Sugar beet-associated bacterial and fungal communities show a high indigenous antagonistic potential against plant pathogens

Agrarwissenschaft & Biologie

• fungal communities 70%
• bacterial communities 62%
• sugar beet 61%
• microbial communities 58%
• plant pathogens 57%
• Pleospora betae 55%
• Aphanomyces cochlioides 53%
• antagonists 52%
• Pythium ultimum 42%
• phyllosphere 41%
• single-stranded conformational polymorphism 38%
• Thanatephorus cucumeris 33%
• antagonism 31%
• plant development 26%
• rhizosphere 26%
• ribosomal RNA 21%
• microorganisms 20%
• pathogens 18%
• testing 11%

Medizin & Biologie

• Mycobiome 100%
• Beta vulgaris 99%
• Aphanomyces 61%
• Microbiota 60%
• Sugars 59%
• Rhizoctonia 54%
• Pythium 52%
• Plant Development 48%
• Rhizosphere 47%
• 16S Ribosomal RNA 31%

Erd- und Umweltwissenschaften

• sugar beet 85%
• pathogen 56%
• microbial community 34%
• phyllosphere 33%
• antagonism 26%
• polymorphism 21%
• rhizosphere 20%
• microorganism 15%
• Europe 13%
• analysis 5%