Breeding for new crop characteristics and adjusting management practices are critical avenues to mitigate yield loss and maintain yield stability under a changing climate. However, identifying high-performing plant traits and management options for different growing regions through traditional breeding practices and agronomic field trials is often time and resource-intensive. Mechanistic crop simulation models can serve as powerful tools to help synthesize cropping information, set breeding targets, and develop adaptation strategies to sustain food production. In this study, we develop a modeling framework for a mechanistic crop model (MAIZSIM) to run many simulations within a trait x environment x management landscape and demonstrate how such a modeling framework could be used to identify ideal trait-management combinations that maximize yield and yield stability for different agro-climate regions in the US.
Cite
@article{arxiv.2206.02793,
title = {A framework for model-assisted T x E x M exploration in maize},
author = {Jennifer Hsiao and Soo-Hyung Kim and Dennis J. Timlin and Nathaniel D. Mueller and Abigail L. S. Swann},
journal= {arXiv preprint arXiv:2206.02793},
year = {2022}
}