Quantifying Variation of Crop Resilience Under Temperature Stress

by Malia Gehan

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Short Abstract

This research develops high-throughput phenotyping technologies and open-source platform-independent analysis tools (PlantCV; to quantify natural variation under temperature stress. An accession panel of B. distachyon was screened under, control, drought, heat, and drought and heat conditions and the resulting imaging data was examined for traits that approximate water-use-efficiency, biomass accumulation, and tissue senescence.



Malia Gehan, Ph.D. is an Assistant Member and Principal Investigator at the Donald Danforth Plant Science Center, who focuses understanding mechanisms of crop resilience under temperature stress. To study temperature stress and natural variation, her lab uses a number of high-throughput and high-resolution image-based phenotyping technologies. She co-developed and maintains the open-source open-development suite of image analysis tools, PlantCV.