Claim · model-written summary
Mn addition up to 2500 µg/g reduced P. icosandra shoot biomass by 3.14%.
Phytolacca icosandraVerbatim
t0“Manganese accumulation characteristics and rhizosphere decontamination mechanisms of Phytolacca icosandra L.”
e1“When Mn addition increased to 2500 and 5000 µg/g, the shoot biomass of P. icosandra was reduced by 3.14% and 51.85% respectively, while root biomass was reduced by 5.91% and 47.29% respectively”
Title
Josy Karel Ngueuyim Nono; Aurele Gnetegha Ayemele; Herbert Gnetegha Fotsidie; et al. Ecotoxicology and Environmental Safety 2025. doi:10.1016/j.ecoenv.2025.118970
Other claims from this paper (11)
- Association Mn addition up to 5000 µg/g reduced P. icosandra shoot biomass by 51.85%.
- Association Mn addition up to 2500 µg/g reduced P. icosandra root biomass by 5.91%.
- Association Mn addition up to 5000 µg/g reduced P. icosandra root biomass by 47.29%.
- Association After 5000 µg/g Mn addition, P. icosandra chlorophyll a decreased by 4%.
- Association After 5000 µg/g Mn addition, P. icosandra malondialdehyde concentration decreased by 17%.
- Association After 5000 µg/g Mn addition, Mn uptake by P. icosandra roots, shoots and leaves increased.
- Association Mn gradients inhibited cell membrane degradation in P. icosandra leaves.
- Association The highest Mn concentration decreased soil N bioavailability the most.
- Association Above 2500 µg/g Mn, rhizosphere acidification increased in P. icosandra soil.
- Association Soil Mn concentration increase decreased the abundances of rhizosphere Ramlibacter sp. and Planctomycetaceae bacterium LX124.
- Association Soil Mn concentration increase increased the abundances of rhizosphere Tumebacillus avium and Devosia riboflavina.