Enhancing Gains From Beneficial Rhizomicrobial Symbiotic Communities in Smallholder Cropping Systems

Keyphrases

• Legumes 100%
• Cropping System 100%
• Smallholders 100%
• Symbiotic Community 100%
• Mycorrhiza 75%
• Inoculant 75%
• Groundnut 75%
• Fungi 50%
• Maize 50%
• Bacterial Symbionts 50%
• Rhizobium 50%
• Atoxigenic 50%
• Fertilizer 25%
• Starch 25%
• Crop Growth 25%
• Biosafety 25%
• Crop Yield 25%
• Basidiomycota 25%
• Nutrient Acquisition 25%
• Ascomycota 25%
• Greenhouse Gas Emissions 25%
• Aspergillus Flavus 25%
• Human Diet 25%
• Nitrogen Cycle 25%
• Smallholder Agriculture 25%
• Food Safety 25%
• Farmland 25%
• Biological Nitrogen Fixation 25%
• Nitrogen Fixation 25%
• Maize Proteins 25%
• Climate Change Mitigation 25%
• Cereal Crops 25%
• Nitrogen Budget 25%
• Biofertilizer 25%
• Disease Protection 25%
• Legume Crops 25%
• Crop Protection 25%
• Aflatoxin 25%
• Water Acquisition 25%
• Root-associated Fungi 25%
• Maize Products 25%
• Arbuscular Mycorrhiza 25%
• Mixed Cropping System 25%
• Technical Intervention 25%
• Glomus 25%
• Aflatoxigenic Fungi 25%
• Microsymbiont 25%

Agricultural and Biological Sciences

• Mycorrhiza 100%
• Peanut 100%
• Cropping System 100%
• Symbion 66%
• Rhizobiaceae 66%
• Rhizobium 66%
• Climate Change 33%
• Greenhouse Gas 33%
• Nitrogen Fixation 33%
• Nitrogen Assimilation 33%
• Biological Nitrogen Fixation 33%
• Cereal Crop 33%
• Biofertilizer 33%
• Basidiomycota 33%
• Ascomycota 33%
• Arbuscular Mycorrhiza 33%
• Aflatoxin 33%
• Aspergillus flavus 33%
• Microsymbionts 33%
• Glomus 33%
• Mixed Cropping 33%