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6 Wood Discoloration

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Subject Index 333<br />

Phylogenetic analysis 41–2<br />

Physical/chemical influences on fungi<br />

53–77<br />

Piptoporus betulinus 23, 25, 58, 184, 199,<br />

233<br />

Plane canker stain disease 167–8<br />

Pleurotus ostreatus 24, 30–1, 43, 56, 104,<br />

200, 238, 242, 250<br />

Polymerase chain reaction 35–45<br />

Polypore fungi 27, 66, 137, 184, 196–7, 219<br />

Polyporus squamosus 184, 199, 208<br />

Positive effects of wood microorganisms<br />

237–51<br />

Prerequisites for fungal activity 84, 90, 97,<br />

101, 105, 145–6<br />

Pretreatment of wood for fungi 99, 237–8,<br />

246–8<br />

Prokaryotes 4, 109–10, 112<br />

Protection measures against fungi 131–3,<br />

146–59, 166, 168, 170, 172–3, 178, 180,<br />

189, 194–5, 201–2, 216, 233–6<br />

Protein-based techniques for identification<br />

33<br />

Protoplast fusion 31<br />

Pruning 177–8<br />

Randomly amplified polymorphic DNA<br />

(RAPD) 36–7<br />

Red-streaking discoloration 129–31, 195<br />

Red-streaking fungi 54, 129–31, 200<br />

Relative air humidity 64, 68, 123, 226–7<br />

Relativity of experimental data 77–8<br />

Remedial measures of indoor rot 233–6<br />

Resistance to heat 15, 69–70, 111, 204–5,<br />

216, 220, 223, 231<br />

Resistance to dryness 15, 60, 66, 129, 145,<br />

204–6, 220, 223, 231–2<br />

Restriction fragment length<br />

polymorphism of DNA (RFLP) 35, 37–9<br />

Rhizomorphs 9, 12–5, 186–9<br />

Ribosomal DNA (rDNA) 37–44, 110, 118,<br />

210, 226<br />

Rickettsia 111<br />

Root graft transmission 169, 171, 188, 191,<br />

194<br />

Root rots 184–90, 197–8, 200<br />

Sap stain 125–8<br />

Saprobes 53, 59, 187, 195, 198<br />

Schizophyllum commune 24–5, 27, 60, 66,<br />

71–2, 77, 129, 168, 200–1, 206<br />

SDS polyacrylamide gelelectrophoresis<br />

(SDS-PAGE) 33–4, 233<br />

“Selective delignification” 140, 244<br />

“Selective white-rot” 107, 140<br />

Septum 6, 50<br />

Serpula species 3, 9, 11–5, 23–6, 28–30,<br />

32–8, 41–2, 44–7, 56–7, 59, 62–4, 66–9,<br />

73–5, 97–8, 138, 153, 201, 207–11, 218,<br />

223–8, 229–36, 253–4, 257<br />

Sexual development of fungi 16, 18, 26–9<br />

Simultaneous white rot 138–9, 191, 197<br />

Size of wood microorganisms 3<br />

Slime fungi 48–9, 200<br />

Slime layer around hyphae 5, 90, 105,<br />

138–40, 144<br />

Sniffer dogs 124, 180, 233<br />

Soft rot 135, 142–6, 184, 207<br />

Soft-rot fungi 50, 54, 60, 66, 70, 102, 116,<br />

142–6, 201<br />

Solvent-based preservatives 152<br />

Somatic incompatibility 30<br />

Sparassis crispa 184, 186, 200<br />

Species-specific priming PCR 43–4, 210<br />

Spore dispersal 25–6, 123–4<br />

Spore germination 26, 50, 232<br />

Spores 15–9, 21, 23–5, 81, 102, 123<br />

Sporotrichum pulverulentum 81, 96, 107,<br />

244, 248<br />

Stainings for fungi 183, 233<br />

Standards for wood preservation 148–9<br />

Steam explosion treatment 238, 248<br />

Stem decays 184–5, 193, 195, 199<br />

Stereum sanguinolentum 23, 66, 80, 129–30,<br />

131, 135, 161, 195<br />

Stereum species 9, 26, 28, 80, 82, 131, 168,<br />

195, 200–1<br />

Strand diagnosis 13–4, 210, 253–9<br />

Strands (cords) 12–3, 57, 204, 210, 212–3,<br />

216–9, 222–3, 227–31<br />

Succession 82<br />

Successive white rot 139–40<br />

Super critical fluid treatment 156, 168<br />

Surveys on occurrence of house-rot fungi<br />

207–9, 218, 220, 224<br />

Symbioses 82–5<br />

Synergisms 81<br />

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