Legacy of land use history determines reprogramming of plant physiology by soil microbiome

Keyphrases

• Rhizosphere Microbiome 100%
• Land-use History 100%
• Peanut 100%
• Bulk Soil 100%
• Plant Physiology 100%
• Soil Microbiome 100%
• Plant Phenotyping 100%
• Peanut Plant 100%
• Salicylic Acid 50%
• Growth Hormone 50%
• Microorganisms 50%
• Memory Effect 50%
• Microbial Community 50%
• Rhizosphere Microorganisms 50%
• Rhizosphere 50%
• Jasmonic Acid Pathway 50%
• Ethylene Signaling 50%
• Agricultural Management 50%
• Auxin 50%
• Transcriptome Analysis 50%
• Abscisic Acid 50%
• Soil Communities 50%
• Hormone Production 50%
• Crop Rotation 50%
• Plant Performance 50%
• Shotgun Sequencing 50%
• Cytokinin 50%
• Nutrient Production 50%
• Management History 50%
• Phytohormone Biosynthesis 50%
• Monocropping 50%
• Soil Rhizosphere 50%
• Nutrient Metabolism 50%
• Reduced Representation 50%
• Soil Memory 50%
• Peanut Monocropping 50%
• Arachis Hypogaea 50%
• Growth-defense 50%
• Rhizosphere Microbial Diversity 50%
• Peanut Crop 50%

Agricultural and Biological Sciences

• Peanut 100%
• Soil Microbiome 100%
• Land Use 100%
• Rhizosphere 83%
• Microorganism 33%
• Monocropping 33%
• Bulk Soil 33%
• Microbiome 33%
• Ethylene 16%
• Agricultural Management 16%
• Rare Specie 16%
• Microbial Community 16%
• Jasmonic Acid 16%
• Jasmonate 16%
• Plant Hormone 16%
• Auxin 16%
• Abscisic Acid 16%
• Cytokinin 16%