Changing climates can cause shifts in temperature and precipitation, resulting in warming
and drought in some regions. Although each of these factors has been shown to …

Microorganisms are the most abundant and diverse taxa on Earth. They have the ability to
tolerate extreme environments, catalyze a range of metabolic functions, and rapidly evolve …

The interactions among climate change, plant genetic variation and fungal mutualists are
poorly understood, but probably important to plant survival under drought. We examined …

The interaction networks formed by ectomycorrhizal fungi (EMF) and their tree hosts, which
are important to both forest recruitment and ecosystem carbon and nutrient retention, may be …

Plant genetic variation and soil microorganisms are individually known to influence plant
responses to climate change, but the interactive effects of these two factors are largely …

Mycorrhizal fungi can help plants to cope with drought, but research on the fungal
communities that are more resistant to drought or alleviate drought stress of trees is still …

Rising temperatures associated with climate change have been shown to negatively affect
the photosynthetic rates of boreal forest tree saplings at their southern range limits. To …

Although the importance of plant‐associated microbes is increasingly recognized, little is
known about the biotic and abiotic factors that determine the composition of that microbiome …

Belowground interactions can affect plants either directly or indirectly via their associated
mycorrhizal fungi. However, few studies have experimentally examined the consequences …

Higher temperatures associated with climate change are anticipated to trigger an earlier
start to the growing season, which could increase the terrestrial C sink strength. Greater …