
Christine Diepenbrock
Assistant Professor of Plant Sciences, UC Davis
Researcher
Christine's research program focuses on two main objectives: firstly, to comprehend and enhance the nutritional quality and resilience to abiotic stress in staple and specialty crops, ensuring a sustained and adequate food supply for the future. Secondly, it aims to contribute to the training of plant scientists, fostering the development of methods, and establishing international and interdisciplinary connections to extend these endeavors across diverse crops and geographical regions.
Methodologically, Christine's research program specifically emphasizes statistical genetics, computational genomics, and the comprehensive phenotyping (of all throughputs) of crop nutritional quality, encompassing both content and composition. The program also involves developing integrative models, typically operating on a daily time scale, to analyze crop productivity, agronomics, and nutritional quality, particularly in the face of abiotic stressors like drought and high temperature. The primary focus remains on delivering advancements that significantly enhance the nutritional status of both humans and livestock on regional and global scales.
Project Involvement

Molecular Traits of Foods: Minimizing Costs and Maximizing Health of Diet

Developing an AI-Enabled Toolkit for Routine Integration of Quality Traits into Molecular Breeding Strategies

Developing an AI-Enabled Toolkit for Routine Integration of Quality Traits into Molecular Breeding Strategies
AIFS Publications
- Journal Article ⏐ Plant Physiology 2022Journal Article ⏐ Plant Physiol. 2022
Can We Harness Digital Technologies and Physiology to Hasten Genetic Gain in US Maize Breeding?
Diepenbrock, Christine H,Tom Tang,Michael Jines,Frank Technow,Sara Lira,Dean Podlich,Mark Cooper,and Carlos MessinaDOI: 10.1093/plphys/kiab527 - Journal Article ⏐ G3: Genes, Genomes, Genetics 2022Journal Article ⏐ G3: Genes Genomes Genet. 2022
Simultaneous Dissection of Grain Carotenoid Levels and Kernel Color in Biparental Maize Populations with Yellow-to-Orange Grain
DOI: 10.1093/g3journal/jkac006