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A pot experiment was conducted to evaluate the effects of Arbuscular Mycorrhizal (AM) fungi on mitigation of arsenic (As) in As-contaminated soils with wheat (variety – HD 2967) as the test crop. Soil inbulk was collected from Bihar Agricultural University, Sabour, Bihar,India  farm with physicochemicalproperties to conduct a pot experiment using three doses of As (5, 10, 20 mg L −1 ) and application of  Glomus mossaea   inoculation (no inoculated, 5 g/pot, and 10 g/pot). Result indicated that the treatment spiked with As 5 ppm and  Glomus mossaea   @1 g kg −1  showedthe lowest available As (21.80 µg kg −1  soil) and  lowest total As (2.533 mg kg −1 soil)  as compared to all othertreatments. The As content in different parts of plants are found in the orderof roots &gt; shoots&gt; leaves &gt; grain parts in wheat crop. As uptake in grain was found to be positively correlated with available ( r  = 0.883,  p  &lt; .001) and total As content in soil ( r  = 0.869,  p  &lt; .001) as well. The application of AM fungi @10.0 g kg −1  soil significantly ( p  &lt; .005) reduced the As content in grain under all the applied treatments. As content ingrain was found to be negatively correlated with total glomalin content of soil( r  = –0.430,  p  &lt; .005), colonization by AM fungi ( r  = –0.261) and available phosphorus (P) content of soil ( r  = –0.864,  p  &lt; .001). The study noticeably indicated that the mycorrhizal inoculation can reduce the As content in the various parts of the wheat in As-contaminated soils.

communications in soil science and plant analysis

Inoculation with  Glomus mosseae : An Efficient Biological Management Strategy for Arsenic Mitigation in Wheat (Triticum Aestivum L.) Under Arsenic-Contaminated Soil