Characterization of plant anatomy has been limited by throughput as well as bias in the source of plant material commonly visualized with existing methods. We outline a pipeline that prioritizes high-throughput phenotyping of mature, field-grown plants.

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@WhimsicalAllium @yun_s_song Nice work Jesus! Best of luck in your research and moving back in CA!

RT @KHefferon: View from the forest floor

RT @xkcd: Proxy Variable

RT @Jgdp_S_Sidhu: I am looking for images/data to analyze the changes in root cortical cells over the course of plant evolution, representi…

RT @LianaBurghardt: My lab at Penn State is hiring a PostDoc & Tech to research the evolution & ecology of legume-rhizobia symbiosis in agr…

RT @wileyplantsci: The fitness landscape of root #phenotypes is highly complex and multidimensional. 😵 Learn about using evolutionary algo…

RT @PlantPhys: Integrating GWAS and TWAS to elucidate the genetic architecture of maize leaf cuticular conductance (Meng Lin, et al @Cornel…

RT @mmjulkowska: Are you at Cornell today? What a beautiful day to come see BTI’s stand at ArtsQuad showcasing heirloom tomatoes and… our R…

@schafer_ernst @MarkusOwenMMB @j_a_postma @infotroph Nice job!

RT @MatthewPot: A historical look at U.S. drought evolution by growing season.

@spklein2 Great job Steph!!

RT @MutezAhmed: Just accepted @plantandsoil Vetterlein et al. Root #hairs matter at #field scale for maize shoot growth and nutrient upta…

RT @SchnableLab: Excited to be switching to FieldBook for data collection this summer. But any transition comes with unforeseen bugs. Jon,…

RT @MutezAhmed: Now online @PlantPhys The impact of drought-induced root and root #hair #shrinkage on root-soil contact Many thanks to @p…

RT @Ibg2Root: 🚜Phenotypic response to soil compaction varies among genotypes and correlates with plant size in sorghum 🚜 🌾🌾🌾🌾 with @Pepe_Co…