrence-Dill, Carolyn J. |
| Abstract |
Objectives Crop improvement relies on analysis of phenotypic, genotypic, and environmental data. Given large, well-integrated, multi-year datasets, diverse queries can be made: Which lines perform best in hot, dry environments? Which alleles of specific genes are required for optimal performance in each environment? Such datasets also can be leveraged to predict cultivar performance, even in uncharacterized environments. The maize Genomes to Fields (G2F) Initiative is a multi-institutional organization of scientists working to generate and analyze such datasets from existing, publicly available inbred lines and hybrids. G2F’s genotype by environment project has released 2014 and 2015 datasets to the public, with 2016 and 2017 collected and soon to be made available. Data description Datasets include DNA sequences; traditional phenotype descriptions, as well as detailed ear, cob, and kernel phenotypes quantified by image analysis; weather station measurements; and soil characterizations by site. Data are released as comma separated value spreadsheets accompanied by extensive README text descriptions. For genotypic and phenotypic data, both raw data and a version with outliers removed are reported. For weather data, two versions are reported: a full dataset calibrated against nearby National Weather Service sites and a second calibrated set with outliers and apparent artifacts removed. |
