… Both plants and soil microorganisms are involved in P dynamics of agro-ecosystems; we
therefore present the most important mechanisms and pathways for both with respect to cover …

… Microorganisms are integral to the soil phosphorus (P) cycle and as such play an important
… for manipulating specific microorganisms to enhance P availability in soil has therefore been …

… Our aim is to encompass all types of soil microorganisms; however, we will not cover … of
non-mycorrhizal microorganisms that possess an innate capacity to enhance P cycling in soil. …

… This chapter aims to identify the phosphate-solubilizing microorganisms from soil or rhizosphere
and to understand the mechanism used for P solubilization. The inoculation responses …

… proportions in soil, which … or soil microorganisms in the secondary P o cycle [41]. After
mineralization by plant structures (eg, roots, stems, leaves), dead soil animals, and microorganisms…

… in soil P cycling and present the state of the art. Measuring the rates of any reaction in soil is
… the “action”, and therefore we decided that our book should focus on ‘phosphorus in action’. …

… In this paper, the importance of soil microorganisms in effecting the availability of soil P is
summarized, and opportunities and limitations for developing microorganisms as inoculants …

… Microorganisms play a crucial role in soil P cycling and in regulating P availability [4]. The
microbial P-transformation processes are mainly mediated by three microbial gene groups, …

… along a 150-year soil chronosequence of a glacier forefield. Our … phosphate is cycled through
soil microorganisms before being … , the role of the microbial activity in cycling of P in soils. …

… well as mobilizers of inorganic phosphates – in association and competition with higher
plants – soil microorganisms influence the availability of phosphorus for plants to a great extent. …