Titlebook: Microbial Services for Cereal Crops; Reducing Costs and E Everlon Cid Rigobelo Book 2024 The Editor(s) (if applicable) and The Author(s), u

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Phytostimulator Microorganisms,nt tissues, such as roots, stems, leaves, fruits, and seeds. Endophytic colonization has several effects, including plasticity, which is the response of plants to environmental conditions controlled by the expression of microbial and plant genes. Endophytic microorganisms provide several benefits to

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Mushroom Technology for Biocontrol,of filamentous fungi that promote plant growth has been shown to be an effective way to mitigate the occurrence of these diseases. This chapter aims to present recent research on the application of fungi to reduce the incidence of diseases in rice and maize crops. In addition, the modes of action of

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Filamentous Fungi as Plant Growth Promoters,dophytic fungi. These fungi can also promote increased resistance through the induction of systemic resistance. This chapter also discusses mycorrhizal fungi that have specific modifications compared to endophytic fungi and their unique characteristics in relation to host plants. Finally, this chapt

短程旅游

Mycorrhiza,bilizing fungi, diazotrophic and nitrogen-fixing bacteria, and phosphorus-solubilizing bacteria. The use of mycorrhizal fungi in agriculture represents a great potential for facing all the current challenges of global agriculture, including reducing the cost of production while minimizing the possib

DAMN

Microbiome Management to Promote Plant Growth on Millet,lant growth by interacting with plants in beneficial ways. The microbiome can protect plants from various environmental stresses both directly and indirectly. Soil microorganisms in the microbiome can work together as a group that has a strong positive effect on plants. Microbiome composition can be

ARENA

Sustainable Agriculture Effects on the Microbiome,es; as such, it represents a vast, largely untapped resource for enhancing host function. Consequently, incorporating beneficial microbiomes into agricultural systems has the potential to boost crop plant production efficiency significantly. In addition, a deeper understanding of the functions and i

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,Changes in Plant Metabolome Induced by?Microorganisms Under Environmental Stress,formation available on gene expression and metabolism in plants under stressful conditions. In this context, metabolomic and metagenomic techniques may be useful. The application of multi-omics techniques, including gene transcript expression, proteomics, and metabolomic analyses, is essential for a

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