Phenotyping

New Approach Makes AI Adaptable for Computer Vision in Crop Breeding

Type: News

Themes: Feedstock Production

Keywords: AI/ML, Miscanthus, News, Perennial Bioenergy Grasses, Phenotyping

Breaking the Barrier of Human-annotated Training Data for Machine Learning-aided Plant Research using Aerial Imagery

Type: Publication

Themes: Feedstock Production

Keywords: AI/ML, Field Data, Miscanthus, Phenotyping, Remote Sensing

Enhancing Lipid Production in Plant Cells through Automated High-throughput Genome Editing and Phenotyping

Type: Publication

Themes: Conversion, Feedstock Production

Keywords: Gene Editing, Genome Engineering, Lipids, Metabolic Engineering, Phenotyping, Plant Transformation

New Greenhouse Will Accelerate CABBI Bioenergy Research

Type: News

Themes: Feedstock Production, Sustainability

Keywords: News, Phenotyping

Machine Learning-enabled Computer Vision for Plant Phenotyping: A Primer on AI/ML and Case Study on Stomatal Patterning

Type: Publication

Themes: Feedstock Production

Keywords: AI/ML, Phenotyping, Stomata

Phenotypic Evaluation of Saccharum spp. Genotypes During the Plant-Cane Crop for Biomass Production in Northcentral Mississippi

Type: Publication

Themes: Feedstock Production

Keywords: Biomass Analytics, Energycane, Field Data, Phenotyping, Saccharum, Sugarcane, Yield

Reducing Stomatal Density by Expression of a Synthetic EPF Increases Leaf Intrinsic Water Use Efficiency and Reduces Plant Water Use in a C4 Crop

Type: Dataset

Themes: Feedstock Production

Keywords: Phenotyping, Water Use Efficiency

Greater Aperture Counteracts Effects of Reduced Stomatal Density on WUE: A Case Study on Sugarcane and Meta-Analysis

Type: Dataset

Themes: Feedstock Production

Keywords: Phenotyping, Water Use Efficiency