pone.0259937.s004.tif (482.67 kB)

Alpha diversity measure of 16S bacterial diversity shows that there are no significant differences in bacterial community between treatments within each accession (paired t-test).

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posted on 2021-12-08, 18:23 authored by Matthew J. Peterson, Pubudu P. Handakumbura, Allison M. Thompson, Zachary R. Russell, Young-Mo Kim, Sarah J. Fansler, Montana L. Smith, Jason G. Toyoda, Rosey K. Chu, Bryan A. Stanfill, Steven C. Fransen, Vanessa L. Bailey, Christer Jansson, Kim K. Hixson, Stephen J. Callister

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tyrosine derived alkaloids rhizosphere priming differs nitrogen containing metabolites identified important intra gained knowledge could div >< p quantitatively evaluated differences differences provide insight three geographically distant soil organic matter nutrient deficiency observed contrasting fertilization schemas changing nutrient availability without nutrient addition nutrient poor environments microbial community abundances setaria italica poor soil nutrient addition molecular differences setaria microbial community italica geographically diverse contrasting impact wild ancestor viridis superior traits specifically actinobacteria significantly increased significantly higher proteobacteria populations produce plants particular interest molecular responses molecular characterization microbe system metabolomic response metabolite profiles measurements suggest interspecific microbial grasses adapt globally comparing complete understanding biofuel grasses biofuel crops bioengineering efforts also found

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