Ectomycorrhizal (ECM) fungi and dark septate endophytes (DSEs) can both form a symbiotic
relationship with the same host plant. However, the interactions that occur among these two …

Endohyphal organisms of endophytic fungi can induce, or promote, beneficial effects of their
respective host fungi to the host plant that harbours them. The Cupressaceae plant family …

The intricate relationship between plants and their root microbiome plays a pivotal role in
both plant health and their ability to adapt to changing environments. Recent studies have …

Plant roots are abundantly colonized by dark septate endophytic (DSE) fungi in virtually all
ecosystems. DSE fungi are functionally heterogeneous and their relationships with plants …

Mucoromycotina 'fine root endophytes'(MFRE), referred to previously as Glomus tenue
(Greenall) or more recently Planticonsortium tenue (Walker et al., 2018), are a globally …

Ectomycorrhiza (ECM) function has been well studied; however, there is little detailed
information regarding the establishment of ECM symbioses. We investigated the …

Plant microbiomes are increasingly appreciated as major drivers of plant health and
ecosystem services, and are of ever-greater interest for their potential in human applications …

Dark septate endophytes (DSEs) are widely distributed worldwide and can promote plant
growth. Therefore, they are considered potentially important plant allies, especially in …

Abiotic and biotic factors may shape the mycobiome communities in plants directly but also
indirectly by modifying the quality of host plants as a substrate. We hypothesized that …

It is believed that resource exchange, which is responsible for intensified growth of
ectomycorrhizal plants, occurs in the fungus–plant interface. However, increasing evidence …