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Akachuku,
A.E. — The effects of some internal and external factors on growth rate of
Lovoa trichilioides deduced from its wood
anatomy — 5: 75
Baas,
P. — Acid rain, wood structure
and wood quality - A call for cooperation — 5: 316
Baas,
P., Lee Chenglee, Zhang Xinying, Cui Keming & Deng Yuefen — Some effects of
dwarf growth on wood structure — 5:
45
Baas,
P. & Ter Welle, B.J.H. — IAWA promotion — 5: 44
Bauch,
J. — Development and characteristics of discoloured wood. Introduction — 5: 91
Bauch,
J. — Discolouration in the wood of living and cut trees — 5: 92
Bhat,
K.V. & Bhat, K.M. — Wavy grain in Grewia
tiliifolia Vahl
— 5: 249
Biggs,
A.R. — Intracellular suberin: occurrence and detection in tree bark — 5: 243
Braun,
H.J. — The significance of the accessory tissues of the hydrosystem for
osmotic water shifting as the second principle of water ascent, with some
thoughts concerning the evolution of trees — 5: 275
Dayal,
R., Rao, R. Vijendra & Sharma, B. — Perforated ray cells in woods of Indian
Myrsinaceae and Loganiaceae — 5: 225
Dickison,
W.C. — On the occurrence of silica grains in woods of Hibbertia (Dilleniaceae) — 5: 341
Dodd,
R.S. — Radial and tangential diameter variation in wood cells within trees
of Acer pseudoplatanus — 5: 253
Dujesiefken,
D., Liese, W. & Bauch, J. — Discolouration in the heartwood of
oak-trees — 5: 128
El
Mahjoub, M., Le Picard, D. & Moreau, M. — Origin of
tyloses in melon (Cucumis melo L.) in response to a
vascular fusarium — 5:
307
Esau,
K. & Cheadle, V.I. — Anatomy of the secondary phloem in
Winteraceae —
5: 13
Fukazawa,
K. — Juvenile wood of hardwoods judged by density variation — 5: 65
Gómez-Vázquez,
B.G. & Engleman, E.M. — Bark anatomy of Bursera longipes (Rose) Standley and Bursera copallifera (Sessé & Moc.) Bullock — 5: 335
Koek-Noorman,
J., Topper, S.M.C. & Ter Welle, B.J.H. — The
systematic wood anatomy of the Moraceae (Urticales). I. Tribe Castilleae — 5: 183
Koek-Noorman,
J., Topper, S.M.C. & Ter Welle, B.J.H. — The systematic wood anatomy of the
Moraceae (Urticales). II. Tribe Dorstenieae — 5: 317
Koek-Noorman,
J., Topper, S.M.C. & Ter Welle, B.J.H. — The systematic wood anatomy of the
Moraceae (Urticales). III. Tribe Ficeae — 5: 330
Kuroda,
H. & Shimaji, K. — Wound effects on xylem cell differentiation in a conifer — 5: 295
Liphschitz,
N., Lev-Yadun, S., Rosen, E. & Waisel, Y. — The annual
rhythm of activity of the lateral meristems (cambium and phellogen) in Pinus halepensis Mill. and Pinus pinea L. — 5: 263
Muhammad,
A.F. — Perforation plate structure in Comptonia
peregrina (Myricaceae)
— 5: 217
Muhammad,
A.F. & Micko, M.M. — Accumulation of calcium crystals in the decayed wood of Aspen
attacked by Fomes igniarius — 5: 237
Ohtani,
J., Meylan, B.A. & Butterfield, B.G. — A note on vestures on helical
thickenings —
5: 9
Parameswaran,
N. & Richter, H.-G. — The ultrastructure of crystalliferous cells in some Lecythidaceae
with a discussion of their terminology — 5: 229
Passialis,
C. & Tsoumis, G. — Characteristics of discoloured and wetwood in fir — 5: 111
Patel,
J.D. & Bhat, K.V. — Induction of discoloured wood in Samanea saman — 5: 152
Patel,
J.D., Menon, A.R.S. & Reghu, C.P. — Growth eccentricity in the branchwood
of Kigelia pinnata (Jacq.) DC. — 5: 81
Phelps,
J.E. & McGinnes Jr, E.A. — Pruning of black walnut - subsequent
discolouration and how to minimise it — 5: 110
Rademacher,
P., Bauch, J. & Shigo, A.L. — Characteristics of xylem formed after
wounding in Acer, Betula, and Fagus — 5:
141
Rao,
R. Vijendra, Sharma, B. & Dayal, R. — Occurrence of perforated ray cells in
Santalaceae —
5: 313
Schink,
B. & Ward, J.C. — Microaerobic and anaerobic bacterial activities involved in
formation of wetwood and discoloured wood — 5: 105
Schmid,
R. & Baas, P. — The occurrence of scalariform perforation plates and helical vessel
wall thickenings in wood of Myrtaceae — 5: 197
Shigo,
A.L. — Trees and discoloured wood — 5:
99
Shortle,
W.C. — Biochemical mechanisms of discolouration, decay, and
compartmentalisation of decay in trees — 5: 100
Todorow,
M. — Pinus pinaster as a raw material for the
paper industry —
5: 85
Torelli,
N. — The ecology of discoloured wood as illustrated by beech (Fagus sylvatica L.) — 5: 121
Von
Aufsess, H. — Some examples of wood discolourations related to mechanisms for
potential protection of living trees against fungal attack — 5: 133
Wiese,
G. & Böttcher, P. — Investigations on how to prevent or reduce discolouration in beech
and oak — 5: 139
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