Stephanie N. Kivlin

The paper maps the distribution of mycorrhizal fungal taxa and forecasts future range shifts, finding that ectomycorrhizal fungi have smaller niches and will experience greater range loss under climate change.

This study shows that early snowmelt disrupts the timing of mycorrhizal fungal activity relative to plant demand, weakening nutrient cycling and ecosystem stability.

This study shows that earlier snowmelt increases the carbon sink strength in montane meadows by 22% early in the growing season, but this effect diminishes later in the season.

This study shows warming disrupts plant-fungal endophyte symbiosis more in leaves than roots, reducing colonization and diversity, and altering community composition.