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Centre de documenation virtuel du Centre Acer

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Catégorie Microbiologie
Sous-catégorie Champignon

Basham, J-T and Good, H-M, A method of tracing fungi inoculated into the stems of living maple [Acer saccharum, Coniochaeta velutina], Bi-mon-Res-Can-For-Serv, Nov/Dec 1975, 31 (6): 40-41., 1975

Basham-JT and Good-HM, A method of tracing fungi inoculated into the stems of living Maple., Bi-monthly-Research-Notes. 1975, 31: 6, 40-41; 1 ref., 1975

Blanchette-R-A, Burnes-T-A, Leatham-G-F, and Effland-M-J, Selection of white-rot fungi for biopulping. Coriolus versicolor, Scytinostroma galactinum, Poria medullapanis, Phellinus pini, Dichomitus squalens, Phanerochaete chrysosporium, Biomass; (1988) 15, 2, 93-101, 1988

Campbell, WA and Davidson, W, Poria andersonii and Polyporus glomeratus: two distinct heart-rotting fungi., 1939, Mycologia 31 1939 (161-8). R.A.M. 18 (487)., 1939

Dai, Y. C. and Niemela, T., Changbai wood rotting fungi. 6. Study on antrodiella, two new species and notes on some other species., Mycotaxon. Ithaca, N.Y. : Mycotaxin, Ltd. Sept 1997. v. 64 p. 67-81., 1997

Dubey-T, Stephenson-S-L, and Edwards-P-J, Effect of pH on the distribution and occurrence of aquatic fungi in six West Virginia mountain streams., Journal of Environmental Quality 23(6): 1271-1279, 1994

Harlow, S. J., Fungi fight maple menace., Am-for. Washington, D.C. : American Forests. Mar/Apr 1994. v. 100 (3/4) p. 35, 54., 1994

Kabir, AKMF and Giese, RL, The Columbian timber beetle, Corthylus columbianus (Coleoptera: Scolytidae). I. Biology of the beetle. II. Fungi and staining associated with the beetle in Soft Maple [Acer saccharinum]., 1966, Ann. Ent. Soc. Amer. 1966 59 (5), (883-902). [92 refs.]., 1966

Klironomos, J. N. and Kendrick, W. B., Palatability of microfungi to soil arthropods in relation to the functioning of arbuscular mycorrhizae., Biol-fertil-soils. Berlin ; a Secaucus, N.J. : Springer International, 1985-. 1996. v. 21 (1/2) p. 43-52., 1996

Klironomos-JN and Kendrick-B, Relationships among microarthropods, fungi, and their environment., The significance and regulation of soil biodiversity. Plant-and-Soil. 1995, 170: 1, 183-197; 83 ref., 1995

KUTER-G-A, Microfungal populations associated with the decomposition of sugar maple (Acer saccharum) leaf litter., MYCOLOGIA 78(1): 114-126, 1986

Whalen, ML and MF Morselli., Fungi Associated with Pure Maple Syrup Packed at the Miniiinum Recommended Reheating Temperature., Vermont University Extension, Maple Research, 1984 2 pages MR #189,

Whalen-ML and Morselli-MF, Fungi associated with pure maple syrup packed at the minimum recommended reheating temperature., Journal-of-Food-Protection; 47 (9) 688-689, 16 ref., 1984

Widden-P, Functional relationships between Quebec forest soil microfungi and their environment., Canadian-Journal-of-Botany. 1986, 64: 7, 1424-1432; 35 ref., 1986

Widden-P, Seasonality of forest soil microfungi in southern Quebec., Canadian-Journal-of-Botany. 1986, 64: 7, 1413-1423; 37 ref., 1986

Zahka, G. A., Baggett, K. L., and Wong, B. L., Inoculum potential and other vam fungi parameters in four sugar maple forests with different levels of stand dieback , Forest Ecology & Management 1995 Jul;75(1-3):123-134,

Zahka-GA, Baggett-KL, and Wong-BL, Inoculum potential and other VAM fungi parameters in four sugar maple forests with different levels of stand dieback., Forest-Ecology-and-Management. 1995, 75: 1-3, 123-134; 47 ref., 1995

 

 

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