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Baas,
P. — Antoni van Leeuwenhoek and his observation on the structure of the
woody cell wall —
3: 3
Baas,
P. — Wood anatomy in a declining world economy — 3: 126
Bhat,
K.M. — A note on cellular proportions and basic density of lateral roots
in birch — 3: 89
Bhat,
K.M. — Anatomy, basic density and shrinkage of birch bark — 3: 207
Botosso,
P.C. & Vidal Gomes, A. — Radial vessels and series of perforated
ray cells in Annonaceae — 3:
39
Bridgwater,
S. & Baas, P. — Wood anatomy of Xanthophyllum
Roxb. — 3: 115
Catesson,
A.M., Moreau, M. & Duval, J.C. — Distribution and ultrastructural
characteristics of vessel contact cells in the stem xylem of carnation — 3: 11
Chan,
Lek-Lim, Ellis, E.L. & Butterfield, B.G. — A note on L-
and T-shaped parenchyma cells in the phloem of Dacrydium cupressinum Lamb. (Podocarpaceae) — 3: 177
Cichan,
M.A. & Taylor, T.N. — Vascular cambium development in Sphenophyllum: a carboniferous
arthrophyte —
3: 155
Dave,
Y.S. & Rao, K.S. — Seasonal activity of the vascular cambium in Gmelina arborea Roxb. — 3:
59
Donaldson,
L.A. — Abnormal rays in the wood of eucalypts — 3: 214
Ferrand,
J.-Ch. — A note on the intercellular spaces in the wood of Adenopetalum biglandulosum (Cunoniaceae) — 3: 66
Fink,
S. — Adventitious root primordia – The cause of abnormally xylem rays in
hard- and softwoods — 3: 31
Ford,
B.J. — The origins of plant anatomy - Leeuwenhoekʼs cork sections examined — 3: 7
Frey-Wyssling, A. — Introduction
to the Symposium: Cell wall structure and biogenesis (XIIIth International
Botanical Congress) — 3: 25
Fukazawa,
K. & Ohtani, J. — Within-a-tree variation of wood element size in Tilia japonica — 3: 201
Gale,
R. — Some pitfalls in wood identification, with reference to Nothofagus — 3: 179
Gottwald,
H. — First description of the wood anatomy of Antrophora, Lepidocordia and Pteleocarpa
(Boraginaceae)
— 3: 161
Kellogg,
R.M., Rowe, S., Koeppen, R.C. & Miller, R.B. — Identfication
of the wood of the soft pines of western North America — 3: 95
Meylan,
B.A. & Butterfield, B.G. — Pit membrane structure in the
vessel-less woods of Pseudowintera Dandy (Winteraceae) — 3: 167
Micko,
M.M., Yanchuk, A.D., Wang, E.I.C. & Taylor, F.W. — Computerised
measurement of fibre length — 3: 111
Mio,
S. & Matsumoto, T. — A note on parent cell walls in
coniferous woods —
3: 56
Parameswaran,
N. & Conrad, H. — Wood and bark anatomy of Balanites
aegyptiaca in
relation to ecology and taxonomy — 3:
75
Phelps,
J.E., Isebrands, J.G. & Jowett, D. — Raw material
quality of short-rotation, intensively cultured Populus clones. I. A comparison of stem and branch properties at three
spacings — 3: 193
Richter,
H.G. — The wood structure of Couratari
Aubl.
and Couroupita Aubl. (Lecythidaceae) — 3: 45
Rudall,
P.J. — An unusual type of perforation plate in Canthium barbatum (Rubiaceae) — 3: 127
Scott,
R.A. & Wheeler, E.A. — Fossil wood from the Eocene Clarno Formation of Oregon — 3: 135
Shah,
J.J., Nair, G.M. & Kothari, I.L. — Ultrastructural changes in the
gum-resin ducts of the bark of Commiphora
wightii (Arnott)
Bhandari induced by mechanical injury — 3: 185
Ter
Welle, B.J.H. — The future of the IAWA in a declining world economy — 3: 134
Ter
Welle, B.J.H. & Van Rooden, J. — Systematic wood anatomy of Desmopsis, Sapranthus and Stenanona (Annonaceae) — 3:
15
Zimmerman,
M.H. & Potter, D. — Vessel-length distribution in branches, stem and roots of Acer rubrum L. — 3: 103
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