tailieunhanh - A review on the plant microbiome: Ecology, functions, and emerging trends in microbial application

Plants have evolved with a plethora of microorganisms having important roles for plant growth and health. A considerable amount of information is now available on the structure and dynamics of plant microbiota as well as on the functional capacities of isolated community members. Due to the interesting functional potential of plant microbiota as well as due to current challenges in crop production there is an urgent need to bring microbial innovations into practice. Different approaches for microbiome improvement exist. On the one hand microbial strains or strain combinations can be applied, however, field success is often variable and improvement is urgently required. Smart, knowledge-driven selection of microorganisms is needed as well as the use of suitable delivery approaches and formulations. On the other hand, farming practices or the plant genotype can influence plant microbiota and thus functioning. Therefore, selection of appropriate farming practices and plant breeding leading to improved plantmicrobiome interactions are avenues to increase the benefit of plant microbiota. In conclusion, different avenues making use of a new generation of inoculants as well as the application of microbiome-based agro-management practices and improved plant lines could lead to a better use of the plant microbiome. This paper reviews the importance and functionalities of the bacterial plant microbiome and discusses challenges and concepts in regard to the application of plant-associated bacteria. | A review on the plant microbiome: Ecology, functions, and emerging trends in microbial application

• Sinh học
• Plant microbiome
• Farming practices
• Plant microbiome modulation
• The plant microbiome
• Microbial application
• Plant based culture media
• Unculturable bacteria
• Phyla Radiation
• The plant prokaryotic microbiome
• Halophyte microbiome
• Plant based sea water culture medium
• Lake Mariout
• Alexandria Egypt
• 16S rRNA gene and qPCR Bacillus spp
• Plant–microbe interactions
• Rhizosphere microbiome
• Engineering bacterial competitiveness
• Enhancing crop production
• Shaping rhizosphere microbiome
• BMC Plant Biology
• Rhizosphere soil microbiome
• Rhizosphere metabolome
• Ralstonia solanacearum
• Pathogen abundance
• Co occurrence network
• Genome Biology
• Soil microbiome
• Agricultural system
• Soil environment
• Terrestrial plant life
• Diverse microbial
• BMC Genomics
• Rhizosphere and endosphere microbiome
• Metabarcoding analysis
• Ecosystem functioning
• Emerging technologies
• Magnaporthe oryzae
• Hydrogen cyanide
• Induced systemic resistance
• Rhizospheric microbiome
• BMC Genetics
• Pseudomonas fragi
• β Lactone antibiotics
• Plant growth promoting rhizobacteria
• Microbial consortia as basal application
• Microbial consortia
• Foliar spray of gluconacetobacter diazotropicus
• Gluconacetobacter diazotropicus
• Gluconacetobacter diazotropicus on growth
• Nutrient uptake by maize
• N uptake
• Microbial activities
• Chickpea sown after rice
• Microbial population of chickpea
• Post emergence application of imazthapyr
• Head rice recovery
• Protein content
• Soil microbial activities
• Effect of irrigation scheduling
• Nitrogen application on yield
• Influence of foliar application
• Foliar application
• Water soluble fertilizers
• Rhizosphere microbial population
• Green gram (Vigna radiata L
• Different herbicides application
• Microbial response
• Different herbicides application in maize
• Effective weed management
• Glufosinate ammonium
• Enriched compost
• Gladiolus (Gladiolus grandiflorus L )
• Jorhat condition
• Organic input application
• Soil microbial
• Biochemical properties
• Microbial preparations
• N fertilization
• Nitrogen use efficiency
• Potato cultivation
• Potato plant production systems
• Fungi and phorate
• Soil applied granular insecticides
• Microbial population
• Sugarcane grown soil
• Application of insecticides
• Significantly higher
• Microbial antagonist
• Talcum powder
• Sheath rot disease
• Rice under green house condition
• Management of sheath rot disease
• Microbial insecticide
• Chemical insecticide
• White fly
• Mungbean (Vigna radiata (L ) Wilczek)
• Grain yield of mungbean
• Insect pest control
• Rock phosphate
• Preceding crops
• Organic condition
• Soil microbial population
• Phosphorus management
• BMC Bioinformatics
• Microbial identification
• Marker genes
• Whole genome sequencing
• Bacterial isolate
• Bacteroides spp from ducks
• 16s rrna gene PCR assay
• Microbial source tracking
• Phylogenetic analysis
• Polymerase chain reaction
• Thompson seedless
• Shelf life
• Microbial status
• Guar gum garlic oil on grapes
• Application of composite coating
• Organic cultivation of groundnut
• Preceding crops on soil enzymes
• Rock phosphate application to preceding crops
• Microbial activity in Bt cotton soils
• Bt cotton soils
• Foliar nutrition under rainfed
• Influenced by the biofertilizer consortia
• Banana blossom
• BBP laddu
• Sensory score
• Nutrient analysis
• Storage period
• Metabolic network reconstruction
• 16S rDNA
• Predictive community modeling
• α diversity
• β diversity
• Agricultural science
• Laccase enzyme
• Decolorize fungal pigments
• Aging paper and parchment
• Microbial pigment