Table_3_Landscape Topography and Regional Drought Alters Dust Microbiomes in the Sierra Nevada of California.docx حسب Mia R. Maltz (4446295)

"…Furthermore, mutualistic fungal diversity increased with elevation, which may have corresponded with the biogeography of their plant hosts. Although dust fungal pathogen diversity was equivalent across elevations, elevation and sampling month interactions for the relative abundance, diversity, and richness of fungal pathogens suggest that these pathogens differed temporally across elevations, with potential implications for humans and wildlife. …"

Image_4_Landscape Topography and Regional Drought Alters Dust Microbiomes in the Sierra Nevada of California.tiff حسب Mia R. Maltz (4446295)

"…Furthermore, mutualistic fungal diversity increased with elevation, which may have corresponded with the biogeography of their plant hosts. Although dust fungal pathogen diversity was equivalent across elevations, elevation and sampling month interactions for the relative abundance, diversity, and richness of fungal pathogens suggest that these pathogens differed temporally across elevations, with potential implications for humans and wildlife. …"

Image_1_Landscape Topography and Regional Drought Alters Dust Microbiomes in the Sierra Nevada of California.TIFF حسب Mia R. Maltz (4446295)

"…Furthermore, mutualistic fungal diversity increased with elevation, which may have corresponded with the biogeography of their plant hosts. Although dust fungal pathogen diversity was equivalent across elevations, elevation and sampling month interactions for the relative abundance, diversity, and richness of fungal pathogens suggest that these pathogens differed temporally across elevations, with potential implications for humans and wildlife. …"

Image_3_Landscape Topography and Regional Drought Alters Dust Microbiomes in the Sierra Nevada of California.tiff حسب Mia R. Maltz (4446295)

"…Furthermore, mutualistic fungal diversity increased with elevation, which may have corresponded with the biogeography of their plant hosts. Although dust fungal pathogen diversity was equivalent across elevations, elevation and sampling month interactions for the relative abundance, diversity, and richness of fungal pathogens suggest that these pathogens differed temporally across elevations, with potential implications for humans and wildlife. …"

Datafiles and R script for analyses and figures for submitted manuscript titled: Loss of dominant tree-mycorrhizal mutualism increases soil fungal diversity and alters community st... حسب Lindsay McCulloch (8565423)

"…Due to their mutualistic partnership with trees, mycorrhizal fungi often make up important components of soil mmicrobial communities. Mortality of tree hosts can have dramatic effects on mycorrhizal populations, but how these shifts impact the remaining soil microbial community and ecosystem function remains poorly understood.…"