| Lead author/year |
Citation |
% increase in
mycorrhizal colonization |
Statistical effect |
| Koske , 2007 |
Mycorrhiza 18:51-56 2007 |
76% |
#1 of 8 commercial inoculants tested. Significantly increased mycorrhizal colonization |
| Meikle, 2007 |
Native Plant Journal
9 (2) pp 107-113 |
16-92% |
Significant increase in myc colonization and plant establishment for all plants tested |
| Rider 2007 |
Plant Soil (2007)
300:83–94 |
30-40% |
Significant increase in nitrogen content and biomass for both shoots and roots |
| Lanthier 2006 |
International Plant Propagators’ Society, Volume 56, 200 |
12-86% |
Significant increase myc colonization, root and plant biomass |
| Amaranthus 2005 |
Journal of Sustainable Forestry. V20 No3 21-45 |
18-38% |
Significant increase in myc colonization, foliar nitrogen and phosphorus content |
| Hartin 2005 |
Journal of Turfgrass and Sports Surface Science Vol. 81 (2005) |
45-47% |
Significant increase in myc colonization, plant cover, leaf and root biomass |
| Steinfeld 2004 |
USDA Forest Service Rocky Mountain Research Station pp103-108
2004 | 18-34% |
Significant increase in myc colonization, plant phosphorus content, plant establishment |
| Steinfeld 2003 |
Journal of Arboriculture 29(4): July 2003 |
16-28% |
Significant increase in myc colonization, plant phosphorus content, field survival |
| Jirachek 2002 |
Journal of Sustainable Forestry Vol 14 pp 93-202 2002 |
35% |
Significant increase in myc colonization, plant phosphorus content, root biomass |
