We used 3D reconstructions from 2D images to measure sorghum leaf phyllotaxy, finding genetic links. This tech could boost breeding for better canopy traits in crops. 🌿🌾 #AgricultureTech#PlantScience
Details: https://t.co/G8MhyK3C9Q
I genetically engineered the amazing Arabidopsis to mimic the striking patterns of my Tradescantia zebrina🧬🌱
From concept to creation, here's the story behind transforming this plant into a living work of art! (1/7) 🧵"
📢 Is plant acoustic communication fact or fiction?
Read the Viewpoint by Jin-Soo Son, et al.
📖 https://t.co/Q4UkkeVyei
#LatestIssue@MathevonNicolas @wileyplantsci @wileyecolevol
Revolutionizing forest canopy radiation modeling! 🌲🔍 Developed a synergetic method using LiDAR and computer graphics to accurately simulate and measure radiant fluxes. Advances in understanding light-dependent biophysiological processes.
Details: https://t.co/KscwDUzESK
Revolutionizing plant phenotyping! Imaging approaches, especially deep convolutional neural networks, offer breakthroughs in high-throughput analysis for breeding and agriculture management. #PlantPhenotyping#DeepLearning
Details:https://t.co/IGtKVVOIt0
I tell this to people all the time but realize I haven’t done so publicly so here’s a 🧵on why a faculty hiring committee might actually consider preprints even if they’re not on the progressive fringe like me 😉