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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)

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 ...

Distribution of mycorrhizal fungi in different soil zone with pyrosequencing approach

Dai, M.; Hamel, C.; St. Arnaud, M.; Grant, C.A.; Lupwayi, N.; Janzen, H.; Malhi, S.S.; Yang, X.; Zhou, Z. (2011-03-15)

We collected 83 soil samples distributed in all five soil types of Saskatchewan, and amplified 18s rDNA as our target DNA segment with primer pairs NS1/NS4 and AMV4.5NF/AMDGR. Sequencing results show that there is rich ...

Elucidating the mystery of the tripartite symbiosis plant – mycorrhizal fungi – dark septate endophytes

Navarro-Borrell, A.; Hamel, C.; Germida, J.; Gan, Y. (2012-03-13)

This study provides information on the tripartite symbiotic relationships formed by arbuscular mycorrhizal fungi (AMF) and dark septate endophytes (DSE) in crops growing in the semiarid region of the Canadian Prairie. ...