Forest Products from Latin America. Annotated Bibliography of ...

1975-2000). FAO Rep. Brasilia, Brazil: Colecao Desen-
volvimento e Planej amento Florest al. PNUD/FAO/BRA-
76/027, Serie Tecnica. 2:83.
Part 1 contains a description of the procedure adopted in
determining the demand projections. Part 2 presents in
tables and graphs the statistical data on population growth,
etc. on which the demand projections are based, together
with the actual estimates of future demand.
Fiano, E.N. 1976. Summary of studies conducted in Ar-
gentina on willows and poplars. Investigacion y Tecnica del
Pap el. 13( 50) : 1073-1 085.
Fleming, P.; Melo, R. 1969. Pulping the heartwood of
insigne pine with bisulphite of soda (Pulpaje de duramen
de pino insigne con bisulfito de sodio). Informe Tecnico No.
36. Santiago, Chile: Instituto Forestal: 295-298.
Foelkel, C.E.B.; Barrichelo, L.E.G.; Molanzez, A.F.
1975. Comparative study of the woods of Eucalyptus
saligna, E. citriodora, E. maculata, E. tereticornis and
E. paniculata for production of sulfate pulp. Piricicaba,
Brazil. IPEF (Instituto de Pesquisas e Estudos Forestais).
Publicao Semestral. 10:17-34.
Describes tests of E. citriodora (7 and 13 year old), E. mac-
ulata (7 year), E. paniculata (6 and 10 year), E. saligna
(8 and 13 year) and E. tereticornis (7 year) from Brazilian
plantations. Wood characteristics and properties of un-
bleached sulphate pulps were studied. For E. citriodora,
E. paniculata, and E. maculata. E. paniculata (10 year)
specific gravity was higher, and fibres had thicker walls
and were stiffer. E. saligna (8 year) gave the highest pulp
yields, E. citriodora pulps had the highest tearing strength,
while pulps of E. saligna (8 year), E. tereticornis (7 year)
and E. maculata (7 year) had better burst and tensile
strengths. Denser sheets were obtained from E. maculata,
E. saligna, and E. tereticornis. Pulp blending studies are
advocated.
Foelkel, C.E.B.; Barrichelo, L.E. 1976. Evaluation of
the wood of Joannesia princeps for production of paper
pulp (Avaliacao de madeira Joannesia princeps para produ-
cao de celulose para papel). Brasil Florestal. 7(25):24-34.
Foelkel, C.E.B.; Busnardo, C.A.; Zvinakevicius, C.;
Borssatto, M. de F.B. 1981. In search of ideal quality of
eucalypt wood for producing pulp. (1). Tropical eucalypts.
Papel. 42:52-56.
Describes the Kraft pulping of 13 Eucalyptus species and
their physical, chemical, and anatomical properties. Best
pulp production results from woods with high basic density,
thick cell walls, long fibers, high proportions of long and
thick-walled fibers, and low lignin content.
Foelkel, C.E.B.; Zvinakevicius, C. 1980. Hardwood
pulping in Brazil. Tappi. 63(3):39-42.
Describes wood and fiber properties, pulping and bleaching
techniques, and qualities of pulps made. The species used
are Eucalyptus spp. and Gmelina arborea.
Fuller, W.S.; Fussell, O.; King, R.E.; Nordquist,
H. 1974. Alkaline pulping conference; 1974 Sept. 16-18;
Seattle, WA.. Atlanta, GA: TAPPI: 207 p.
90
A collection of 27 individual papers, including: Extracting
bark and dirt from forest residual chips (W.S. Fuller); Fac-
tors to consider in handling and pulping whole-tree chips
(O. Fussell); New drumbarker design for small diameter
pulpwood and sawlogs (R.E. King); Efficient extraction of
large diameter bolts from drumbarker and chipping line (H.
Nordquist); Whole-tree chips as a source of papermaking
fiber (L.N. Powell; J.D. Shoemaker; R. Lazar; R.G. Barker);
Pulping characteristics of Douglas Fir sawdusts (W. J.
Bublitz; T.Y. Yang); and Evaluation of NSSC and kraft
pulping of Ecuadorian hardwoods for corrugating medium
(E.S. Becker; H.G. Caldwell) [all eight samples of Ecuador
hardwoods evaluated proved suitable for the production of
corrugating medium, except for mangrove].
Gallo Neto, C. 1979. The use of Eucalyptus pulp for
packaging papers and boards in Brazil. In: Haas, L.E., ed.
Proceedings of the symposium on new pulps for the paper
industry; 1979 May; Brussels, Belgium. San Francisco, CA:
Miller Freeman Publications.
Gomez, G. 1978. Case history of a South American pa-
permill (Carton de Colombia). Unasylva. 30(122):7-13.
Gomez, C.H.; Mondragon, I. 1974. The pulping of
tropical hardwoods for linerboard. Tappi. 57(5):140-142.
Describes laboratory studies and mill trials in Colombia in
which the contribution of tropical hardwoods to the fur-
nish for corrugated board was increased from 40 percent to
80 percent. Manufacturing characteristics and tear proper-
ties were maintained although there was some loss of burst
strength and related properties. Further trials to improve
these factors are planned.
Gomide, J.L.; Kutsha, N.P.; Shottafer, J.E.; Zabel,
L.W. 1972. Kraft pulping and fiber characteristics of five
Brazilian woods. Wood and Fiber. 4(3):158-169.
Describes the pulping properties of Annona sericea, Luehea
divaricata, Piptadenia rigida, and P. communis, using the
kraft process. Eucalyptus saligna pulp was used for com-
parison. Good pulp quality was achieved from all species,
but correlations between fiber characteristics and pulp qual-
ity were poor. A. sericea wood is anatomically described
for the first time.
Gomide, J.L.; Vital, B.R.; Ribeiro, A.C. 1975. For-
est tree species of the Zona da Mata as a source of pulp.
Revist a Ceres. 22 (1 19) : 74-79.
Describes the chemical properties and specific gravity for
20 of the most common woods from the Zona da Mata,
Minas Gerais. Data were determined from wood samples
of two trees per species. Tabulated results are discussed,
with recommendations for further studies on the pulping of
selected species having good technical characteristics and
sufficient volumes, e.g. Annona sericea, Apuleia leiocarpa,
Cassia verrucosa, Mabea fistulifera, Piptadenia colubrina,
P. communis, and Tapirira peckoltiana.
Goncalez, J.C.; Gomide, J.L.; Vital, B.R. 1986. Tech-
nical evaluation of kraft pulps produced from Eucalyptus
grandis wood grown from sprouts (Estudos technologicos da
madeira de brotacoes de Eucalyptus grandis para producao
de celulose kraft). Revista Arvore. 10(1):1-15.
Gonzaga, J.V.; Busnardo, C.A.; Dias, C.;
Menochelli, S.; Foelkel, C.E.B. 1983. Characterization