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      Competitiveness-shifts from weeds to crops using arbuscular fungi 

      Xavier, L.J.C.; Boyetchko, S.M.; Derksen, D.A. (2003-02-18)
      Arbuscular fungi (AF) colonize ca. 80% of terrestrial plant roots and typically improve their growth by enhancing nutrient uptake, reducing disease severity and/or imparting resistance to abiotic stress. Therefore, ...
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      Crop performance and plant microbe-interactions are affected by the sequence and frequency of pulse crops in the Canadian prairie 

      Unknown author (2013-03-05)
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      Bases for the management of the AM symbiosis in cropping systems of the prairie 

      Hamel, C.; Ellouze, W.; Bainard, L.; Navarro-Borrell, A.; Rivera, R.; Gan, Y. (2014-03-11)
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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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      Nitrogen supply from belowground residues of lentil and wheat to a subsequent wheat crop 

      Lemke, R.L.; Arcand, M.; Knight, J.D.; Farrell, R.E. (2014-03-11)
      Lentil (Lens culinaris) plants can form an association with rhizobia and thereby biologically fix much of the nitrogen (N) required for their growth. This not only reduces the need for expensive N fertilizer when the lentil ...
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      Soil fertility research and extension in Oregon 

      Christensen, N.W.; Hart, J.M. (2012-03-13)
      This report describes our approach to and philosophy behind development of soil fertility research and Extension programs at Oregon State University since 1980. Three examples describe how fertilizer management was used ...
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      Enhanced UV-B effects on wheat under different temperature, solar light, and soil moisture 

      Zheng, Y.; Guo, X.; Zhang, C. (2004-02-19)
      Ultraviolet radiation-B (UV-B) will increase in the future due to the Ozone depletion; global climatic factors, such as temperature, precipitation, evapotranspiration, soil moisture and CO2 content, are changing because ...
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      Impact of tillage system, preceding crops, and P fertilizer on economic performance of flax production 

      Khakbazan, M.; Grant, C.A.; Derksen, D.A.; Irvine, R.B.; McLaren, D.; Mohr, R.M.; Monreal, M. (2004-02-19)
      Conservation farming is a system approach that considers all factors that affect production. Reduced tillage is one of the methods of conservation farming and is becoming increasingly popular on the prairie. This will ...
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      Stubble effects on crop microclimate and crop performance in a sub-humid prairie climate 

      Volkmar, K.M.; Irvine, B. (2004-02-19)
      Stubble impacts crop microclimate in ways that have not been well-investigated, particularly in the context of crop establishment, growth and yield. In this study, the effects of different stubble heights on crop microclimate, ...
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      AuthorFernandez, M.R. (5)Zentner, R.P. (5)Hamel, C. (4)Lemke, R. (4)McConkey, B. (4)Campbell, C.A. (3)Gan, Y. (3)Selles, F. (3)Wang, H. (3)Bainard, L. (2)... View MoreSubject
      wheat (34)
      canola (12)barley (8)pea (8)lentil (7)flax (5)oat (4)Fusarium graminearum (3)arbuscular mycorrhizal fungi (2)chickpea (2)... View MoreTypePresentation (21)Poster Presentation (13)Date Issued2010 - 2020 (12)2000 - 2009 (22)
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