6 Wood Discoloration

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References Aanen DK, Kuyper TW, Hoekstra RF (2001) A widely distributed ITS polymorphism within a biological species of the ectomycorrhizal fungus Hebeloma velutipes. Mycol Res 105:284–290 Abou Heilah AN, Hutchinson SA (1977) Range of wood-decaying ability of different isolates of Serpula lacrymans. Trans Br Mycol Soc 68:251–257 Abraham L, Breuil C, Bradshaw DE, Morris PI, Byrne T (1997) Proteinases as potential targets for new generation of anti-sapstain chemicals. Forest Prod J 47:57–62 Abreu HS, Nascimento AM, Maria MA (1999) Lignin structure and wood properties. <strong>Wood</strong> Fiber Sci 31:426–433 Abu Ali R, Dickinson DJ, Murphy RJ (1997) SEM investigations of the production of extracellular mucilaginous material (ECM) by some wood-inhabiting and wood-decay fungi when grown on wood. IRG/WP/ 10193 Acker van J, Stevens M (1996) Laboratory culturing and decay testing with Physosporinus vitreusand Donkioporia expansa originating from identical cooling tower environments show major differences. IRG/WP/10184 Acker van J, Stevens M, Carey J, Sierra-Alvarez R, Militz H, Le Bayon I, Kleist G, Peek RD (2003) Biological durability of wood in relation to end-use. Holz Roh-Werkstoff 61:35– 455 Acker van J, Stevens M, Rijchaert V (1995) Highly virulent wood-rotting Basidiomycetes in cooling towers. IRG/WP/10125 Adair S, Kim SH, Breuil C (2002) A molecular approach for early monitoring of decay basidiomycetes in wood chips. FEMS Microbiol Lett 211:117–122 Adolf FP (1975) Über eine enzymatische Vorbehandlung von Nadelholz zur Verbesserung der Wegsamkeit. Holzforsch 29:181–186 Adolf P, Gerstetter E, Liese W (1972) Untersuchungen über einige Eigenschaften von Fichtenholz nach dreijähriger Wasserlagerung. Holzforsch 26:18–25 Agerer R, Brand F, Gronbach E (1986) Die exakte Kenntnis der Ectomykorrhizen als Voraussetzung für Feinwurzeluntersuchungen im Zusammenhang mit dem Waldsterben. Allg Forstz 41:497–503 Agustian A, Mohammed C, Guillaumin JJ, Botton B (1994) Discrimination of some African Armillaria species by isozyme electrophoretic analysis. New Phytol 128:135–143 Akamatsu Y, Takahashi M, Shimada M (1993a) Cell-free extraction of oxaloacetase from white-rot fungi, including Coriolus versicolor. <strong>Wood</strong> Res 79:1–6 Akamatsu Y, Takahashi M, Shimada M (1993b) Influences of various factors on oxaloacetase activity of the brown-rot fungus Tyromyces palustris. Mokuzai Gakkaishi 39:352–356 Akhter K (2005) Preservative treatment of rubber wood (Hevea brasiliensis) to increase its service life. IRG/WP/40320 Albert G (2003) Trichoderma. Konkurrent, Parasit und Nützling. Champignon 431:6–9 Alexopoulus CJ, Mims CW (1979) Introductory mycology, 3rd edn. Wiley, New York Alfredsen G, Solheim H, Jenssen KM (2005) Evaluation of decay fungi in Norwegian buildings. IRG/WP/10562 www.taq.ir
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Olaf Schmidt Wood and Tree Fungi Bi
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Professor Dr. Olaf Schmidt Universi
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Preface This book is the updated re
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X Contents 5 Damages by Viruses and
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1 Introduction Wood is damaged by v
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2 Biology 2.1 Cytology and Morpholo
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2.1 Cytology and Morphology 5 10 nm
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2.1 Cytology and Morphology 7 The h
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2.1 Cytology and Morphology 9 Due t
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2.2 Growth and Spreading 11 velopme
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2.2 Growth and Spreading 13 Fig.2.6
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2.2 Growth and Spreading 21 shapedp
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2.2 Growth and Spreading 23 surface
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2.2 Growth and Spreading 25 and Ish
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2.3 Sexuality 27 the basidiospores
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2.3 Sexuality 29 Table 2.6. Pairing
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2.4 Identification 31 In addition t
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2.4 Identification 33 2.4.2 Molecul
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2.4 Identification 35 antibodies. A
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2.4 Identification 37 RAPD analysis
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2.4 Identification 39 in view of a
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2.4 Identification 41 Sequences of
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2.4 Identification 43 basidiomycete
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2.4 Identification 45 cleotide unit
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2.5 Classification 47 Fatty acid pr
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2.5 Classification 49 with about 12
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2.5 Classification 51 Table 2.12. C
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3 Physiology The wood-inhabiting fu
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3.1 Nutrients 55 conditions in the
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3.1 Nutrients 57 Al, S, and Zn were
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3.2 Air 59 Table 3.4. Energy produc
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3.3 Wood Moisture Content 61 surviv
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3.3 Wood Moisture Content 63 Table
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3.3 Wood Moisture Content 65 of bro
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3.4 Temperature 67 puteana, Gloeoph
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3.4 Temperature 69 mycelial growth.
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3.5 pH Value and Acid Production by
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3.5 pH Value and Acid Production by
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3.6 Light and Force of Gravity 75 s
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3.7 Restrictions of Physiological D
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3.8 Competition and Interactions Be
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88 4 Wood Cell Wall Degradation rel
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90 4 Wood Cell Wall Degradation cel
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92 4 Wood Cell Wall Degradation Fig
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94 4 Wood Cell Wall Degradation Saa
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96 4 Wood Cell Wall Degradation Ear
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98 4 Wood Cell Wall Degradation pro
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100 4 Wood Cell Wall Degradation th
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102 4 Wood Cell Wall Degradation mo
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104 4 Wood Cell Wall Degradation ve
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106 4 Wood Cell Wall Degradation be
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5 5.1 Viruses Damages by Viruses an
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5.2 Bacteria 111 Gram staining divi
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5.2 Bacteria 113 doch and Campana 1
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5.2 Bacteria 115 Fig.5.3. Bacterial
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5.2 Bacteria 117 Woods from Tertiar
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6 Wood Discoloration The damage of
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6.1 Molding 121 6.1 Molding Theterm
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6.1 Molding 123 Molded wood is, how
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6.2 Blue Stain 125 There are variou
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6.2 Blue Stain 127 40 ◦ C. The mo
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6.3 Red Streaking 129 6.3 Red Strea
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6.4 Protection 131 often A. areolat
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6.4 Protection 133 Fougerousse 1985
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136 7 Wood Rot enzymatic action and
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138 7 Wood Rot Brown-rot fungi colo
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140 7 Wood Rot In the successive (s
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142 7 Wood Rot Table 7.2. Some comm
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144 7 Wood Rot enlargement of exist
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146 7 Wood Rot rine salts, which in
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148 7 Wood Rot Table 7.5. Hazard cl
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150 7 Wood Rot Fig.7.5. Kolle flask
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152 7 Wood Rot allowed for indoor a
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154 7 Wood Rot Table 7.10. Major gr
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156 7 Wood Rot 1935 from staining a
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158 7 Wood Rot type end coating of
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8 Habitat of Wood Fungi Microbial d
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8.1 Fungal Damage to Living Trees 1
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8.2 Tree Wounds and Tree Care 173 d
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8.2 Tree Wounds and Tree Care 175 w
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8.2 Tree Wounds and Tree Care 177 t
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8.2 Tree Wounds and Tree Care 179 8
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8.2 Tree Wounds and Tree Care 181 T
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8.3 Tree Rots by Macrofungi 183 The
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8.3 Tree Rots by Macrofungi 185 Tab
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8.3 Tree Rots by Macrofungi 187 and
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8.3 Tree Rots by Macrofungi 189 and
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8.3 Tree Rots by Macrofungi 191 sin
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8.3 Tree Rots by Macrofungi 193 you
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8.3 Tree Rots by Macrofungi 195 Cry
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8.3 Tree Rots by Macrofungi 197 A p
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8.3 Tree Rots by Macrofungi 199 dea
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8.4 Damage to Stored Wood and Struc
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8.5 Damage to Structural Timber Ind
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9 Positive Effects of Wood-Inhabiti
Page 486: 9.2 Cultivation of Edible Mushrooms
Page 498: 9.3 Biological Pulping 245 typicall
Page 502: 9.5 Wood Saccharification and Sulph
Page 506: 9.7 Recent Biotechnological Process
Page 510: 9.7 Recent Biotechnological Process
Page 514: 254 Appendix 1 vegetative hyphae wi
Page 518: 256 Appendix 1 16∗ mycelium not o
Page 522: 258 Appendix 1 first white, then br
Page 526: Appendix 2 Fungi Mentioned in this
Page 530: Appendix 2 263 Fuligo septica Gmeli
Page 534: Appendix 2 265 Phellinus robustus (
Page 540: 268 References Allen MF (1991) The
Page 544: 270 References Bastawde KB (1992) X
Page 548: 272 References Blanchette RA, Cease
Page 552: 274 References Bucur V (2003) Nonde
Page 556: 276 References Cooper JI, Edwards M
Page 560: 278 References Dickinson DJ, Sorkho
Page 564: 280 References Ellis EA (1976) Brit
Page 568: 282 References Frankland JC, Hedger
Page 572: 284 References Grinda M, Kerner-Gan
Page 576: 286 References Haustrup ACS, Green
Page 580: 288 References Holdenrieder O (1982
Page 584: 290 References Jellison J, Chen Y,
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292 References Katayama S, Watanabe
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294 References Klein-Gebbinck HW, B
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296 References Laks PE, Park CG, Ri
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298 References Liese W, Kumar S (20
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300 References Martin F, Delaruelle
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302 References Moreth U, Schmidt O
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304 References Nilsson T, Obst JR,
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306 References Payne C, Petty JA, W
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308 References Rapp AO, Müller J (
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310 References Rösch R (1972) Phen
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312 References Schmidt H (2005) Au
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314 References Schmidt O, Schmitt U
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316 References Schwarze FWMR (2005)
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318 References Siepmann R (1970) Ar
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320 References Sutter H-P (2003) Ho
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322 References Uemura S, Ishihara M
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324 References Watanabe T, Sabrina
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326 References Wohlers A, Kowol T,
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Subject Index Abiotic wood discolor
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Subject Index 331 Fruit body format
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Subject Index 333 Phylogenetic anal
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