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Our new paper is the largest study into the genetic control of the lodging in sorghum. It uses data from 2300 hybrids, 17 environments and 3 years to identify over 200 QTL. The research highlights the complexity of the trait identifies opportunities for future improvement

Talented visiting student (Jinlong Li) led a genomic prediction project to optimize the doubled haploid-based hybrid breeding strategy! Now posted on preprint server: doi.org/10.1101/2020.0…

A188 maize @Nanopore genome is online. New strategies to identify organelle integration and SV; Kernel color and callus biology. Happy collaborations w/ Shawn Kaeppler Nathan Springer Haibao Tang Pat Schnable White, McCarty, Park, Wei, Cho, H Kaeppler, Wang. tinyurl.com/yxaf5gqx

Congratulations Dr. Miao! Honored to have you as a great friend, collaborator and true inspiration! @Valiancy_miao

I don’t have much experience on this but we recently happened to have a great reviewer 2.

Interesting read for the weekend. Our new perspective on interdisciplinary strategies to enable data-driven plant breeding in a changing climate One Earth sciencedirect.com/science/articl…

Getting my 2nd dose today!

KAT4IA: K-Means Assisted Training for #Image Analysis of Field-Grown #Plant #Phenotypes Read more about the latest article published on #Plant #Phenomics: spj.sciencemag.org/journals/plant…

The evolution of random cave painting in our lab during the pandemic. I did the third one sometime in 2020 after a fierce self-debate on whether the trend should go linearly or exponentially. The latest installment apparently went above and beyond.

Congratulations James James Schnable ！

The 2020 U.S. Midwest derecho cost over $7 billion damage in Iowa alone. GWAS/TWAS of maize root lodging uncovered the genetic architecture of the trait, providing potential breeding targets for root lodging resistance under the fast-changing climate. doi.org/10.1093/plphys…

The 2020 derecho revealed limited overlap between maize genes associated with root lodging and root system architecture (Zihao Zheng, Bufei Guo, Somak Dutta, Vivekananda Roy, Huyu Liu, Patrick S Schnable) buff.ly/3zeRuUQ Zihao Zheng ASPB #PlantSci

I summarized the main results from three studies using #ChatGPT and #GPT4 in bioinformatics and computational biology. Example prompts included. ge-lab.org/2023/04/01/sol…

We are recruiting two postdoctoral fellows to work on (1) plant phenotyping (2) any aspect plant biology (basic or applied). Great opportunity. Please reach out if you have questions or if you would like to work with me in developing your application.

Remembering Philip N. Benfey: A visionary pioneer in plant biology and mentor extraordinaire | PNAS pnas.org/doi/10.1073/pn…

An Iowa State research team is combing through existing troves of crop+livestock data in a hunt for elusive genetic links to complex desirable traits. Similar statistical detective work was used in a study of corn root stability after the 2020 derecho. 🗞️go.iastate.edu/UVJK8Q

The research mission of land grant universities MATTERS. The ISU Foundation profiles my dad (Pat Schnable) and the positive impact of the nitrogen sensor company that spun out of ARPA-E supported research at ISU and UNL youtube.com/watch?v=J0fPA4…

Pan-Schnable lab and alumni ⁦Schnable Lab⁩ ⁦⁦SchnableField⁩

I coined the term Pan-Schnable lab after a beer 😄

Our team is hiring! jobs.syngenta.com/job/applied-ge…