How do different ecosystems influence the composition and function of rhizoplane microbial communities?

The rhizoplane is a good example of this, since energy input is largely due to root exudates, and certain zones of roots produce more exudates than others. Microbial Diversity in Four Rhizocompartments (Bulk Soil, Rhizosphere, Rhizoplane, and Endosphere) of Four Winter Wheat Varieties at the Fully Emerged Flag ... Jun 27, 2024 ... ... rhizoplane of three plant species in these vulnerable wetland ecosystems. Key findings include: 1. Dominant bacterial phyla: Proteobacteria ... asymptomatic plant rhyzosphere and rhizoplane collected in different forest nurseries. Subsequently, they were stored at -20 ºC in 2 mL vials with dimethyl ... Mar 11, 2021 ... Rhizosphere and rhizoplane derived microbiota culture collections were tested for plant growth-promoting traits using functional bioassays. In ... from the rhizoplane (Figure 3). Soil with initial high contents of non-exchangeable K may have received less influence of the fertilizer, because of the ... Feb 21, 2024 ... In our previous studies (Gorczyca et al., 2018), we have shown that the rhizoplane microbiome depends on the plant species, and the bacterial ... ... rhizoplane of wheat (Triticum aestivum). The selection was based on biofilm development ability, multifarious PGP activities (production of indole acetic ... Nov 28, 2022 ... One major factor driving iron deficiency is that soluble ferrous iron (2+) easily crosses the rhizoplane of the roots, but ferric iron (3+) is ... Feb 26, 2025 ... Plant Growth Promoting Fungi (PGPF) hold promises for enhancing crop yield. This study delves into fungal diversity of the wheat rhizoplane ...