… forests dominated by tree species associated with arbuscular mycorrhizal fungi (“AM trees”, …
However, the direct uptake of small-molecule organic N by some plants especially ECM …

… Mycorrhizal fungi play an important role for the nitrogen (N) … temperate forest tree species
on their inorganic and organic … net N uptake capacity from inorganic and organic N sources …

… and fine root nutrient acquisition strategies, especially P uptake and mobilization? (2) Are …
We revealed that AM and EM trees shifted from mycorrhizal fungi to fine roots for nutrient …

… Given the higher competitive capacity and mycorrhizal infection rate of the dominant trees
(… This finding supports the proposed conceptual model of microbial succession from the high-…

… of arbuscular mycorrhizal fungi in the early-successional … temperate zones and symbiotic
with ericoid mycorrhizal; thus, our results may be limited by the mycorrhizal association of trees. …

… Moreover, large trees of late-successional … with mycorrhizal fungi) to enhance the ability
of N acquisition from soils because of the interactive absorption and metabolism pathways of N …

… N results support the framework of a highly efficient N-uptake … Later in the succession, vascular
plant colonization and tree … mycorrhizal fungi leads to retention of 15 N-enriched N in the …

… that form symbiotic relationships with many trees not only … taxa (B) at the phylum level in
five successional stages (n = 3)… root-associated fungi for enhancing nutrient uptake would be …

… Tree growth rate also varied non-linearly with stand age class, an expected pattern in
boreal and temperate forests [79] and across the ICP Forest network [38]. Inorganic N …

… of N or P affect fungal communities in temperate forests is not … availability, which shifts the
mycorrhizal fungal community … or increase as trees maintain investment in mycorrhizas to …