Contributions to the biology of wood destroying fungi. II. Decay of Beech-wood (F. sylvatica) from several sites caused by white rot fungi
Jahn, E.
Arch. Forstw, 16: 10, 1033-1047
1967
Accession: 014398168
The decay caused by 3 differently aggressive strs. of Pleurotus ostreatus and Trametes versicolor was studied in samples from Mecklenburg, Germany, in relation to initial specific density.
PDF emailed within 1 workday: $29.90
Related References
Jahn, E. 1963: Contributions to the biology of wood-destroying fungi. III. Antagonistic effects of white rot fungi on molds Ber Deutsch Bot Gesell 76(8): 287-297Buro, A. 1954: Investigations on the decay of Pine and Beech wood by wood-destroying fungi and their effect on some physical properties of the wood. Holz Roh- u. Werkstoff 12(7): 258-67
Buro, A. 1954: Studies on the disorganization of Pine and Beech wood by wood-destroying fungi and their influence on some physical properties of the wood. The modification of the resistance of wood to fungi by impregnation with synthetic resin solutions Holz a. Roh- u. Werkst 12(7): 258-267
Jahn, E. 1963: The biology of wood-destroying fungi. III. Inhibiting effect of white-rot fungi on mould fungi. Ber. Dtsch. Bot. Ges 76(8): 287-97
Leutritz, J. 1946: A wood soil contact culture technique for laboratory study of wood-destroying fungi, wood decay and wood preservation Bell Syst. tech. J 25(1): 102-135
Kaufert, F.; Schmitz, H. 1937: Studies in wood decay. VI. The effect of arsenic, zinc, and copper on the rate of decay of wood by certain wood-destroying fungi Phytopath 27(7): 780-788
Jokel, J.P.vlikova, M1; Lubke, H1; Kozlik, I. 1981: Free radicals in the spruce wood damaged by wood destroying fungi. II. White rot fungi Trametes versicolor, Fomes fomentarius.1 Drevarsky vyskum 6(3-4): 23-31
Jokel, J.; Pavlikova, M.; Lubke, H.; Kozlik, I. 1981: Free radicals in spruce wood damaged by wood destroying fungi. II. White rot fungi Drevarsky Vyskum 26(3/4): 23-31
Schwarze, F.W.M.R.; Baum, S. 2000: Mechanisms of reaction zone penetration by decay fungi in wood of beech (Fagus sylvatica) New Phytologist 146(1): 129-140
Baum, F.W.M.R.S.andS. 2000: Mechanisms of Reaction Zone Penetration by Decay Fungi in Wood of Beech (Fagus sylvatica) New Phytologist 146(1): 129-140
Grosclaude, C. 1992: Decay caused by wood destroying fungi on plane trees Cryptogamie, Mycologie 13(3): 181-191
Grosclaude, C. 1992: Decay caused by wood destroying fungi on London plane Cryptogamie Mycologie 13(3): 181-191
Pietka, J.; Gendek, A.; Malatak, J.; Velebil, J.; Moskalik, T. 2019: Effects of selected white-rot fungi on the calorific value of beech wood (Fagus sylvatica L.) Biomass and Bioenergy 127: 105290
Rosnev, B.; Stoikov, K.; Stiptsov, V. 1989: Influence of some wood-destroying fungi on the compressive strength of wood of beech and hornbeam Nauka za Gorata 2: 48-52
Jurasek, L.; Sopko, R.; Varadi, J. 1968: Decomposition of beech wood and holocellulose by supernatants of slationary cultures of wood-destroying fungi Ceska Mykol 22(1): 43-49
Solar, R.; Kurjatko, S.; Liptakova, E.; Mamonova, M. 2003: Alterations of beech wood (Fagus sylvatica L.) physical properties in the course of degradation by selected white-rot fungi Wood Research 48(1-2): 1-14
Kaufert, F. 1938: Studies in wood decay VII How long can wood-destroying fungi endure immersion in water Proceedings American Wood Preservers Assoc: 87
Schmitz, H.; Kaufert, F. 1938: Studies in wood decay, TO. How long can wood-destroying fungi endure immersion in water? Proc. Amer. Wood Pres. Ass 34: 83-87
Lyr, H.; Ziegler, H. 1961: The effect of sub-lethal doses of PCP on wood decay and enzyme secretion of some wood-destroying fungi. Holztechnologie, Dresden 2(3): 212-8
Robak, H. 1942: Cultural studies in some Norwegian wood-destroying fungi. A biological study and a contribution to diagnostics of wood decay Medd. Vestland. forstl. Forskssta, 25: 248