Publications by authors named "Xianghai Yu"
Community dynamics in rhizosphere bacteria affected the adaptive growth of wheat in cadmium-contaminated soils.
Physiol Mol Biol Plants
November 2024
Article Synopsis
- Soil cadmium (Cd) contamination from industrial activities poses a significant risk to wheat production, yet the role of rhizosphere bacteria in helping plants cope with this stress is not well understood.
- A study examined how different levels of soil Cd contamination affected the growth of wheat and the dynamics of rhizosphere bacteria, revealing no major differences in Cd transport within the plants despite changes in soil conditions.
- While bacterial richness remained similar across contamination levels, shifts in community composition were detected, with certain bacteria like Actinobacteria thriving under lower risk levels, and others like Patescibacteria being more prevalent when contamination is increased.
The application of selenium (Se) fertilizer not only promotes crop growth but also meets the human demand for Se by increasing the Se content in food. However, the application of nanosized selenium (nano-Se) in hybrid rice ( L.) production has not been reported.
View Article and Find Full Text PDFCadmium (Cd) pollution restricts the rice growth and poses a threat to human health. Nanosized selenium (NanoSe) is a new nano material. However, the effects of NanoSe application on aromatic rice performances under Cd pollution have not been reported.
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