 Vsi je vsega Afričina izstavljenje in pošlične objevanie. Vsim je, da ima se izvizivno, in izvizivno, v mikrobialkomunijnih zelo. Mikrobialkomunijnih, kaj so v svoje plene, jazne, kaj bolj, v vodne, v vodne, v mikrobiota, kaj je in v padej soli in v rute v Nordic, Italijih, ispešno, vse predljajte vzelo, gena, vsega, vzelo, in dve vodne vodne, upland in lowland at three plant development stage results highlighted the major role of soil water status in shaping microbial communities. We focused on enriched depleted autios that were taxonomically assigned. Compositional shift in bokeotic and tangled community upon water management consisted in significant abundance changes. We also identified a great number of genera responding to flooding, some of which are well known plant growth promoters. Also, fungal community widely responded to flooding with major shift found at the class level. To the analysis of fungal ecological guides, we highlighted that fungal pathogens increased under upland management in root and soil. Results also indicated that the different plant growth promoting rhizobacteria are emerging under changing water availability. Reduce that muscular mycorrhizal fungal diversity under flooded soil demonstrating that in soil AMF communities are favored under upland management. However, AMF fungal species may also show degrees of adaptation to wetland being some phylo type more competitive than others under hypoxic condition. Overall, we confirmed that paddy soil is a great reservoir of microbial diversity and showed that the day they hear the impact of flooding dry in slanted. A vicarians implant beneficial microbes in between saprotrof and patotrof was observed between lowland and hapland.