Phosphorus is abundant in soils in both organic and inorganic forms; nevertheless, it is
unavailable to plants. Accordingly, soil becomes phosphorus (P)-deficient, making P one of …

Most agronomic soils contain large reserves of total phosphorus [P], but the fixation and
precipitation of P cause P deficiency, and in turn, restrict the growth of crops severely …

Most soils contain large reserves of total phosphorus (P), but its fixation and precipitation
with soil constituents cause a major P-deficiency and severely restrict the growth and yield of …

Inoculation of plants with beneficial plant growth-promoting bacteria (PGPB) emerges a
valuable strategy for ecosystem recovery. However, drought conditions might compromise …

The effects of the interaction between arbuscular mycorrhizal and phosphate-solubilizing (P-
solubilizing) fungi on phosphorous availability, acid phosphatase activity, and the growth …

Chromium-reducing and plant growth–promoting potential, including production of
siderophores by chromium (VI)-resistant Mesorhizobium species RC1 and RC4, isolated …

Many rhizosphere microorganisms solubilize the fixed phosphorus present in soil and make
it available to the plants and also contribute towards better growth and yield of plants …

Mycorrhizal fungi are common soil microorganisms and are well known for their symbiotic
association with the roots of host plants. The soil is a complex environment harbouring a …

Field trials were conducted in commercial plots over a 3-year period to determine the effect
of soil solarization and biocontrol agents, alone or combined, on plant stand and table beet …

Arbuscular mycorrhizal fungi (AMF) can change some morphological and physiological
characteristics of host plants. A pot experiment was conducted to evaluate the responses of …