The Science of The Total Environment, Journal Year: 2024, Volume and Issue: 946, P. 174277 - 174277

Published: June 27, 2024

Microorganisms form dynamic communities with plants, providing benefits such as nutrient acquisition and stress resilience. Understanding how these microorganisms are affected by environmental factors growth conditions soil characteristics essential for harnessing sustainable agriculture practices their response to climate change. The microbiome associated Lupinus angustifolius, a legume native in Europe, high protein value resilience was characterized the first time. Using 16S rRNA gene ITS amplicon sequencing, we compositional temporal changes of bacterial fungal soil, rhizosphere, plant compartments where angustifolius grows naturally. Our results suggest that main difference microbial is related edaphic properties, although temperature, humidity or rainfall also influenced composition communities. We roots, nodules, leaves wild plants collected field compared them against obtained under greenhouse conditions. In compartments, appeared be more growing (field vs greenhouse), than location. These can used identify key taxa may play crucial roles development adaptation host its microbiota highlight importance characterizing microbiomes natural habitats. Soil, climatic seasons, shapes assembly. recruits core across leaves, stable locations. However, cultivation alter dynamics, impacting adaptability components. Wild show resilient adaptable while germination vulnerability.

Language: Английский