#11 · Tools & infrastructure
Open deep learning pipelines extract plant root, fruit, and growth traits from images
The dominant thread is open, reusable software that converts plant images into quantitative trait data. Three items apply machine or deep learning segmentation: pyRootHair extracts root hair traits from root microscope images at high throughput, ChronoRoot 2.0 uses nnUNet multi-class segmentation to track six plant structures over time in 2D phenotyping of Arabidopsis, and the almond workflow is an open Python pipeline for fruit morphology, color and morphometrics, reporting segmentation error below 1% across more than 25,000 kernels. GridScore NEXT is not an image-analysis tool; it addresses the upstream recording step with an offline, open-source app offering validation rules, barcodes and visualizations. What is new here is the pairing of openly available segmentation pipelines with structured field data capture, rather than any single method.
Published papers
pyRootHair: Machine learning accelerated software for high-throughput phenotyping of plant root hair traits.
pyRootHair is an AI-powered, high-throughput tool that automates root hair trait extraction from plant root microscope images, processing over 600 images per…
Open RGB imaging workflow for morphological and morphometric analysis of fruits using deep learning: a case study on almonds.
Open Python deep-learning workflow for almond fruit morphology, color, and morphometric phenotyping; segmentation error below 1% across 25,000+ kernels and 55…
ChronoRoot 2.0: an open AI-powered platform for 2D temporal plant phenotyping.
ChronoRoot 2.0 is an open-source platform using nnUNet multi-class segmentation to track six plant structures in 2D temporal phenotyping of Arabidopsis and…
Beyond the clipboard: data collection with GridScore NEXT.
Open-source GridScore NEXT app for offline plant phenotype data capture with validation rules, barcodes and visualizations.
Topic history
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