Unraveling Microbial and Edaphic Factors Affecting the Development of Sudden Death Syndrome in Soybean

Agriculture & Biology

• soybean sudden death syndrome 100%
• edaphic factors 68%
• death 45%
• soil 25%
• Phallus rugulosus 20%
• soybeans 18%
• Metacordyceps 16%
• Purpureocillium 15%
• Fusarium virguliforme 14%
• Stachybotrys 13%
• Actinomycetales 13%
• Chloroflexi 12%
• National Center for Biotechnology Information 12%
• beta-Proteobacteria 11%
• Fusarium solani 10%
• Oomycetes 9%
• fungal communities 9%
• soil chemical properties 9%
• Firmicutes 9%
• soil physical properties 9%
• Trichoderma 9%
• Fusarium oxysporum 9%
• Archaea 8%
• bacterial communities 8%
• Penicillium 8%
• chemical analysis 8%
• microbial communities 8%
• community structure 8%
• signs and symptoms (animals and humans) 7%
• Pseudomonas 7%
• soil sampling 7%
• Nematoda 6%
• incidence 6%
• nucleotides 6%
• fungi 5%
• bacteria 4%

Medicine & Life Sciences

• Soybeans 73%
• Soil 64%
• Sudden Death 62%
• Fusarium 29%
• Chloroflexi 13%
• Stachybotrys 13%
• Actinomycetales 12%
• Oomycetes 12%
• Mycobiome 12%
• Betaproteobacteria 12%
• Fungal Structures 12%
• Trichoderma 11%
• Metagenome 10%
• Penicillium 10%
• Firmicutes 10%
• Information Centers 9%
• Archaea 9%
• Biotechnology 8%
• Pseudomonas 8%
• Microbiota 7%
• High-Throughput Nucleotide Sequencing 7%
• Fungi 6%
• Nucleotides 6%
• Bacteria 5%
• Databases 4%
• Incidence 3%

Earth & Environmental Sciences

• soybean 64%
• soil 25%
• patchiness 9%
• nematode 8%
• biotechnology 8%
• chemical analysis 7%
• relative abundance 6%
• chemical property 6%
• fungus 6%
• community structure 6%
• marker 6%
• microbial community 6%
• physical property 5%
• bacterium 4%