Fungal Assemblages Associated with Roots of Halophytic and Non-halophytic Plant Species Vary Differentially Along a Salinity Gradient

Keyphrases

• Plant Species 100%
• Salinity Gradient 100%
• Halophyte Species 100%
• Salt Marsh 100%
• Fungal Assemblages 100%
• Halophytic Plants 100%
• Halophyte 50%
• Endophytic Fungi 50%
• Fungal Community 25%
• Environmental Conditions 25%
• Adaptation 25%
• Fungi 25%
• Tight 25%
• Basidiomycota 25%
• Dunes 25%
• Species Composition 25%
• Rhizosphere Soil 25%
• Endophytes 25%
• Soil Communities 25%
• Operational Taxonomic Units 25%
• Generalist 25%
• Ascomycota 25%
• Soil Conditions 25%
• Rhizosphere Fungi 25%
• Environmental Stress 25%
• Sand Dunes 25%
• Soil Characteristics 25%
• Plant Pathogenic Fungi 25%
• Low Salt 25%
• Sterile Fungi 25%
• ITS rDNA Sequencing 25%
• In Vitro Assay 25%
• Variation Pattern 25%
• Strong Inhibition 25%
• Unfavorable Conditions 25%
• Host Lifestyle 25%
• Endophyte Community 25%
• Endophytic Community 25%
• Plant Condition 25%
• Intermediate Zone 25%
• Dark Septate 25%
• Soil Salinity 25%
• Lifestyle Characteristics 25%
• Inula Crithmoides 25%
• Dittrichia Viscosa 25%

Agricultural and Biological Sciences

• Salt Marsh 100%
• Endophyte 50%
• Halophyte 50%
• Fungal Communities 25%
• Host Plant 25%
• Ribosomal DNA 25%
• Basidiomycota 25%
• Ascomycota 25%
• Soil Quality 25%
• Rhizosphere Fungus 25%
• Dune Sand 25%
• Soil Salinity 25%
• Inula 25%
• Dittrichia viscosa 25%

Immunology and Microbiology

• Salinity 100%
• Endophytic Fungus 66%
• Halophyte 66%
• Ascomycota 33%
• Dynamics 33%
• Basidiomycota 33%
• Species Composition 33%
• Rhizosphere Fungus 33%
• Fungal Order 33%
• In Vitro 33%