Wood Production, Wood Technology, and Biotechnological ... - GWDG

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Cover Photos Description of Cover Photos Cover illustrations The cover photos are illustrations to Chapter 9 (A. Naumann, S. Peddireddi, U. Kües & A. Polle: Fourier Infrared Microscopy in Wood Analysis) and Chapter 6 (T. Teichmann, W.H. Bolu & A. Polle: Transgenic Trees). Fig. on the Front Cover FTIR (Fourier Infrared Microscopy) spectra of beech wood and beech wood infected with Schizophyllum commune. Top Panel. Uninfected beech wood as seen in the light microscope (left) and false colour image of the same beech wood section measured with a MCT (mercury cadmium telluride) single channel detector of the FTIR microscope (right). Bottom Panel. Infected beech wood as seen in the light microscope (left) and false colour image of the same beech wood section measured with a MCT single channel detector of the FTIR microscope (right) (for further explanations, see Chapter 9 of this book). Fig. on the Back Cover Top. Wood from non-transformed poplar. Bottom. Wood from antisense CAD poplar showing a red colour due to an increased content of cinnamyl aldehydes in the lignin modified by genetic engineering (for further explanations, see Chapter 9 of this book) 11
Page 1: 108 r Universitätsverlag Göttinge
Page 4 and 5: erschienen im Universitätsverlag G
Page 6 and 7: Bibliographische Information der De
Page 8 and 9: 2 Contents 4. Dohrenbusch, A. & Bol
Page 11 and 12: Contributors Contributors Michael B
Page 13 and 14: Contributors Prof. Dr. Ursula Kües
Page 15: Contributors Dr. Thomas Teichmann:
Page 21 and 22: Molecular Wood Biotechnology 1. Mol
Page 23 and 24: Molecular Wood Biotechnology to inv
Page 25 and 26: Molecular Wood Biotechnology To new
Page 27 and 28: Molecular Wood Biotechnology identi
Page 29 and 30: Molecular Wood Biotechnology litter
Page 31 and 32: Molecular Wood Biotechnology effici
Page 33 and 34: Molecular Wood Biotechnology warth,
Page 35 and 36: Molecular Wood Biotechnology the DA
Page 37 and 38: Molecular Wood Biotechnology Hiscoc
Page 39 and 40: Molecular Wood Biotechnology Kües,
Page 41 and 42: Molecular Wood Biotechnology Progra
Page 43 and 44: Molecular Wood Biotechnology Edelma
Page 45 and 46: Molecular Wood Biotechnology Kües,
Page 47: Part II Part II - Wood as a Resourc
Page 50 and 51: 44 H. Spellmann & I. Kehr deforesta
Page 52 and 53: 46 A Area (1000 ha) B Additional sh
Page 54 and 55: 48 Growing stock (m 3 ) in millions
Page 56 and 57: 50 H. Spellmann & I. Kehr The Germa
Page 58 and 59: 52 H. Spellmann & I. Kehr The model
Page 60 and 61: 54 Growing stock (1,000 m 3 ; o.b.)
Page 63 and 64: Wood Production in the Tropics 3. D
Page 65 and 66: Wood Production in the Tropics Tabl
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Wood Production in the Tropics Volu
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Wood Production in the Tropics aver
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Wood Production in the Tropics Volu
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Wood Production in the Tropics Effe
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Wood Production in the Tropics Grow
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Wood Production in the Tropics It i
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Forest Plantations 4. Forest Planta
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Forest Plantations Table 1 Forest l
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Forest Plantations 5 m³ ha -1 yr -
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Forest Plantations ly high, plantat
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Forest Plantations ated by private
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Forest Plantations Küster, H. (199
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86 A. Hüttermann & J.O. Metzger li
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88 A. Hüttermann & J.O. Metzger (h
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90 A. Hüttermann & J.O. Metzger Ta
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92 Survival (%) 100 90 80 70 60 50
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94 A. Hüttermann & J.O. Metzger 50
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96 A. Hüttermann & J.O. Metzger
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98 A. Hüttermann & J.O. Metzger Ma
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100 A. Majcherczyk & A. Hüttermann
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118 T. Teichmann et al. time of tre
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120 Agrobacterium Plant cell T-DNA
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122 T. Teichmann et al. promoters w
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124 T. Teichmann et al. formation o
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126 T. Teichmann et al. The mechani
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128 T. Teichmann et al. Taken toget
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130 T. Teichmann et al. Biotic stre
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132 T. Teichmann et al. presence of
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134 T. Teichmann et al. Birch, R.G.
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136 T. Teichmann et al. activity ha
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138 T. Teichmann et al. Strohm, M.,
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Part III Part III - New Biological
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144 R. Finkeldey et al. ciples of s
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146 R. Finkeldey et al. an identifi
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148 R. Finkeldey et al. ry prerequi
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150 A case study: Tropical dipteroc
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152 R. Finkeldey et al. same indivi
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154 R. Finkeldey et al. lowland dip
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156 R. Finkeldey et al. develop cos
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158 R. Finkeldey et al. Parducci, L
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160 P.J. Hoegger & U. Kües infecte
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162 P.J. Hoegger & U. Kües himanti
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164 P.J. Hoegger & U. Kües Organis
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166 P.J. Hoegger & U. Kües ITS typ
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168 P.J. Hoegger & U. Kües Table 1
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170 P.J. Hoegger & U. Kües week) m
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172 10000 8000 6000 5000 4000 3000
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174 P.J. Hoegger & U. Kües Eikenes
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176 P.J. Hoegger & U. Kües Martin,
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FTIR Microscopy 10. Fourier Transfo
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FTIR Microscopy Rocking Symmetrical
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FTIR Microscopy Absorbance 0.35 0.3
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FTIR Microscopy Infrared beam θ Sa
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FTIR Microscopy in wood technology
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FTIR Microscopy v r w S.c. Fig. 5 F
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FTIR Microscopy Absorbance Wood Myc
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FTIR Microscopy Blanchette, R.A., A
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FTIR Microscopy Marchessault, R.H.
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Volatiles and Wood 11. Volatile Org
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Volatiles and Wood cing the VOC emi
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Volatiles and Wood lighaus & Schüt
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Volatiles and Wood A B C D 25·10 5
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Volatiles and Wood Table 1 VOC clas
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Volatiles and Wood Tilia platyphyll
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Volatiles and Wood Table 4 VOCs rel
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Volatiles and Wood maple, birch, oa
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Volatiles and Wood worldwide about
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Volatiles and Wood Techniques for a
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Volatiles and Wood will be necessar
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Volatiles and Wood Literature Ahear
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Volatiles and Wood Farag, M.A., Fok
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Volatiles and Wood Keshri, G., Maga
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Volatiles and Wood Pichette, A., Ga
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Volatiles and Wood Tjeerdsma, B.F.,
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Biological Monitoring of Pollutants
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Chemical Wood Protection 13. Wood P
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Chemical Wood Protection Wood prese
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Chemical Wood Protection Rel. Amoun
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Chemical Wood Protection Cu(OH)CuAs
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Chemical Wood Protection yields a s
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Chemical Wood Protection Emulsions/
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Chemical Wood Protection Irmschler,
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274 U. Kües et al. Fig. 1 Wood spo
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276 U. Kües et al. duct of a singl
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278 U. Kües et al. tively treat mo
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280 U. Kües et al. within the host
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282 U. Kües et al. vent wood spoil
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284 U. Kües et al. Biological cont
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286 U. Kües et al. number of comme
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288 U. Kües et al. Bruce, A., Stew
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290 U. Kües et al. Huckfeldt, T.,
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292 U. Kües et al. Raynal, J., Sal
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294 U. Kües et al. Williams, H.L.
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Panel Boards 15. Panel Boards and C
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Panel Boards Plywood OSB Other 21%
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Panel Boards Particle boards today
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Panel Boards cles in the United Sta
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Panel Boards Plywood million m³ 20
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Panel Boards Addition reaction NH2
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Panel Boards the produced panel boa
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Panel Boards OH + CH 2O OH - H + R
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Panel Boards A R N C O R N C O + HO
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Panel Boards Table 2 Tests for part
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Panel Boards Fig. 13 Universal test
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Panel Boards behaviour with white-r
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Panel Boards A B C D E F G H 321
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Panel Boards A B C D Fig. 18 The MD
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Panel Boards A B C E Fig. 20 The pr
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Panel Boards the bunker 2. J. Conve
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Panel Boards and NOx emissions (Saw
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Panel Boards thawing would need to
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Panel Boards Casset, A., Purohit, A
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Panel Boards European standard EN 3
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Panel Boards Han, G.P., Umemura, K.
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Panel Boards Kim, S., Kim, H.J., Ki
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Panel Boards Mo, X.Q., Cheng, E.Z.,
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Panel Boards Salvadó, J., Velazque
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Panel Boards Wang, S.Y., Yang, T.H.
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Natural Binders 16. Natural Binders
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Natural Binders however considered
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Natural Binders tional resins in or
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Natural Binders dry matter (Mayer &
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Natural Binders A Swelling in thick
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Natural Binders character. Physical
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Natural Binders and environmentally
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Natural Binders 2007). These variou
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Natural Binders 1998b, Tahir et al.
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Natural Binders Chapter 18 of this
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Natural Binders occurring when usin
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Natural Binders Boerjan, W., Ralph,
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Natural Binders Felby, C., Nielsen,
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Natural Binders Kalapathy, U., Hett
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Natural Binders Leiva, P., Cianname
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Natural Binders Pan, Z.L., Cathcart
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Natural Binders Sun, X.Z. & Bian, K
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Natural Binders Widsten, P., Laine,
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384 P.J. Hoegger et al. nents of pl
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386 P.J. Hoegger et al. Table 1 con
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388 A H2O B LiPI S LiP-H 2 O 2 H 2
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390 P.J. Hoegger et al. and substit
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392 P.J. Hoegger et al. original ph
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394 4 P.J. Hoegger et al. Pentoses
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396 Galactoglucomannans → 4-β-D-
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398 P.J. Hoegger et al. kind of woo
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400 P.J. Hoegger et al. Laccases La
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402 P.J. Hoegger et al. Diano et al
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404 P.J. Hoegger et al. ascomycetou
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406 P.J. Hoegger et al. both, C. ci
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408 250 kDa MW 10 kDa β-glucosidas
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410 P.J. Hoegger et al. Novel types
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412 P.J. Hoegger et al. fered by ge
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414 P.J. Hoegger et al. Bateman, A.
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416 P.J. Hoegger et al. transmissio
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418 P.J. Hoegger et al. Giardina, P
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420 P.J. Hoegger et al. Houborg, K.
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422 P.J. Hoegger et al. Kilaru, S.,
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424 P.J. Hoegger et al. Majcherczyk
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426 P.J. Hoegger et al. Otterbein,
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428 P.J. Hoegger et al. Schönberg,
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430 P.J. Hoegger et al. Tomšovský
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432 P.J. Hoegger et al. Young, L. &
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434 U. Kües et al. adhesives (Khar
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436 A B C U. Kües et al. Fig. 3 Su
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438 Absorption, 280 nm 80 70 60 50
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440 Wood fibre Enzymatic incubation
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442 U. Kües et al. In addition to
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444 A B C U. Kües et al. Fig. 8 Sc
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446 U. Kües et al. production proc
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448 U. Kües et al. suggested by Ni
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450 U. Kües et al. excellent techn
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452 U. Kües et al. Fig. 10 Develop
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454 A B C D U. Kües et al. Fig. 12
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456 U. Kües et al. The maximum all
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458 U. Kües et al. Barsberg, S. (2
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460 U. Kües et al. Felby, C., Oles
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462 U. Kües et al. Kharazipour, A.
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464 U. Kües et al. Nimz, H., Ravzi
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466 U. Kües et al. Vasilauskas, R.
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Enzyme Production 19. Production of
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Enzyme Production might help to sig
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Enzyme Production A B cell growth X
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Enzyme Production Table 1 Propertie
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Enzyme Production Table 2 Examples
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Enzyme Production Applications of f
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Enzyme Production tation, usually w
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Enzyme Production Table 4 continued
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Enzyme Production sugar concentrati
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Enzyme Production Laccase productio
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Enzyme Production Laccase activity
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Enzyme Production pYSKx lcc amp r A
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Enzyme Production industrial applic
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Enzyme Production Chávez, R., Bull
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Enzyme Production Gessesse, A. & Ma
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Enzyme Production Kennedy, M. & Kro
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Enzyme Production Mayer, A.M. & Sta
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Enzyme Production Rezende, M.I., Ba
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Enzyme Production Stephens, D.E., R
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Enzyme Production Yang, S.Q., Yan,
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510 A. Kharazipour & U. Kües Fig.
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512 Panel boards from used furnitur
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514 A. Kharazipour & U. Kües The
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518 A. Kharazipour & U. Kües ken i
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520 A. Kharazipour & U. Kües be re
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522 A. Kharazipour & U. Kües therm
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524 A. Kharazipour & U. Kües Claus
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528 A. Kharazipour & U. Kües Augie
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530 A. Kharazipour & U. Kües Karta
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532 A. Kharazipour & U. Kües Rivel
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Part VI Part VI - Other Commodities
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538 Billion of people or ha 10 9 8
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540 CH 3O R R O CH 3O CH 2OH CH CHO
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556 M. Rühl & U. Kües 2007) that,
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558 M. Rühl & U. Kües Table 2 The
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560 A B C Self-fertile homokaryon B
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562 Spore formation and post-meioti
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564 M. Rühl & U. Kües tion of a f
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566 Strain isolation, maintenance a
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568 M. Rühl & U. Kües Table 3 Sub
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570 A B C M. Rühl & U. Kües Fig.
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572 M. Rühl & U. Kües on low leve
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574 M. Rühl & U. Kües nowadays of
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576 M. Rühl & U. Kües based subst
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578 M. Rühl & U. Kües better adap
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580 M. Rühl & U. Kües Chong, C. (
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582 M. Rühl & U. Kües Larraya, L.
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584 M. Rühl & U. Kües Royse, D.J.
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586 M. Rühl & U. Kües Zent, E.L.,
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588 U. Kües et al. large amounts o
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590 day 1 day 2 day 3 day 4 day 5 d
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592 Basidiospores Basidium Fruiting
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594 A B U. Kües et al. Fig. 5 A. T
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596 U. Kües et al. fungal laccases
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598 U. Kües et al. mutant compleme
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600 U. Kües et al. Binninger, D.M.
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602 U. Kües et al. Hoegger, P.J.,
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604 U. Kües et al. Lu, B.C. (1974)
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606 U. Kües et al. Srivilai, P. (2
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Peat Substitutes and Pot Plant Cont
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Molecular Genetic Tools for Wood Id
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In the year 2001, Prof. Dr. Ursula
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