Species and their abundance across four replicates of epiphytic rhizobacterial communities from cowpea plants grown under control conditions (WS1–WS4) and drought conditions (DS1–DS4), along with a differential analysis of their abundance across these groups.

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posted on 2025-03-25, 17:48 authored by Boshra Ahmed Halo, Yaqeen A. S. Aljabri, Mahmoud W. Yaish

The significant differences were calculated at P ≤ 0.05.

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providing meaningful understandings improved stress mitigation boost crop productivity analyzed using taxonomy amplicon sequence variants advancing sustainable agriculture accumulated significantly (<16s rrna gene differential accumulation analysis induced microbial dynamics rhizospheric bacterial communities exploring bacterial diversity epiphytic bacterial communities 752 bacterial species enhance plant resilience div >< p abundance cluster within drought conditions compared species ’ biodiversity bacterial communities microbial communities promoting plant metagenomics analysis drought resilience diversity metrics drought conditions developing microbial control conditions rhizosphere ’≤ 0 untreated samples specific clades soil attached seven absent samples isolated saline habitats potentially impacting plants contribute phylogenetic tree p hierarchical heatmap fully characterized findings suggest enhancing tolerance enhancement effect ecological impacts ecological balance drought treatment drought tolerance cowpea plants compositions among based strategies also grouped 46 forming

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