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Full-Text Articles in Life Sciences
Culturable Root Endophyte Communities Are Shaped By Both Warming And Plant Host Identity In The Rocky Mountains, Usa, Kelly G. Lyons, M. Mann, Molly Lenihan, Olivia Roybal, Kelly Carroll, Kyle Reynoso, S. N. Kivlin, D. L. Taylor, J. A. Rudgers
Culturable Root Endophyte Communities Are Shaped By Both Warming And Plant Host Identity In The Rocky Mountains, Usa, Kelly G. Lyons, M. Mann, Molly Lenihan, Olivia Roybal, Kelly Carroll, Kyle Reynoso, S. N. Kivlin, D. L. Taylor, J. A. Rudgers
Biology Faculty Research
Understanding the biogeographic patterns of root-associated fungi and their sensitivity to temperature may improve predictions of future changes in terrestrial biodiversity and associated ecosystem processes, but data are currently limited. Anticipating change will require combining observational data, which predict how climatic factors limit current species distributions, with direct manipulations of climate, which can isolate responses to specific climate variables. Root endophytes are common symbionts of plants, particularly in arctic and alpine environments, yet their responses to climate warming are not resolved. Here, we directly cultured endophytic fungi from roots collected along altitudinal gradients in replicated mountain watersheds and from a …