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      • College of Agriculture and Bioresources
      • Soils and Crops Workshop
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      • Soils and Crops Workshop
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      Farming increases the spore population of AM fungi in central deserts of Iran 

      Taheri, A.E.; Fahimi, H.; Balali, G.R. (2009-02-25)
      Mycorrhizal symbiosis is a key component of natural and agricultural ecosystems. It enhances the mineral nutrition and increase tolerance of host plants to environmental and biological stress particularly in extreme ...
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      Wheat colonization by am and other endophytic fungi and wheat nutrition in Canadian prairie soils with different fertility 

      Dai, M.; Hamel, C.; Yang, X.; Zhou, Z. (2010-02-24)
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      How mycorrhizal fungal bio-fertilizer impact on seed yield of field pea and wheat across Saskatchewan prairies 

      Islam, N.; Walley, F.; Germida, J. (2014-03-11)
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      Reduced diversity of AM fungi in annually cropped fields of the Canadian prairie 

      Hamel, C.; Dai, M.; Bainard, L.; Wang, H. (2013-03-05)
      The arbuscular mycorrhizal (AM) fungi are important service providers to agriculture that are impacted by certain cultural practices. We assessed the status of AM fungal resources in the Prairie, from the Grey to the Brown ...
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      Large scale validation of an am fungal-based biofertilizer and its management with rhizobium for bean production, in central and western cuba 

      Rivera, R.; Calderon, A.; Naploes, M.C.; Ruiz, L.; Hamel, C. (2013-03-05)
      Forty workshops were given to teach farmers how to improve fertilizer use efficiency in bean through the use of biofertilizers. Experiments were set up in 50 fields on commercial farms. Two treatments were applied in all ...
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      Microbial phosphorus pools in a long-term organic farming system in Scott, Saskatchewan 

      Parkham, R.J.; Knight, J.D. (2013-03-05)
      Organic farmers across Saskatchewan face widespread phosphorus (P) shortages. Due to the lack of inputs in organic systems, organic farmers must rely on mechanisms like crop rotation and naturally-occurring arbuscular ...
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      Association of chickpea root with soil fungi: a comparison of cultivars 

      Bazghaleh, N.; Hamel, C.; Knight, J.D.; Gan, Y. (2013-03-05)
      Field crops influence soil microbiota, impacting the health status and productivity of cropping systems. We conducted a two year field experiment using thirteen genotypes of chickpea and applied deep amplicon pyrosequencing ...
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      Proliferation of mycorrhizal fungal species on organic matter improves nitrogen nutrition in Russian wild rye 

      Nayyar, A.; Hamel, C.; Hanson, K.; Germida, J. (2008-02-28)
      Arbuscular mycorrhizal fungi (AMF) facilitate plant growth by aiding nutrient movement to plants especially under low fertility conditions. Arbuscular mycorrhizal fungi generally takes N as NH4+ or NO3-. We hypothesized ...
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      Depth differential colonization and biodiversity of mycorrhizal fungi in four prairie grass species 

      Pérez, J.C.; van Tuinen, D.; Schellenberg, M.P.; Germida, J.; Hamel, C. (2009-02-25)
      The biodiversity of AMF at different soil depths was studied in pure stands of the grasses crested wheatgrass (Agropyron cristatum (L.) Gaertn.), switchgrass (Panicum virgatum L.), green needlegrass (Nassella viridula ...
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      Estimating the AM fungal resources of wheat fields 

      Dai, M.; Sheng, M.; Bremer, E.; He, Y.; Wang, H.; Hamel, C. (2012-03-13)
      The arbuscular mycorrhizal (AM) fungi are a taxonomic group of microscopic soil dwellers generally promoting the growth of most plant species, including wheat, by mobilizing soil minerals, in particular soil P. Despite ...
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      AuthorHamel, C. (7)Dai, M. (3)Germida, J. (3)Knight, J.D. (2)Wang, H. (2)Bainard, L. (1)Balali, G.R. (1)Bazghaleh, N. (1)Boyetchko, S. (1)Bremer, E. (1)... View MoreSubject
      arbuscular mycorrhizal fungi (11)
      AMF (2)wheat (2)biodiversity (1)biogeography (1)biomass (1)crop competitiveness (1)crop rotation (1)cropland (1)decomposition (1)... View MoreTypePresentation (7)Poster Presentation (4)Date Issued2010 - 2014 (7)2002 - 2009 (4)
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