Documents
Authors
NOTE:
PP = Position paper (Published in Unasylva (= R).
ISP = Invited special paper.
VP = Voluntary paper.
(...) = Paper not received.
Section I. - Introduction
None
Section II. - Breeding for high-yielding characters
2/1 |
PP |
Breeding for high-yielding characters growth and yield |
2/2 |
ISP |
Coníferas de rápido crecimiento pare la República Argentina |
2/3 |
ISP |
Growth rhythm and yield as related to provenance, progeny and environment |
2/4 |
ISP |
Growth as related to nutrition and competition |
2/5 |
ISP |
Breeding for delayed budbreak in Picea glauca (Moench) Voss - Potential frost avoidance and growth gains |
2/6 |
ISP |
Species introduction and growth in African savanna |
2/7 |
VP |
Comparaison de deux générations successives de Sapin Pectine (Abies alba Mill.) en forêt naturelle. Hypothèses sur l'action de la sélection naturelle |
2/8 |
VP |
On the problem of testing the growth qualities of European Larch Larix decidua Mill. by clone tests |
2/9 |
VP |
Breeding for height growth of Pinus banksiana Lamb. |
2/10 |
VP |
Height and girth growth of slash-Caribbean hybrids in south Queensland |
2/11 |
VP |
Height increment of birch and alder hybrids |
2/12 |
VP |
Growth and yield in Hevea sp. |
2/13 |
VP |
Height growth of Populus deltoides Marsh. in nursery, according to latitude of origin |
2/14 |
VP |
Croissance comparée des peupliers des sections Leuce et Aigeiros sur sol à Pseudogley |
2/15 |
VP |
Genetical adaptation of forest trees to the heat factor of the climate |
2/16 |
VP |
Using concepts of selection to delimit seed zones |
2/17 |
VP |
A comparison of Pinus radiata of seed orchard origin with alternative commercial sources - 31/2 year assessment |
2/18 |
VP |
Estudio de procedencias de Pinus pinaster datos de vivero |
2/19 |
VP |
Adaptability of Mexican and Central American provenances of Swietenia in Puerto Rico and St. Croix |
2/20 |
VP |
Increased volume and dry weight yield and improved stem straightness obtained through selection within a population of Pinus elliottii Engelm |
3/1 |
PP |
Breeding for high-yielding characters stem quality |
3/2 |
ISP |
Some characters of secondary importance to stem straightness in the breeding of conifers |
3/3 |
ISP |
Quality characters in Populus |
3/4 |
ISP |
Breeding for stem straightness in conifers |
3/5 |
ISP |
Improvement of stem form and branching characteristics in Kenya |
3/6 |
ISP |
The relationship between the form and value of some tree species in west Africa |
3/7 |
VP |
The heritability of the stem form of black poplar (Populus nigra L.) |
3/8 |
VP |
The heritability of the stem form in Pinus pinaster Ait. |
3/9 |
VP |
The early growth form of certain half sib progenies of Bombax ceiba |
3/10 |
VP |
The improvement of stem form in Shisham (Dalbergia sissoo Roxb.) |
4/1 |
PP |
Breeding trees to improve wood quality: opportunities and practical advantages |
4/2 |
ISP |
Some considerations in appraising within ring density |
4/3 |
(...) |
|
4/4 |
ISP |
Within-tree variation in physical and chemical properties of Douglas fir |
4/5 |
ISP |
Relationship between wood properties and pulp and paper properties |
4/6 |
VP |
The quality of wood of the technical forms of birch |
4/7 |
VP |
Breeding eucalypts for wood properties |
4/8 |
VP |
Preliminary results of research into the characteristics (density and wood fibre length) of juvenile wood of some Euramerican poplars |
4/9 |
VP |
Studies on structure, physical-mechanical characteristics and industrial use of willow wood |
5/1 |
PP |
A decade of progress in breeding disease resistant forest trees |
5/2 |
ISP |
Rust resistance in conifers - present status, future needs |
5/3 |
ISP |
Distribution pattern of European pine sawfly egg clusters in an experimental plantation of hard pines |
5/4 |
ISP |
Three aspects of breeding trees for disease resistance |
5/5 |
(...) |
|
5/6 |
ISP |
Xylem resin as a factor in the resistance of pines to forged attacks by bark beetles |
5/7 |
VP |
Progress in breeding Pinus radiata resistant to Dothistroma needle blight in east Africa |
5/8 |
VP |
On the resistance of the willow trees Salix spp. to the attack of Cryptorrynchus lapathi L. Coleoptera, Curculionidae |
5/9 |
VP |
Testing white pine seedlings for weevil resistance |
5/10 |
VP |
Résistance au Megastigmus chez divers peuplements et arbres semenciers de Pseudotsuga menziesii (Mirb.) Franco |
6/1 |
PP |
Breeding for high-yielding characters - other characters |
6/2 |
ISP |
Cold resistance in spruce |
6/3 |
ISP |
Selection for drought resistance in woody species |
6/4 |
ISP |
Breeding trees for tolerance to stress factors of the urban environment |
6/5 |
ISP |
Selection of forest trees and shrubs for improvement of the bee-pastures and in favour of landscape architecture |
6/6 |
ISP |
Selection for components of bark and tannin yield in black wattle (Acacia mearnsii) |
6/7 |
VP |
Observations préliminaires sur Eucalyptus dalrympleana provenant d'Australie |
6/8 |
VP |
Preliminary observations on trials of some Pinus radiata D. Don provenances in Italy |
6/9 |
VP |
Preliminary notes on variation in cone and seed morphology of Douglas fir Pseudotsuga menziesii (Mirb.) Franco |
6/10 |
VP |
A late frost injury in an alpine Norway spruce (Picea abies L. Karst.) provenance test |
6/11 |
VP |
Variation in the stamina! bundles of the wild silk-cotton tree (Bombax ceiba Linn.) |
6/12 |
VP |
Growth and root development in Alnus glutinosa of different provenance |
6/13 |
VP |
Héritabilité du caractère débourrement végétatif dans une population d'Epicea du 2e Plateau du Jura |
7/1 |
PP |
Multiple-trait breeding |
7/2 |
ISP |
The whole crop concept for coppicing species such as some eucalyptus |
7/3 |
ISP |
Les indices de sélection, exemple du pin maritime |
7/4 |
ISP |
Problems of multiple-trait breeding |
7/5 |
ISP |
Progeny evaluation problems - Cryptomeria |
7/6 |
ISP |
Introduction poplar hybrids and clones in Hungary |
7/7 |
VP |
The growth performance of pitch-loblolly hybrid pine produced by different geo graphic races of loblolly pine in their early age |
7/8 |
VP |
Ortet age has strong influence on growth of vegetative propagules of Pinus elliottii Engelm. |
7/9 |
VP |
The progeny test on interspecific hybrids of larch in Mt. Fuji |
7/10 |
VP |
The investigation of the variability of Norway spruce (Picea abies Karst.) in the region of its natural distribution in Slovakia |
7/11 |
VP |
Provenance trials of Eucalyptus camaldulensis, Dehn. In West Pakistan |
Section III. - Production and use of high-yielding varieties
8/1 |
PP |
Research programmes |
8/2 |
ISP |
Need for plant collection for research |
8/3 |
ISP |
The multidiscipline approach to solving problems in forest tree breeding |
8/4 |
ISP |
Breeding-research planning - USDA Forest Service procedure |
8/5 |
VP |
Some oases of inbreeding and hybrid weakness |
8/6 |
ISP |
Inbreeding to the S2 generation in Douglas fir |
8/7 |
ISP |
Aspects de génétique quantitative dans l'amélioration des espèces forestières |
8/8 |
ISP |
Seed procurement for research |
8/9 |
VP |
Two aneuploid generations of larch hybrids deriving from colchicine-induced Larix sp. |
8/10 |
VP |
Chromosomal differentiation as a barrier to interspecific hybridization among pines |
8/11 |
VP |
Contribution à l'étude de la génétique des chênes |
8/12 |
VP |
Research on the genetic improvement of Quercus rubra L. in the North Central region of the United States of America |
8/13 |
VP |
Needed: information on breeding systems in tropical tree species |
8/14 |
VP |
The potential of cytogenetic research in conifer species as indicated by some studies with Pinus radiate |
8/15 |
VP |
Growth and differentiation in megagametophytes of Pinus resinosa Ait. |
8/16 |
VP |
Predicted genetic improvement from different breeding methods |
8/17 |
VP |
Haploidy: an approach to the development of high-yielding varieties |
8/18 |
ISP |
Selection and seed production for protective plantings |
8/19 |
VP |
Choice of a research and development strategy in maritime pine breeding |
8/20 |
VP |
Education in forest genetics and tree improvement I - Undergraduate service courses and graduate core curricula |
9/l |
PP |
Development and action programmes for forest tree improvement |
9/2 |
ISP |
Breeding tropical pines |
9/3 |
ISP |
Translating breeding principles into practice |
9/4 |
ISP |
L'état actuel de la sélection et de la création des clones de Peupliers résistants aux diverses maladies |
9/5 |
ISP |
Breeding of Pinus radiata through seed improvement and clonal afforestation |
9/6 |
ISP |
Cooperation to get results into action program |
9/7 |
VP |
Gene flow patterns in forest tree species and implications for tree breeding |
9/8 |
VP |
Improvement of exotic pines in Malaysia |
9/9 |
VP |
Tree breeding programmers and silvicultural practice in Australian man-made forests |
9/10 |
VP |
Early improvement in Pinus pinaster in Western Australia |
9/11 |
VP |
Selecting and breeding black walnut for diverse sites and two intensities of culture BEY, C.F. and |
9/12 |
VP |
An approach to the improvement of Pinus contorta in New Zealand |
9/13 |
VP |
Collection of forest tree seed in Mexico 1968 |
9/14 |
VP |
Problems of tree breeding in Tanzania |
9/15 |
VP |
Breeding by population synthesis |
9/16 |
VP |
The genetics of important forest trees of North America |
10/1 |
PP |
The impact of silviculture on gene resources |
10/2 |
(...) |
|
10/3 |
ISP |
Positive impacts of silviculture on gene resources |
10/4 |
ISP |
Selecting adapted races of introduced species |
10/5 |
ISP |
Evolution and importance of land races in breeding |
11/1 |
PP |
The mass production of improved material |
11/2 |
ISP |
Mass production of grafted conifers |
11/3 |
ISP |
Control of genetic identity of forest reproductive materials |
11/4 |
ISP |
Bouturage des résineux et autres espèces difficiles |
11/5 |
ISP |
Propagation du peuplier |
11/6 |
ISP |
Mass-controlled pollination |
11/7 |
ISP |
Establishment and management of clonal seed orchards of pine |
11/8 |
VP |
Development seed production areas - an interim solution |
11/9 |
VP |
Bending of trees as a standard practice in pine seed orchard management in South Africa |
11/10 |
VP |
Practical method to conserve pollen of forest trees under vacuum |
11/11 |
VP |
Method for the rapid production of controlled-pollinated seed in Douglas fir |
11/12 |
VP |
Weather influence on beech flowering |
11/13 |
VP |
Rooting ability of cuttings of forest tree species and its relationship with tissue characteristics, nutrition and auxins |
11/14 |
VP |
Evaluation of Douglas fir (Pseudotsuga menziesii Wachtl.) graft tree losses in the first seed orchards in Czechoslovakia |
11/15 |
VP |
Minimum standards for provenance testing and progeny testing for certification purposes |
11/16 |
VP |
The influence of mineral nutrition on Scotch pine reproductivity |
11/17 |
VP |
Use of self-incompatibility factors for hybrid seed production |
11/18 |
VP |
Vers une production en masse de cyprès de forme contrôlée |
12/1 |
PP |
Interaction between breeding and intensive culture |
12/2 |
ISP |
Controlling growth rate and wood density within conifer species by means of genetical selection and intensive culture |
12/3 |
ISP |
Breeding and intensive culture of poplars and willows in Yugoslavia |
12/4 |
ISP |
Approach to intensive culture and forest tree breeding of Cryptomeria in Japan |
13/1 |
PP |
Evaluation of costs and benefits of tree improvement programmes |
13/2 |
ISP |
Economic models for programmes evaluation |
13/3 |
ISP |
Economics of Monterey pine |
13/4 |
ISP |
Effects of research on the economy of poplar culture |
Section IV. Summary
14/1 |
PP |
Tree breeding - United States forestry practice |
Paper Number |
|
Ahsan, J . |
3/10 |
Alam Qadri, S.M. |
7/11 |
Albensky, A.V. |
8/18 |
Anand, V.K. |
11/13 |
Arbez, M. |
2/7 |
Arnaud, C. |
8/19 |
Avanzo, E. |
2/13 |
Baradat, P. |
8/19 |
Barber, J.C. |
11/3 |
Barrett, W.H. |
2/2 |
Bawa, K.S. |
8/13, 8/17 |
Bergman, A. |
13/1 |
Bey, C.F. |
9/11 |
Bingham, R.T. |
5/2 |
Bolotin, M. |
6/3 |
Bonga, J.M. |
8/15 |
Brazier, J.D. |
4/2 |
Burley, J. |
9/2 |
Burrows, P.M. |
7/2 |
Castaing, J.P. |
8/19 |
Castellani, E. |
13/4 |
Catalan, B.G. |
2/18 |
Cram, W.H. |
6/1, 11/17 |
Davidson, J. |
4/7 |
Davis, L.S. |
13/2 |
Davis, T.A. |
6/11 |
de Jamblinne de Meux, A. |
5/10 |
De Vecchi Pellati, E. |
10/5 |
Dietrichson, J. |
2/3 |
Dorman, K.W. |
10/3 |
Dyson, W.G. |
3/5 |
Eccher, A. |
6/8 |
Ehrenberg, C. |
3/1 |
Eliason, E.J. |
11/8 |
Faulkner, R. |
3/2 |
Fenton, R. |
13/3 |
Fernando, D.M. |
2/12 |
Fielding, J.M. |
11/1 |
Fowler, D.P. |
8/3, 8/15 |
Franclet, A. |
11 /4, 11/18 |
Franklin, E.C. |
7/8 |
Funk, D.T. |
9/11, 9/16 |
Furukoshi, T. |
7/9 |
Gathy, P. |
8/11 |
Geary, T.F. |
2/19 |
Gemignani, G. |
6/7 |
Gerhold, H.D. |
5/1, 5/9 |
Giertych, M.M. |
2/4 |
Giordano, E. |
12/1 |
Greathouse, T.E. |
9/3, 9/8 |
Griffin, A.R. |
2/17 |
Hagman, M. |
8/1 |
Harris, J.M. |
4/1 |
Hattemer, H. |
5/3 |
Henson, W. |
5/3 |
Hermann, S. |
11/10 |
Herpka, I. |
12/3 |
Heybroek, H. |
5/4 |
Higgs, M. |
4/7 |
Holst, M.J. |
2/9 |
Holubcik, M. |
7/10, 8/2 |
Holzer, K. |
6/2, 6/10 |
Hopkins, E.R. |
9/10 |
Hyun, S.K. |
7/7, 11/6 |
Illies, Z.M. |
8/9 |
Illy, G. |
7/3, 8/19 |
Ivory, M. |
5/7 |
Iyamabo, D.E. |
2/6 |
Jasso, J. |
10/1 |
Jodal, I. |
5/8 |
Jones, N. |
3/6 |
Kärki, L. |
11/2 |
Kellison, R.C. |
11/7 |
Kennedy, R.W. |
4/4 |
Keresztesi, B. |
6/5 |
King, J.P. |
2/5 |
Klein, J.I. |
9/15 |
Kopecky, F. |
7/6 |
Kozubov, G.M. |
11/16 |
Kriebel, H.B. |
8/12. |
Krugman, S.L. |
8/4 |
Kumar, P. |
11/13 |
Lacaze, J.F. |
6/13 |
Langner, W. |
8/5 |
Larsen, E. |
8/8 |
Lemoine, M. |
2/14 |
Livingstone, G.K. |
8/17 |
Magini, E. |
3/8 |
Mainie, P. |
8/19 |
Malajczuk, N. |
4/7 |
Marsh, E.K. |
10/4 |
Matayas, V. |
11/12 |
Mergen, F. |
5/3 |
Miller, J.T. |
9/12 |
Miyajima, H. |
12/4 |
Morgenstern, E.K. |
2/16 |
Mutibaric, J. |
4/8 |
Namkoong, G. |
7/4 |
Nanda, K.K. |
11/13 |
Nanson, A. |
5/10, 8/7 |
Nienstaedt, H. |
2/5 |
Nikles, D.G. |
2/1, 2/20 |
Nixon, K. |
6/6 |
Olesen, P.O. |
9/13 |
Orr-Ewing,. A.L. |
8/6 |
Palpant, E.H. |
5/9 |
Panetsos, C.P. |
3/3 |
Paterson, D.N. |
5/7 |
Pederick, L. |
8/14 |
Prevosto, M. |
13/4 |
Reck, S. |
12/2 |
Roche, L. |
2/16 |
Rudman, P. |
4/7 |
Santamour, F.S. |
6/4 |
Sarvas, R. |
2/15 |
Saylor, L.C. |
8/10 |
Schmidt-Vogt, H. |
6/20 |
Schreiner, E.J. |
14/1 |
Sekawin, M. |
11/5 |
Sheikh, I. |
9/8 |
Shelbourne, C.J.A. |
3/4, 8/16 |
Shepherd, K.R. |
9/9 |
Sindelar, J. |
2/8, 9/6 |
Slee, M.U. |
2/10, 9/9 |
Sluder, E.R. |
9/7 |
Smith, R. |
5/6 |
Smith, W.J. |
2/20 |
Soles, R.L. |
5/9 |
Squillace, A.E. |
9/1 |
Stairs, G.R. |
8/20 |
Steenackers, V. |
9/4 |
Stern, K. |
11/15 |
Stettler, R.F. |
8/13, 8/17 |
Stonecypher, R.W. |
7/1 |
Sweet, C.B. |
11/11 |
Sziklai, O. |
6/9 |
Teich, A.H. |
2/9 |
Thielges, B.A. |
8/12 |
Thulin, I.J. |
9/5 |
Toda, R. |
7/5 |
Tompa, K. |
4/9 |
Tyystjarvi, P. |
11/2 |
Vaclav, E |
2/11, 4/6, 9/14 |
Van Buijtenen, J.P. |
4/5 |
Van der Sijde, H.A. |
11/9 |
Venkatesh, C.S. |
3/9 |
Vidakovic, M. |
3/10 |
Warren, W.G. |
4/4 |
Zavadil, Z. |
9/6, 11/14 |
Zufa, L. |
3/7 |