Background Despite the knowledge that the soil–plant–microbiome nexus is shaped by
interactions amongst its members, very little is known about how individual symbioses …

Background After two decades of extensive microbiome research, the current forefront of
scientific exploration involves moving beyond description and classification to uncovering …

Symbiosis with soil-dwelling bacteria that fix atmospheric nitrogen allows legume plants to
grow in nitrogen-depleted soil. Symbiosis impacts the assembly of root microbiota, but it is …

Soil salinization is an abiotic stress factor that can harm plant growth. Root endophytic
bacteria may be associated with the resilience of plants to saline–alkaline stress. This study …

Soil microorganisms are one of the primary driving factors of biogeochemical cycles in
floodplain ecosystems. Vegetation type has an impact on the activities of soil …

Plants encounter a myriad of microorganisms at the root-soil interface that can invade with
detrimental or beneficial outcomes. Promoting a symbiotic relationship may interfere with the …

Symbiosis with soil-dwelling bacteria that fix atmospheric nitrogen allows legume plants to
grow in nitrogen-depleted soil. Symbiosis impacts the assembly of root microbiota, but it is …

Background Nature farming, a sustainable agricultural method which avoids agrochemicals
and untreated organic amendments, promotes both agricultural productivity and ecological …