Fine-root system development and susceptibility to pathogen colonization - Emmett, Bryan; Nelson, Eric B; Kessler, Andre; Bauerle, Taryn L (Planta, 2014)
Keywords: Acid soils; Agricultural soils; Agriculture; anatomy & histology; apples; Ascomycota; Ascomycota - physiology; Bioassays; Biomass; Biomedical and Life Sciences; branches; Colonization; Disease Resistance; Ecology; Forestry; genotype; Genotypes; growth & development; Host-Parasite Interactions; immunology; Life Sciences; Malus; Malus - anatomy & histology; Malus - growth & development; Malus - immunology; Metabolites; Models, Biological; Orchard soils; Original Article; Pasteurization; Pathogens; physiology; Plant Diseases; Plant Diseases - immunology; Plant growth; Plant Roots; Plant Roots - anatomy & histology; Plant Roots - growth & development; Plant Roots - immunology; Plant Sciences; Plants; Pythium; Pythium - physiology; replant disease; resistance mechanisms; Root development; root growth; Roots; Rootstocks; secondary metabolites; senescence; shoots; Soil; Soil resources; Soil treatment; stress response; Oomycetes; Root branching order; Root anatomy; Root architecture; Fine roots; Apple replant disease; Soil-borne pathogens