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<p>This paper characterizes variation in shoot and root traits collected from the founders of the Maize Nested Association Mapping panel, which was designed to maximize genetic diversity while ensuring appropriate flowering in eastern North America. Here, we present a detailed account of greenhouse experiments conducted by four cohorts of undergraduate research interns at the University of Hawaiʻi at Mānoa. We summarize data collection, data cleaning procedures, and present data for 38 phenotypic variables for 24 genotypes with the number of plant replicates ranging from 3 to 20. The genotype B73 served as our experimental control to enable comparison over the four years. We also grew a subset of genotypes under different abiotic stress treatments to assess the phenotypic plasticity. These data can be used to predict the potential for different lines to function and capacity to adapt to different environments. Data are published on GitHub repositories, and have large reuse potential by the scientific community, as well as educators of undergraduate and graduate instruction.</p>

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Seedling growth rate and root traits in the maize Nested Association Mapping (NAM) panel

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年5月8日

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  • Maya Montoya-Pimolwatana,
  • Tai McClellan Maaz,
  • Michael Kantar,
  • Michael Muszynski,
  • Yuriy Mileyko,
  • Rishi Prasadh,
  • Ishwora Dhungana,
  • Kenneth Kiehl,
  • Abigail H. Ana,
  • Alanna Nguyen,
  • Alycia Tausaga,
  • Amanda Godfrey,
  • Amanda K. Nitta,
  • Bryceson Tugade,
  • D. JadenYamagata-Santos,
  • Elizabeth Swantek,
  • Ethan S. Morrell,
  • G’Voni Kalaiwaa,
  • Germaine Lindsay Juan,
  • Gunnar Larsen,
  • India Kawelolani Ching,
  • Jesse Mikasobe-Kealiinohomoku,
  • Jessica Araszewski,
  • Joseph Carmelo M. Averion,
  • Katie Strachan,
  • Kayla-Marie A. Torres,
  • Keara Botanes,
  • Keilah C. Wilkes,
  • Lydia Rigge,
  • Malisa Lo,
  • Nicholas Carr,
  • Noa Brenner,
  • Olivia Johnson,
  • Roma Amor B. Malasarte,
  • Ruby Noland,
  • Stefano Naldini,
  • Stephenie Andriana Santos,
  • Tomas Pierce,
  • Urban Halpern,
  • Zeus Gean Paul Miguel,
  • Zhuocheng Gan,
  • Nhu H. Nguyen

摘要

This paper characterizes variation in shoot and root traits collected from the founders of the Maize Nested Association Mapping panel, which was designed to maximize genetic diversity while ensuring appropriate flowering in eastern North America. Here, we present a detailed account of greenhouse experiments conducted by four cohorts of undergraduate research interns at the University of Hawaiʻi at Mānoa. We summarize data collection, data cleaning procedures, and present data for 38 phenotypic variables for 24 genotypes with the number of plant replicates ranging from 3 to 20. The genotype B73 served as our experimental control to enable comparison over the four years. We also grew a subset of genotypes under different abiotic stress treatments to assess the phenotypic plasticity. These data can be used to predict the potential for different lines to function and capacity to adapt to different environments. Data are published on GitHub repositories, and have large reuse potential by the scientific community, as well as educators of undergraduate and graduate instruction.