Aug 2026· Journal of Crop Health· Vol 78· 0 citations· 416 references
TL;DR
This review explores the intricate interactions within the rhizosphere, focusing on their ecological significance and potential applications in sustainable agriculture, and underscores the transformative potential of rhizosphere microbiome engineering in advancing sustainable and climate-resilient agriculture.
The rhizosphere is a key ecological niche where plants interact with microorganisms, and its health directly affects plant growth, development, and disease resistance. Existing theories have laid an important foundation for understanding plant-microbe interactions. Among them, the biological market theory interprets th...
Wei Qiu, Xiu-Feng Tang, Qirong Shen et al.· Plant, Cell and Environment· 1 citation
Plant–microbe interaction is an essential component of sustainable agriculture which promotes plant growth, improves nutrient assimilation, and enhances plant resistance to various environmental stress conditions. Beneficial microbes, such as rhizobacteria, mycorrhizal fungi, and endophytes, boost plant functions using...
Bishal Sarkar, Saumendu Deb Roy· Discover Plants· 0 citations
The rhizosphere is a biologically active region where plant roots interact with diverse microorganisms that influence plant growth, soil fertility, and ecosystem functioning. In medicinal plants, these interactions are particularly important because root-associated microorganisms not only improve nutrient acquisition a...
Parul Saini, Anamika Chaudhary, S. Swati et al.· World Journal of Advanced Re...· 0 citations
The interplay between plants and their associated microbiomes is a critical determinant of ecosystem resilience under climate change. This review synthesizes current knowledge of plant-microbiome systems, focusing on the molecular mechanisms that govern synergistic interactions and on systems biology approaches to un...
Three linked stages of this dialogue are summarised: drought-induced changes in root exudation; microbial recruitment and colonisation through chemotaxis, attachment, biofilm formation, and root colonisation; and microbiome-mediated feedback that improves plant water relations, hormonal and redox homoeostasis, nutrient...
Jin-Jin Liang, Wen-Li Ding, Xing-Xu Zhang et al.· Plant, Cell and Environment· 0 citations
The complex and dynamic nature of plant-microbial interactions is explored in this review, and the importance of beneficial associations, pathogenic encounters, environmental stresses, and transgenic plants in shaping plant-microbial interactions is highlighted.
Manisha Phour, G. Kumar, S. Sindhu et al.· Discover Plants· 0 citations
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