The turnover of ectomycorrhizal (EM) fungal biomass represents a significant input into
forest carbon (C) and nutrient cycles. Given the size of these fluxes, understanding the …

Although numerous species distribution models have been developed, most were based on
insufficient distribution data or used older climate change scenarios. We aimed to quantify …

Forest biogeochemical cycling is strongly influenced by the turnover of ectomycorrhizal
fungal tissues. Fungal tissues may decompose differently from plant tissues due to their …

Management of biodiversity and ecosystem services requires a better understanding of the
factors that influence soil biodiversity. We characterized the species (or genera) richness of …

Mid-domain effect (MDE) models predict that the random placement of species' ranges
within a bounded geographical area leads to increased range overlap and species richness …

Tree species interact with soil biota to impact soil organic carbon (C) pools, but it is unclear
how this interaction is shaped by various ecological factors. We used multiple regression to …

Altered disturbance regimes and novel introductions are causing rapid shifts in the
distribution of pines (Pinus L.). The functionally obligate symbiosis between pines and …

Despite the presence of arbuscular mycorrhizal fungi (AMF) in temperate forests, knowledge
concerning their diversity and interactions with plants is still insufficient. Therefore, we …

Invasive trees can alter soil properties and ecosystem functioning by producing phenolic
compounds. Phenolics can influence carbon and nitrogen availability as well as enzymatic …

Mycorrhizal fungi can colonize multiple trees of a single or multiple taxa, facilitating
bidirectional exchange of carbon between trees. Mycorrhiza‐induced carbon transfer was …