ena-STUDY-MAX PLANCK INSTITUTE FOR PLANT BREEDING RESEARCH-02-08-2021-16:09:05:915-837
Climate drives root microbiota variation and divergent selection between geographically distant Arabidopsis populations, Bacterial Data
We performed a laboratory-controlled experiment in which microbiota, soils, climates and plant genotypes from two A. thaliana populations were experimentally manipulated to disentangle the contribution of climatic and soil factors in driving microbiota assembly and adaptive differentiation between the two populations.
We performed a laboratory-controlled experiment in which microbiota, soils, climates and plant genotypes from two A. thaliana populations were experimentally manipulated to disentangle the contribution of climatic and soil factors in driving microbiota assembly and adaptive differentiation between the two populations.