Rewiring of peatland plant-microbe networks outpaces species turnover

摘要: Enviro-climatological changes are thought to be causing alterations in ecosystem processes through shifts plant and microbial communities. However, how links between communities change with enviro-climatological is likely less straightforward, but may fundamental for many ecological processes. To address this, we assessed the composition of community prokaryotic community, using amplicon-based sequencing, three European peatlands that were distinct conditions. Bipartite networks used construct site-specific plant-prokaryote co-occurrence networks. Our data show sites, differ turnover interactions was complex. Essentially, plant-microbial much faster than respective findings suggest network rewiring does largely result from novel associations species common shared across Turnover driven by a core plants microorganisms. Taken together our results indicate functional role context dependent, conditions will lead rewiring. Integrating plant-microbe into studies assess impact on peatland ecosystems essential understand dynamics must combined these