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Viral community diversity in the rhizosphere of the foundation salt marsh plant Spartina alterniflora
by
Snyder, Hannah
, Kostka, Joel E.
, Rolando, José L.
, Dominguez-Mirazo, Marian
, Du Plessis, Isabelle
, Calder, Rachel
, Weitz, Joshua S.
in
Aquatic Microbiology
/ Bacteriophages
/ Biodiversity
/ Editor’s Pick
/ Environmental Virology
/ Estuarine Microbiology
/ Host-Associated Microbiota
/ Metagenome
/ metagenomics
/ Microbial Diversity
/ microbial ecology
/ Microbial Ecology and Evolution
/ Plant Roots - microbiology
/ Plant Roots - virology
/ Plant-Associated Microbiota
/ Poaceae - virology
/ Research Article
/ Rhizosphere
/ Rhizosphere Microbiology
/ Soil Microbiology
/ Soil Viruses
/ Soil Viruses and Phages
/ Viral Diversity
/ Virology
/ Virome
/ Virus Ecology
/ Viruses - classification
/ Viruses - genetics
/ Viruses - isolation & purification
/ Wetlands
2025
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Viral community diversity in the rhizosphere of the foundation salt marsh plant Spartina alterniflora
by
Snyder, Hannah
, Kostka, Joel E.
, Rolando, José L.
, Dominguez-Mirazo, Marian
, Du Plessis, Isabelle
, Calder, Rachel
, Weitz, Joshua S.
in
Aquatic Microbiology
/ Bacteriophages
/ Biodiversity
/ Editor’s Pick
/ Environmental Virology
/ Estuarine Microbiology
/ Host-Associated Microbiota
/ Metagenome
/ metagenomics
/ Microbial Diversity
/ microbial ecology
/ Microbial Ecology and Evolution
/ Plant Roots - microbiology
/ Plant Roots - virology
/ Plant-Associated Microbiota
/ Poaceae - virology
/ Research Article
/ Rhizosphere
/ Rhizosphere Microbiology
/ Soil Microbiology
/ Soil Viruses
/ Soil Viruses and Phages
/ Viral Diversity
/ Virology
/ Virome
/ Virus Ecology
/ Viruses - classification
/ Viruses - genetics
/ Viruses - isolation & purification
/ Wetlands
2025
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Viral community diversity in the rhizosphere of the foundation salt marsh plant Spartina alterniflora
by
Snyder, Hannah
, Kostka, Joel E.
, Rolando, José L.
, Dominguez-Mirazo, Marian
, Du Plessis, Isabelle
, Calder, Rachel
, Weitz, Joshua S.
in
Aquatic Microbiology
/ Bacteriophages
/ Biodiversity
/ Editor’s Pick
/ Environmental Virology
/ Estuarine Microbiology
/ Host-Associated Microbiota
/ Metagenome
/ metagenomics
/ Microbial Diversity
/ microbial ecology
/ Microbial Ecology and Evolution
/ Plant Roots - microbiology
/ Plant Roots - virology
/ Plant-Associated Microbiota
/ Poaceae - virology
/ Research Article
/ Rhizosphere
/ Rhizosphere Microbiology
/ Soil Microbiology
/ Soil Viruses
/ Soil Viruses and Phages
/ Viral Diversity
/ Virology
/ Virome
/ Virus Ecology
/ Viruses - classification
/ Viruses - genetics
/ Viruses - isolation & purification
/ Wetlands
2025
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Viral community diversity in the rhizosphere of the foundation salt marsh plant Spartina alterniflora
Journal Article
Viral community diversity in the rhizosphere of the foundation salt marsh plant Spartina alterniflora
2025
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Overview
Salt marshes are vital coastal ecosystems. Microbes in these environments drive nutrient cycling and support plant health, with Spartina alterniflora serving as a foundation species. This study explores viral communities associated with S. alterniflora , revealing how plant compartments and phenotypes shape viral composition. The discovery of numerous novel viruses, some potentially influencing microbes involved in key biogeochemical processes, highlights their ecological significance. Given the increasing pressures on coastal ecosystems, understanding virus-microbe-plant interactions is essential for predicting and managing ecosystem responses to environmental change.
Publisher
American Society for Microbiology,American Society for Microbiology (ASM)
Subject
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