▪ Abstract Mycorrhizae regulate elemental and energy flows in terrestrial ecosystems. We
understand much of how mycorrhizae work, but integrating all possible mechanisms into a …

This paper reviews information on the composition of the microbial phosphorus pool and the
current approaches used to quantify the amount of phosphorus held in the soil microbial …

Most land plants are symbiotic with arbuscular mycorrhizal fungi (AMF), which take up
mineral nutrients from the soil and exchange them with plants for photosynthetically fixed …

On considère généralement les mycorhizes comme un cas de mutualisme classique. Les
auteures décrivent le mutualisme comme une augmentation réciproque de l'adaptation des …

The influence of carbohydrate availability to mycorrhizal roots on uptake, metabolism and
translocation of phosphate (P) by the fungus was examined in axenic cultures of transformed …

Soils are structurally heterogeneous across a wide range of spatio-temporal scales.
Consequently, external environmental conditions do not have a uniform effect throughout …

The use of tracers is relevant to study the transformations of phosphorus (P) in the soil–plant
system because (a) only a small fraction of the total soil P is rapidly circulating in this …

Roots of most terrestrial plants are colonized by symbiotic mycorrhizal fungi. These fungi
confer various benefits to their hosts under phosphorus (P) limitation and other stress …

The majority of herbaceous plants are connected by arbuscular mycorrhizal (AM) fungi in
complex networks, but how this affects carbon (C) and phosphorus (P) allocation among …

Soil microorganisms play a significant role in the transfer of phosphorus (P) within terrestrial
ecosystems. Microbial processes in soil are important for the distribution of P between …