Testing a biocontrol agent consortium for suppression of tomato bacterial wilt through rhizosphere microecological regulation

Zheng, Xuefang; Wang, Jieping; Chen, Meichun; Chen, Yanping; Chen, Zheng; Wang, MingKuang; Liu, Bo

doi:10.1016/j.apsoil.2023.105155

Cited by 6 publications

(1 citation statement)

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“…如 Li 等 [103] 研究发现, 适当施用生物有机肥配施化肥改善了土壤性质, 重塑了细菌和真菌生态, 从而提高了香蕉的产量和品质. Zheng 等 [104] 研究发现联合施用不同 PGP 以及番茄青枯病无毒病原菌菌株, 可显著性提高土壤脲酶活性, 且冗余分析发现根际土壤的 pH、有机碳含量等理化参数与番茄青枯病的发病率(DI)或种群呈负相关.…”

Section: 微生物复合菌群的协同作用机制unclassified

Applications of microbial consortium inoculants in the sustainable development of tropical agriculture

YANG,

ZHAO,

ZHOU

et al. 2024

Sci. Sin.-Vitae

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High temperature and rainy weather bring many challenges such as frequent occurrences of pests and diseases to tropical agriculture. At present, microorganisms such as Trichoderma, Bacillus and Streptomyces have been widely used to ensure sustainable and environmentally friendly production of tropical agriculture, and the combination of different functional microorganisms has greater potential as plant growth promoters and biological control agents. In this paper, the application of several types of common microorganisms and their products in the development of tropical sustainable agriculture was reviewed. The mechanisms of functional microorganisms were summarized, including direct mechanisms such as hyperparasitism and antibiotic production, and indirect mechanisms such as competition for space and nutrients, activation of host plant defense ability and modification of rhizosphere microflora. The future research directions and hotspots of microorganism consortia in agricultural production and applications were prospected.

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Section: 微生物复合菌群的协同作用机制unclassified