ECTOMYCORRHIZAL

作品数：24被引量：54H指数：4
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Ectomycorrhizal and Saprotrophic Fungal Communities Vary Across mm-Scale Soil Microsites Differing in Phosphatase Activity被引量：2
《Pedosphere》2019年第3期344-359,共16页Aaron GODIN Denise BROOKS Sue J. GRAYSTON Melanie D. JONES 
supported by the Natural Sciences and Engineering Research Council of Canada (RGPIN170627-03, RGPIN170627-08 to M. D. Jones);the British Columbia Forest Innovation Investment—Forest Science Program (Y051064 to Suzanne Simard and M. D. Jones, Y081186 to M. D. Jones and S. J. Grayston)
To understand nutrient cycling in soils, soil processes and microorganisms need be better characterized. To determine whether specific trophic groups of fungi are associated with soil enzyme activity, we used soil imp...
关键词：ECTOMYCORRHIZAE fine SCALE fungal communities phosphatase root windows saprotrophic fungi SOIL IMPRINTING 
Ability of Ectomycorrhizal Fungns Laccaria bicolor S238Nto Increase the Growth of Donglas Fir Seedlings andTheir Phosphorns and Potassinm Uptake被引量：3
《Pedosphere》1994年第3期217-224,共8页HUANG JIANGUO and F. LAPEYRIE(Dept. of Soil Science, Southwest Agric. Univ. Chongqzig 630716(China))INRA. Microbiologie, Center de Nancy, Champenoux 54280 (France) 
Ectomycorrhizal fungus Laccaria bicolor S238N, isolated from a forest soil in central France in 1990s,has demonstrated unequivocally an ability to promote pine growth. In the present nursery bed experiment,the ability...
关键词：DOUGLAS FIR ECTOMYCORRHIZAL FUNGI K P 
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